More than. 10 GWp. of monitored systems worldwide

More than 10 GWp of monitored systems worldwide

2 3 CONTENTS 1. Our expertise 04 6. Industrial Line 34 INDIVIDUAL CONSULTING IN EVERY PROJECT PHASE 06 MONITORING everything FROM A SINGLE SOURCE 08 SOLUTIONS FOR SYSTEMS OF ALL SIZES 10 2. Tailored to your requirements 12 3. Services 14 blue Log X-Series Data loggers, moduls, drivers 36 WEB log series 42 Local data manager 43 Stations 44 Accessories 50 Sensor technology 64 Direct marketing 76 4. Home Line / Industrial Line overview 22 SCADA CENTER 78 Portals 80 5. Home Line 24 APP 86 Data logger 26 Sensors, accessories and portal 30 All prices can be found in the separate price list.

4 5 1. OUR EXPERTISE meteocontrol is one of the world s leading developers and providers of monitoring systems for photovoltaic power plants and solar parks of any size. We support PV system operations through precise system monitoring, direct remote control and intelligent feed-in management to ensure optimized yield and returns. In addition, meteocontrol offers quality assurance and independent consulting for PV projects. Worldwide and from the very beginning. Independent consulting and evaluation of PV projects We objectively evaluate all the components in solar systems and provide realistic yield forecasts. In our role as an independent consultant, we ensure the quality of every project phase in order to maximize long-term yield and investment protection. More than 10 GWp of monitored power 1976 40 years of experience in residential, commercial and utility-scale PV systems meteocontrol stands for know-how and experience. With the development of the first remote measurement network for PV systems in Germany, meteocontrol laid the foundation for professional remote monitoring. Our innovative solutions and consulting expertise are based on many years of development work. International presence in Europe, Asia and the USA meteocontrol is represented internationally through branch offices in Europe and affiliated companies in Asia and the United States. Based on their knowledge of international energy management, our employees are specialists when it comes to meeting specific demands in various countries around the world. Our products are available globally thanks to a growing network of sales and distribution partners. As a specialist for inverter-independent monitoring solutions, we are the first PV service provider to exceed the 10 GWp mark for monitored solar power. This large pool of systems in our monitoring also ensures higher precision of our other services, such as yield forecasts, with calculations validated by actual operating data.

6 7 INDIVIDUAL CONSULTING IN EVERY PROJECT PHASE Quality assurance pays off. With reliable forecasts, objective evaluations and competent consulting, we ensure the smooth conduction of your PV project. From design and planning to implementation and operation management. We provide competent and independent support. From the very beginning. Planning phase Construction phase Operational phase Weather Data Construction Supervision system Monitoring Yield Reports and Technical Acceptance technical Operation Technical Due Diligence performance Check Management design of Monitoring & Module Testing SCADA rating of PV Systems Commissioning of Monitoring & SCADA Intelligent energy management solar Power Forecasting direct Marketing Solutions planning security risk minimization security of investment yield security

8 9 MONITORING everything FROM A SINGLE SOURCE The requirements are complex: reliable monitoring, precise system performance, early fault identification, immediate alarms and efficient grid feed-in management. Our monitoring systems satisfy all of these demands. The data loggers are closely linked with portals that offer com prehensive control, analysis and management options. Portals safer Sun and Virtual Control Room (VCOM) our soft ware packages for efficient system management designed to meet the requirements of PV systems in residential, commercial and utility-scale environments. Data loggers Customized grid feed-in management and remote monitoring the matching data logger for any requirement in PV systems of all sizes: blue Log X-Series efficient monitoring and direct remote control of the system through our portals. Accessories From power quality analyzers to patch cables our wide range of accessories has everything needed for easy installation and smooth operation. All components are provided from a single source to ensure compatibility and functionality. Stations Individually configurable metrological control cabinets for central data recording and communication pre-wired and installed in a casing for indoor or outdoor use. Sensors Our sensors constantly record all of the measured values required for calculating system yield, and allow for precise comparisons between the target and actual amount of electrical power produced.

10 11 SOLUTIONS FOR SYSTEMS OF ALL SIZES Investment protection and achieving maximum yield are the goals of every investor. That s why meteocontrol has developed monitoring systems precisely addressing the requirements of each and every PV system. Industrial Line We offer efficient monitoring and control for all systems in the commercial and utility-scale segment. We successfully address market demands, such as integrated grid feed-in management, and constantly develop new product solutions in order to provide our customers with future-proof monitoring systems. Today detailed visualization, component control, and fast fault identification are already guaranteed even for on-site operation management with our SCADA center. blue Log X-6000 unlimited Home Line Easy commissioning as well as fast and clear data evaluation are ensured with our proven hardware and software solutions customized for residential environments. Intelligent consumption control allows you to increase your own on-site energy consumption. In addition, a battery may be connected to optimally enhance your energy concept. Consumption control WEB log Comfort 100 kwp WEB log Residential 20 kwp Energy management Portfolio management by VCOM blue Log X-3000 1.000 kwp blue Log X-1000 100 kwp Monitoring & SCADA Solar power forecast Grid feed-in management

12 13 2. TAILORED TO YOUR REQUIREMENTS Everyone involved in projects profits from our innovative and proven solutions. The combination of current and long-term data with our various analysis tools provides you with reliable and independent detailed information for effective decision-making. Manufacturers / sales partner Based on years of experience and the ongoing enhancement of our products, we offer our partners solutions featuring the very latest technology. We appreciate constructive contributions from our partners and collaborate with them to jointly develop the best product solutions for our customers. Our mission is to deliver full customer satisfaction and ensure the success of your business enterprise. Installers / EPCs Our modular blue Log X-Series, in conjunction with the web portal, is a monitoring system addressing your specific PV requirements, and can be enhanced or expanded at any time. We minimize your costs through fast commissioning, high levels of hardware flexibility and minimum software complexity thanks to remote hardware access. You are informed immediately of any yield losses and have the possibility of narrowing down the causes online in order to take corrective action on-site. This enables you to offer customers maximum yield security and you will benefit from long-term customer retention. Investors Before system installation, we assist you in realistically forecasting the expected yield and profitability of your PV system. To reach the calculated feed-in tariff, we take every step to ensure that the new PV system is completed and commissioned on schedule. We help you avoid gradual yield losses during operation by providing you with competent consulting and innovative product solutions at all times. Our reporting tools ensure transparency, and the investor view gives you access to all relevant system data. Energy trading companies Access to our portals enables you to view the current yield status of every system in your PV portfolio. Our precise solar power forecasts provide you with reliable data for making key decisions, and our efficient processes facilitate trading. Operation managers We support customers with the technical operation management of PV systems through our high-performance monitoring system, and reduce the complexity of monitoring a full portfolio of systems with one standardized platform. Historical files and the visualization of all system details ensure the efficiency of operation management. Furthermore, our flexible alarm management ensures quick fault identification and analysis. A ticket system to coordinate repairs optimizes any service procedures that may be required. Grid operators Our proven forecasting model combines highly accurate weather data with actual yield data from the PV systems. Monitoring more than 10 GWp of power provides a sound basis for calculations. Our reliable solar power forecasts enable you to profit from an efficient energy mix, grid security and savings potential when optimizing and expanding power grids.

14 15 3. services Reliable forecasts, objective evaluations and competent consultancy from planning through to implementation. meteocontrol provides a sound basis for your project and helps to safeguard your yield during ongoing operation.

16 services services 17 Weather Data Yield Reports Technical Due Diligence Design of Monitoring & SCADA Precise weather data for planning and revision of system performance Sound yield calculations for planning and evaluating PV systems Independent technical evaluation and consultancy before realization of PV projects Compliance with technical connecting conditions and cost-effective planning of monitoring for PV systems worldwide In cooperation with the University of Oldenburg and Ciemat, high-resolution satellite images are analyzed in order to generate global, diffuse and direct irradiation data for locations all over the world. By utilizing the latest scientific techniques, interpolation methods can be completely forgone. The NCEP reanalysis data enables us to provide accurate temperature data for various geocoordinates all over the world. Based on highly precise weather and irradiance data we determine the long-term energy yield of your PV system while incorporating local conditions. The reports form the basis for the bank s financing decision. Technical Due Diligence includes the analysis of all system data and influential factors during the planning, construction and subsequent operation phase. We check the technical documentation, contracts and quality assurance concept in terms of content and completeness. We offer advice during contractual negotiations and provide you with valuable decision support. This helps to speed up project progress while safeguarding your investment. Taking into account all requirements specific to the system as well as the grid operator, we help you plan, coordinate, and implement monitoring and SCADA systems in the technically accurate manner. Our broad range of telecontrol protocols (IEC 60870-5-101 / 104, DNP3, Modbus, etc.) guarantees compatibility with numerous grid operators. The requirements of the individual grid operators are complex and demand individual solutions, especially in medium and high voltage grids. With our wide range of services, we offer you suitable solutions tailored to your specific needs. + + Resource efficiency and reduced costs due to immediate identification of weather conditionrelated errors + + Assistance regarding location decisions + + Yield losses can be calculated and claimed from insurance + + Foundation for feed-in tariff compensation claims in case of grid shutdown + + Informed analysis of system performance when buying and selling systems + + Faster and simpler financing decision by investors and banks worldwide + + Reliable forecasting of system performance taking location-specific factors into account + + Planning certainty for investors due to realistic estimation of expected yields + + Extremely reliable Yield Reports through validation based on real operating data of more than 37,500 systems + + Risk mitigation through independent technical analysis of the entire project line-up prior to system construction + + Assurance of the best possible system configuration based on comprehensive analysis of all components + + Reduction of contractual risks through technical review of all contracts + + Long-term protection of investment + + Comprehensive technical analysis of existing assets prior to purchase and sale + + Optimized costs through sound planning and expert consultancy + + Yield assurance by means of proven monitoring systems + + Effective execution through strategic coordination with authorities (e. g. certification bodies) + + Implementation of all normative requirements (e. g. requirements imposed by the grid operator, laws on feed-in tariffs)

18 services services 19 Construction Supervision and Technical Acceptance Performance Check Module Testing Rating of PV Systems Independent quality assurance during construction of PV projects Sound and independent assessment of the system yield based on actual irradiance Early identification of defective solar modules and measurement of module performance The audit for independent evaluation of PV power plants in accordance with international rating standards During the construction phase, our experienced experts are present on-site, maintaining communication between the investor and site management. Thanks to regular quality checks, construction defects are identified and rectified in good time. This allows the system to start up as scheduled. The Technical Acceptance allows for a reliable evaluation of the quality of a PV system for both recently commissioned as well as long-time operating systems. A comprehensive inspection, measurements and analysis of the main components is performed on-site. Particular attention is paid to the solar modules, with random thermal analysis and random module performance measurements. We analyze the measurement data and create a target / actual comparison in order to establish the performance ratio (PR) for your PV system. The system-specific parameters as well as temperature and irradiance data for the respective period are incorporated in the same way as during the yield report calculation. We adapt the procedure individually to suit your requirements. A comprehensive report including data analysis objectively depicts the performance capability of your system and supplies you with reliable proof for business partners. Intact solar modules with maximum performance play a key role in assuring the yield of your PV system. Using high-precision measuring equipment and proven testing methods, our experts inspect your modules for weaknesses and determine their actual performance on-site and in our in-house laboratory. As a result, defects are identified and rectified before a project is completed and you achieve the forecasted energy yield. The rating procedure recognized by the German Accreditation Body (DAkkS) certifies a system s quality and contingency risk and assesses these factors with a rating of AAA through C, as commonly used in the banking sector. The independent assessment allows for an objective comparison of different PV projects and better positioning within the market. + + Avoid construction defects at an early stage + + High transparency due to regular and neutral evaluation of the construction progress + + Commissioning the system as planned ensures the projected remuneration is achieved + + Security of investment through end-to-end Technical Inspection + + Time savings due to smooth system handover + + On-site Module Performance Check safeguards system operation + + Security of investment through independent review of the contractual agreements + + Sound purchase or sales argument for the secondary market + + Yield assurance due to early identification of insidious errors + + Recognized by all banks, investors and insurance companies + + Assurance of forecasted energy yield through identification of defective solar modules + + Risk mitigation by module tests following delivery and installation + + Prevention of dismantling / transport damage due to on-site module measurement + + Valid report to prove warranty claims to the manufacturer + + Better financing conditions due to reliable rating + + Strong sales argument when selling the system or subsystems of the park + + Risk mitigation through meaningful system evaluation based on standard international rating procedures

20 services services 21 Commissioning of monitoring & SCADA System Monitoring Technical Operation Management Solar Power Forecasting Commissioning service for monitoring systems and SCADA for PV projects worldwide Optimal monitoring and remote control for protecting the system yield in every performance class Optimum reliability, maximum yields Accurate solar power forecastings for sites worldwide The growing complexity of the necessary grid feed-in management systems demands close collaboration between grid operators and installers of PV systems. We support you during the Commissioning of Monitoring and SCADA systems in order to ensure the smooth and on-time connection of your PV system to the grid. We also implement the connection to the telecontrol system of the grid operator via IEC 60870-5-101 / 104, DNP3 or Modbus in accordance with project requirements. With our data loggers and our safer Sun and VCOM portals, we offer you a user-friendly and modern software solution for all performance ranges. We guarantee compatible and forwardlooking monitoring solutions thanks to continuous development of our products. In addition to recording and visualizing system data, we also fulfill the requirements for grid feedin management and remote control of PV systems. Individually configurable metrological control cabinets for centralized recording of all your PV system data round our portfolio off. With professional remote monitoring and the swiftest possible reaction times in the event of defects, we ensure smooth operation of your PV system. Any yield losses are registered immediately by comparing the system data with the simulated yield values and signaled in the portal with a corresponding alarm. Our services include correction of defects, either online or on-site, within 24 hours. Using a proven forecasting model, we combine highly accurate weather data with yield data from the remote monitoring of PV systems. Monitoring more than 10 GWp of power provides a sound basis for calculations. Reliable solar power forecasts allow an efficient energy mix and cost optimization for energy producers, grid operators and trading companies. + + Implementation of all normative requirements (e. g. requirements imposed by the grid operator, laws on feed-in tariffs) + + Time and cost effective due to a smooth commissioning process + + Increased customer satisfaction by using the meteocontrol system control concept Power Control + + Compliance with all legal regulations + + Coordination with grid operators and certification bodies is handled by project managers in order to ensure on-time commissioning + + Comprehensive documentation of the commissioning process improves purchase and sales opportunities + + Protection of yield thanks to a reliable and proven monitoring system + + ROI assurance due to fast and precise defect identification + + Cost and resource reduction by means of efficient web portals for professional monitoring of PV systems + + Hardware modularity and automated updates assure a future-proof planning + + Maximized returns thanks to professional, independent system support + + Protection of yield due to fast fault correction time + + Smooth system operation based on proactive and reactive services + + Maximum transparency in your individual reporting and service record file + + Personal contact person available 7 days a week + + Cost optimization thanks to precise forecasts up to seven days in advance + + Mitigation of balancing power costs and maximized profits for the energy trading company + + Optimal assurance of grid stability by the grid operator + + Worldwide forecasts for individual locations and grid regions from one source

22 23 4. Solutions for intelligent system monitoring Reliable monitoring, precise process and control as well as optimum on-site energy consumption help to maximize yield Home Line Industrial Line A convenient monitoring system for private PV system operators An extensive, modular monitoring system for commercial PV systems and PV power plants 100 MWp safer Sun Professional VCOM 100 MWp 1 MWp 1 MWp 100 kwp 20 kwp 15 kwp safer Sun Professional safer Sun Public WEB log Residential WEB log Comfort WEB log LIGHT +20 blue Log X-1000 WEB log BASIC 100 blue Log X-3000 WEB log PRO unlimited blue Log X-6000 100 kwp 20 kwp 15 kwp WEB log blue Log - Series WEB log

24 25 5. Home line Solar modules Home Line offers private PV system operators a convenient, quick, and easy to operate monitoring system. Inverters Digital energy meter 32 Irradiance, weather data WEB log 26 29 Internet Customer / operator Sensors 31 Ripple control receiver / remote control system METEOCONTrol- SERVER 33 Grid feed-in management Grid operator

26 Data Logger HOME Line 27 Solar system Inverter Internet WEB log Residential Grid operator Active power control Ripple control receiver Intelligent Power Limit Domestic electricity 230V Meter for supply Consumption meter WEB log Residential The low-cost data logger for monitoring your private PV system The compact, low-cost monitoring and control unit is suitable for PV systems in the 1 to 15 kwp power class with up to three inverters. The data logger allows for particularly simple configuration and system startup. The WEB log Residential identifies faults and inconsistencies during normal operation and alerts the operator using the integrated status LEDs. In addition audible alarms can be selected. For detailed analysis, the fault memory can be read from a PC connected directly via USB. Connecting the data logger to the Internet via Ethernet allows the operating data to be visualized and monitored regardless of location using the free safer Sun Public web portal. With four digital inputs and a Power Control function, the WEB log Residential meets the grid feed-in management requirements set out in the EEG (German Renewable Energy Law). This allows a ripple control receiver to be connected. Features System production recording Visual and audible fault alarms Graphic evaluation option on the safer Sun Public web portal Connection of 3 or 4 channel ripple control receivers Intelligent Power Limit (IPL) for power limiting taking on-site energy consumption into account Current driver software www.meteocontrol.com + + Low-cost basic package + + Straightforward and quick installation + + Can also be used locally without an Internet connection + + Compliance with current grid feed-in management guidelines + + safer Sun Professional upgrade option Supply voltage: Plug-in power supply unit 100 240 V AC Current consumption: 38 ma Operating temperature: 20 65 C Protection class: IP 21 Dimensions (H x W x D): 107 152 37 mm Installation: Wall installation Interfaces: 1 RS485 / 422 4 digital inputs 2 S0 pulse inputs (S0 meter querying) 421.177 WEB log Residential Connect cables 422.532 Connect S0 for WEB Log Residential 422.541 Connect RCR RJ45 connecting cable for the ripple control receiver Drivers 421.022 Residential Sputnik (SolarMax) driver 421.024 Residential SMA driver 421.026 Residential REFUsol driver 421.027 Residential ABB (Power One) driver 421.028 Residential Kaco driver 421.029 Residential Fronius driver 421.031 Residential Danfoss driver 421.038 Residential Sunpower driver 421.039 Residential Siemens PVM driver 421.052 Residential Chint driver 421.056 Residential Würth driver 421.063 Residential Schüco driver 421.064 Residential Satcon LC driver 421.066 Residential Sungrow driver 421.067 Residential Sunset driver 421.068 Residential Schneider Conext driver

28 Data Logger HOME Line 29 Irradiation, meteorological data meteocontrol server Solar panels Internet AWARD INNOVATIVE PRODUCT for energy management with WEB log Comfort WEB log Comfort Inverter Intelligent Power Limit (IPL) for power limiting taking internal consumption into account Grid Meter for supply and sourcing Consumption meter Domestic electricity 230V Battery system WEB log Comfort The data logger for monitoring your private PV system and optimizing on-site energy consumption through device resource planning Thanks to its attractive design, the WEB log Comfort is ideal for your home surroundings. With its touch screen, it is easy to use and can be operated intuitively. All relevant data, such as energy generated, irradiance and temperature are collected centrally and illustrated graphically. In the event of any inconsistencies, the system alerts you automatically via the defect list in the display or, optionally, via e-mail or text message. You can connect to the free safer Sun Public web portal for location-independent monitoring of up to 20 kwp. Furthermore, the WEB log Comfort allows optimum use of your household appliances and thus a significant increase in the proportion of internal consumption ratio. Also integrated is a solar power forecast calculated specifically for your PV system, by which planning is possible even up to three days in advance. On the basis of the household appliances consumption characteristics, individual appliance profiles can be set up in order to determine their optimum switch-on time. Your on-site energy consumption (including an evaluation) can likewise be conveniently visualized via the touch screen. The WEB log Comfort features intelligent power limiting (e. g. 70 % + ), allowing you to easily and conveniently implement energy management in your home. By controlling consumption, the end customer achieves a higher proportion of internal consumption and, in conjunction with the storage solution, gains independence from electricity suppliers. Current driver software www.meteocontrol.com Features Central recording of all system data Graphical evaluation option via touch screen Local alarm options Presentation of internal consumption Device resource planning Data transfer to the safer Sun Public web portal for monitoring and evaluation Compatible with inverters by all leading manufacturers Solar power forecast Intelligent power limiting taking internal consumption into account Integration of a storage solution Consumption control + + Time-saving installation and startup + + Intuitive handling via touch screen + + Positioning in the living area thanks to high-quality design + + Cost reduction with increased internal consumption based on device resource planning + + Yield assurance due to fast identification of defects by means of display indication + + Optional representation of solar power forecast for your system Supply voltage: 24V DC Current consumption: 170 ma Operating temperature: 0 55 C Protection class: IP 20 Dimensions (H x W x D): 140 195 33 mm Installation: Wall installation Interfaces: PSTN modem Ethernet (100 MBit) RS485 / 422 2 analog inputs 2 digital inputs 421.160 WEB log Comfort

30 Sensors HOME Line 31 Home Line Sensors, accessories and portal Irradiance Sensor SI-12TC PT1000 Sensor The short-circuit current of a silicon solar cell is proportional to the irradiance level. The SI-12TC sensors use a monocrystalline solar cell, which is operated in short circuit via a low-ohm resistor. The sensors feature active temperature compensation. The sensor measures the ambient temperature via a PT1000 measuring resistor. Irradiance Sensor SI-12TC Measurement: Irradiance Measuring range: 0 1,200 W / m² Output signal: 0 10 V Cable length: 3 m, 15 m or 30 m connecting cable Supply voltage: 15 24 V DC Current consumption: max. 12 ma at 24 V DC Output signal: 0 10 V Operating temperature: 50 50 C Measuring range: 50 50 C Protection class: IP 65 UV resistant: Yes Precision: ±0,5 K Power supply: DC: 24 V (15 28 V) UV resistant: Yes Current consumption: 0,3 ma Dimensions (H x W x D): 78 58 42,5 mm Measuring accuracy: Dimensions (H x W x D): ± 5 % from the end value 154 85 40 mm 423.212 PT1000 Sensor with integrated converter 423.000 Irradiance Sensor SI -12TC 0 10 V, incl. 3 m connecting cable (UV resistant) 423.004 Irradiance Sensor SI -12TC 0 10 V, incl. 15 m connecting cable (UV resistant) 423.002 Irradiance Sensor SI -12TC 0 10 V, incl. 30 m connecting cable (UV resistant)

32 Accessories HOME Line Portal HOME Line 33 Energy meter, single phase ALE3 S0 3-phase energy meter ssafer Sun Public Clear presentation of your private PV system The meter is used for measuring positive active power in single-phase networks. The accumulating 3-phase energy meter is used for measuring energy consumption and energy supply (grid feed-in). It can therefore be used for power limiting taking on-site energy consumption into account (IPL). Yield data and your own contribution to environmental protection are shown via the safer Sun Public web portal. The Home Line data loggers record system data and transmit it to the meteocontrol servers, by which the yield of your system can be compared with other PV systems in the region in our central database. We provide additional functions for partners, such as corporate identity customization or an individual marketing package. Voltage measurement: Current measurement: Interface: 2-wire meter, 230 V 0.25 5 (32) A S0 interface Voltage measurement: 2-wire meter, 230 V 3-wire meter, 400 V 4-wire meter, 3 230 V / 400 V AC Features Modern, appealing presentation of yield and environmental information Analysis of the specific yield for a quick review Public access, no login required Integration in social networks is possible Accuracy class: Cl. B in accordance with EN 50470-1, -3 Current measurement: 0.04 65 A in both current directions Operating temperature: 25 55 C Protection class: IP 20 Dimensions (W): 18 mm Installation: DIN rail 424.212 Energy meter, single-phase Interface: S0 pulse output 1,000 pul. /kwh, configurable for energy import, energy export or total energy supplied Accuracy class: Cl. B in accordance with EN 50470-3, MID, Cl. 1 in accordance with IEC 62 053-21 Operating temperature: 10 55 C Protection class: IP 20 Dimensions (H x W x D): 82 70 62 mm Installation: DIN rail 424.204 ALE3 S0 3-phase energy meter + + Identification of system failures for safeguarding yields + + Estimation of own system yields through comparison with other systems + + Visualization of yield for appreciation of your individual contribution to the environment For installers: + + Sales support with a web portal that can be used free of charge by your customers + + Customer loyalty by adapting the layout to your corporate identity + + Winning new customers by displaying reference projects + + Reduced time overhead for customer support since your customers can view relevant system data online Products for the web portal: Components WEB log Residential 26 WEB log Comfort 28 Sensors and accessories Home Line 30 App safer Sun App 86 Website public.meteocontrol.com

34 35 6. Industrial Line The Industrial Line offers an extensive, modular monitoring system for commercial PV systems and power plants. irradiation 68 71 Temperature 72 74 WIND 65, 72 SCADA 78 meteorological data Virtual control room 84 inverter meteocontrolserver 82 85 Module Module Module strings 1 3 strings 4 6 strings 7 9 Data Station X-Series 46 Internet Active and reactive power control Grid operator remote control system Remote Control / actual values Power Control Station X-Series 47 direct marketer interface for direct marketer 77 string Monitoring Station 44, 45 Grid Power Quality Analyzer 52

36 Data Logger Industrial Line 37 MX-Module GPRS MX-Module RS485 / 422 MX-Module Multi I / O blue Log - Series The new generation of data loggers: the blue Log X-Series Supply voltage: 10 60 V DC Current consumption: typically 5 W Operating temperature: 20 70 C The data loggers record all data from your PV system centrally and ensure compliance with the national and international requirements of grid operators as well as any country-specific feed-in regulations according to the size of the system. The new generation results from the continued enhanced development of the WEB log series and offers valuable new functionality and a flexibly extensible system to also meet the requirements of the future energy landscape. The X-Series sets new standards in areas such as safety, installation, maintenance, usability and networking of web portal and data logger. + + Cost reduction thanks to modular system + + Time-saving commissioning with quick-start wizard + + Lower capital commitment owing to efficient warehousing: one device to meet every requirement + + Time-saving support with live access over a secure connection + + Future-proof through hardware modularity and regular firmware updates Features Central recording and transmission of all system data Live access to the blue Log from safer Sun and VCOM High security standards Intuitive user interface Modular system All-in-one driver Mixed mode inverter operation Power Control Function + + Security thanks to encryption and prepared for future security requirements + + Lower costs due to mixed mode inverter operation with different manufacturers + + Better ROI through fulfillment of all regulatory requirements for trading on the electricity market Protection class: IP 20 Dimensions (H x W x D): 110 148 63 mm Installation: Wall installation, in electrical distribution board, in control cabinet Display / operation: 1 display (291 118 pixels) 3 LEDs 2 operating buttons + 1 directional pad 1 reset button 3 DIP switches for bus termination Network: Ethernet (10 / 100 MBit) Communication: 2 RS485 / RS422 (auto-detection) 1 CAN 4 digital / analog inputs (dry contact, S0, voltage input (0 24 V, 0 1 V, 0 100 mv), current input (0 20 ma), PT1000; configurable via software) 4 digital outputs (open collector max. 60 V / 100 ma or voltage output max. 200 ma; configurable via software) 4 digital inputs (dry contact, for e.g. ripple control receiver, S0; configurable via software) 532.001 blue Log X-1000 (monitored power 100 kwp) 532.003 blue Log X-3000 (monitored power 1,000 kwp) 532.006 blue Log X-6000 (unlimited)

38 Data Logger Industrial Line 39 MX-Module GPRS MX-Module RS485 / 422 MX-Module Multi I / O blue Log Power Supply Extends the blue Log X by adding a GPRS modem for location-independent portal connection. Extends the blue Log X by adding two RS485 / 422 interfaces. Extends the blue Log X by adding further digital and analog inputs and outputs. Supply voltage: internal Supply voltage: internal Supply voltage: internal DIN rail power supply units Power consumption: typically ~2.5 W Operating temperature: 20 70 C Transmission standard: GPRS, CSD Supported bands: 850, 900, 1,800, 1,900 MHz (quad-band) Antenna: FME connection, cable: 3,5 m (GSM 900 / 1,800 MHz) SIM card slot: Push-in slot for mini SIM card Protection class: IP 20 Dimensions (H x W x D): 110 36 63 mm Installation: Wall installation, in electrical distribution board, in control cabinets 538.201 MX-Module GPRS Power consumption: typically ~1 W Operating temperature: 20 70 C Bus termination: integrated (fixed) Interfaces: 2 RS485 / 422 (auto-detection, baud rate 1,200 115,200 baud) Protection class: IP 20 Dimensions (H x W x D): 110 36 63 mm Installation: Wall installation, in electrical distribution board, in control cabinets 538.202 MX-Module RS485 / 422 Power consumption: typically ~3 W (depending on configuration) Operating temperature: 20 70 C Interfaces: 4 digital / analog inputs (dry contact, S0, voltage level input (0 24 V), voltage input (0 24 V, 0 1 V, 0 100 mv), current input (0 20 ma), PT1000; configurable via software) 4 digital outputs (open collector max. 60 V / 100 ma or voltage output max. 200 ma; configurable via software) Protection class: IP 20 Dimensions (H x W x D): 110 36 63 mm Installation: Wall installation, in electrical distribution board, in control cabinets 421.605 DIN rail power supply unit 24 V DC DR-30-24 (1.5 A DC) 421.606 DIN rail power supply unit 24 V DC DR-100-24 (4.2 A DC) 422.423 Phoenix TRIO power supply unit 24 V DC (5 A DC) (catalog page 53) Power supply unit 421.607 HNP 36I-240 power supply unit (1.67 A DC) incl. adapter plug for EU / AU / US / UK 538.301 MX-Module Multi I / O

40 Data Logger Industrial Line 41 Inverter drivers Compatibility overview Solutions by meteocontrol are compatible with products from all leading inverter manufacturers For the current compatibility list, please visit www.meteocontrol.com Driver ABB-Modbus Fronius Schüco ABB (Power One) Gefran Siemens (SINVERT PVM) ABB (Power One CI) Gefran SI Siemens (SINVERT ZWR) Advanced Energy-Modbus Growatt Siliken AEG Huawei-Modbus SMA Atersa i checker / i catcher SMA CI Autogrid Ingeteam SMA-ZWR-Modbus Bonfiglioli Jema Solectria-Modbus Chint KACO Sputnik (Solarmax) Converteam-Modbus Kostal Steca CyberPowerSystems-Modbus KSTAR Sungrow-Modbus Danfoss Mastervolt Sunpower Delta CI Motech Sunways Delta SI Power Electronics-Modbus Surpass Sun Electric (SSE) Diehl-Ako (Platinum) REFUsol Vensys Duraluxe-Modbus Riello / Aros Voltronic blue Log All-in-one-driver www.meteocontrol.com/en/industrial-line/datenlogger-bluelog-x-serie/ bluelog-all-in-one-treiber/ WEB log-driver www.meteocontrol.com/en/industrial-line/data-logger-weblogs/driver/ efacec Samil Power Voltwerk Electronica Santerno-Modbus Satcon-Modbus Yaskawa Eltek Valere-Modbus Schneider Electric (Conext) ZeverSolar Emerson Schneider Electric (Xantrex) The following drivers are only available directly from the inverter manufacturer: Atersa, Gefran, Gefran for string inverters, IBC ServeMaster, solarstar, Sunset. Technical data for the drivers can be found in the download section of the meteocontrol website.

42 Data Logger Industrial Line LOCAL DATA MANAGER Industrial Line 43 WEB log The data logger records all data from your PV system centrally and ensures compliance with the national and international requirements of the grid operator as well as any country-specific feed-in regulations WEB log Light+ 20 / BASIC 100 WEB log PRO unlimited local Data Manager (LDM) The reliable industrial PC for data collection in PV power plants The Local Data Manager continuously receives the data recorded by all WEB logs and saves it to a database. Backing up the entire data material ensures maximum security. The Local Data Manager offers the possibility of transmitting data to external systems, such as SCADA systems for example, by means of an export interface. In combination with VCOM and WEB logs, this results in a high-performance monitoring and control system for PV power plants. Supply voltage: 85 240 V AC; 24 V DC 85 240 V AC; 24 V DC Inputs: 4 digital, 4 analog 4 digital, 4 analog Current consumption: max. 375 ma (24 V), 39 ma (230 V) max. 421 ma (24 V), 39 ma (230 V) Operating temperature: 0 55 C 0 55 C Protection class: IP 20 IP 20 Dimensions (H x W x D): 110 160 63 mm 110 160 63 mm Installation: DIN rail, wall installation DIN rail, wall installation Interfaces: Modem: Communication: 421.151 Ethernet / 421.154 Ethernet 421.157 Ethernet 421.150 PSTN (analog) / 421.153 PSTN (analog) 421.156 PSTN (analog) 421.152 GSM / GPRS (quad-band) / 421.158 ISDN 421.155 GSM / GPRS (quad-band) 421.159 GSM / GPRS (quad-band) 1 Ethernet (100 MBit) 1 Ethernet (100 MBit) 1 RS485 1 RS485 1 RS422 1 RS422 421.150 WEB log LIGHT+ 20 PSTN (analog) 421.157 WEB log PRO unlimited Ethernet only 421.151 WEB log LIGHT+ 20 Ethernet only 421.158 WEB log PRO unlimited ISDN 421.152 WEB log LIGHT+ 20 GSM / GPRS* 421.159 WEB log PRO unlimited GSM / GPRS* (quad-band) (quad-band) 421.153 WEB log BASIC 100 PSTN (analog) Features Data transmission from the local network to the central server via https Backup of WEB log measurement files (5 years) Local web interface as an installation aid System status for transmission mode: WEB log availability Export interface for daily data from the WEB log by Wget XML / Modbus export interface for minute values HTTP export interface for interval data Supply voltage: 100 240 V AC Current consumption: 108 ma Operating temperature: 25 55 C Protection class: IP 20 Dimensions (H x W x D): 100 254 195 mm Installation: Requires a level surface Interfaces: 2 RS232 2 RS232 / 422 / 485 6 USB2.0 1 Ethernet 421.154 WEB log BASIC 100 Ethernet only 421.155 WEB log BASIC 100 GSM / GPRS* (quad-band) * GPRS data cards, page 55. Current driver software: www.meteocontrol.com + + Maximum data security thanks to on-site backup + + Excellent flexibility with interfaces to external SCADA systems 422.422 Local Data Manager (LDM)* 426.014 LDM industrial configuration PC* * For WEB log series only

44 STATIONS Industrial Line 45 Individually configurable String Monitoring Station The string monitoring station for collecting and monitoring module strings in solar parks Features Measurement of up to 32 strings DC circuit breaker Overvoltage protection Capability to connect analog / digital signals String Monitoring Station V1 String Monitoring Station V2 String Monitoring Station String Monitoring Station String Monitoring Station String Monitoring Station Standard 8-8 Standard 16-8 Standard 16-16 Standard 24-24 Supply voltage: 10 60 V DC 10 60 V DC 10 60 V DC 10 60 V DC 10 60 V DC 10 60 V DC Current consumption: max. 62.5 ma at 24 V DC max. 125 ma at 24 V DC 62,5 ma at 24 V DC 62,5 ma at 24 V DC 62,5 ma at 24 V DC 62,5 ma at 24 V DC Operating temperature: 20 35 C (up to 40 C for short periods) 20 35 C (up to 40 C for short periods) 20 35 C (up to 40 C 20 35 C (up to 40 C 20 35 C (up to 40 C 20 35 C (up to 40 C for short periods) for short periods) for short periods) for short periods) Casing: PES PES Polyester Polyester Polyester Polyester Components: Positive pole fuses Positive pole fuses Measuring unit Measuring unit Measuring unit Measuring unit Circuit breaker Circuit breaker Positive pole fuses DC Positive pole fuses DC Positive pole fuses DC Positive pole fuses DC Negative pole input Negative pole input Negative pole input Negative pole input terminal DC terminal DC terminal DC terminal DC Output terminals DC Output terminals DC Output terminals DC Output terminals DC Options: Negative pole fuses Negative pole fuses 1 i catcher 2 i catcher UV resistant: Yes Yes Yes Yes Yes Yes Protection class: IP 54 IP 54 IP 65 IP 65 IP 65 IP 65 Dimensions (H x W x D): 750 750 300 mm 750 1.000 300 mm 600 860 230 mm 600 860 230 mm 600 860 230 mm 800 1,000 350 mm Installation: Wall installation / plinth installation Wall installation / plinth installation Frame installation Frame installation Frame installation Frame installation String fuses: 15 A at 1,000 V DC, 30 ka 15 A at 1,000 V DC, 30 ka 15 A at 1,000 V DC 15 A at 1,000 V DC 15 A at 1,000 V DC 15 A at 1,000 V DC Overvoltage protection: Typ I / II (class B / C) Typ I / II (class B / C) class II class II class II class II (Citel DS50VGPV1000) (Citel DS50VGPV1000) (Citel DS50VGPV1000) (Citel DS50VGPV1000) Max. permitted DC voltage: 1,000 V 1,000 V 1,000 V 1,000 V 1,000 V 1,000 V DC isolator switch: Socomec 125 A / 160 A / 250 A Socomec 160 A / 250 A / 315 A Socomec Sirco PV Socomec Sirco PV Socomec Sirco PV Socomec Sirco PV 125 A / 1,000 V DC 160 A / 1,000 V DC 160 A / 1,000 V DC 250 A / 1,000 V DC 421.909 String Monitoring Station V1 8-8 421.913 String Monitoring Station V2 16-16 421.916 421.917 421.918 421.919 421.911 String Monitoring Station V1 16-8 421.915 String Monitoring Station V2 32-16 String Monitoring Station Standard 8-8 String Monitoring Station Standard 16-8 String Monitoring Station Standard 16-16 String Monitoring Station Standard 24-24

46 STATIONS Industrial Line 47 Individually configurable Individually configurable Data Station - SERIES A measurement control cabinet for centrally recording and processing all system data in your PV power plant, for indoor or outdoor use Power Control Station - SERIEs A measurement control cabinet for the implementation of grid feed-in management in your PV power plant, for indoor or outdoor use Central recording and communication of data with safer Sun Pre-wired and installed in enclosure casing Interface between the grid operator and your system Telecontrol protocols IEC 60870-5-101 / 104, DNP3, Modbus, etc. Professional or VCOM Indoor or outdoor models Depending on the grid operator s requirements, blue Log, Pre-wired and installed in a casing PCU+, power quality analyzer and SPS can be installed Indoor and outdoor models Data Station X-Series Indoor Data Station X-Series Outdoor Power Control Station X-Series Indoor / Outdoor Power Control Station X-Series Compact Measurement control cabinet for blue Log X-Series Measurement control cabinet for blue Log X-Series Supply voltage: 100 230 V AC 100 230 V AC Current consumption: max. 0.85 A max. 1.17 A Operating temperature: 0 40 C 20 55 C Casing: Fiber-reinforced, unsaturated polyester GRP Fiber-reinforced, unsaturated polyester GRP Components: Power supply unit 24 V DC ±1 %, 20 A USV 24 V DC, 5 A / 7.2 Ah 5-port Ethernet switch 2 RJ45 patch panels Power supply unit 24 V DC ±1 %, 20 A USV 24 V DC, 5 A / 7.2 Ah 5-port Ethernet switch 2 RJ45 patch panels Peltier cooling unit 100 W Options: blue Log X-Series MX-Module GPRS MX-Module RS485 / 422 Up to 2 MX-Modules Multi I / O blue Log X-Series MX-Module GPRS MX-Module RS485 / 422 Up to 2 MX-Modules Multi I / O UV resistant: Yes Yes Protection class: IP 66 IP 66 Dimensions (H x W x D): 1,035 835 300 mm 1,035 835 300 mm Installation: Wall installation Wall installation 592.723 Data Station X-Series Indoor (pre-wired for blue Log basic module)* 592.722 Data Station X-Series Outdoor (pre-wired for blue Log basic module)* * Price excluding blue Log. Data Station X-Series Indoor / Outdoor and the associated blue Log can be ordered at once for a pre-installed complete package. Supply voltage: 100 230 V AC 100 230 V AC Current consumption: 0.85 A / max. 1.29 A max. 0.87 A Operating temperature: 0 40 C / 20 55 C 0 40 C Casing: Fiber-reinforced, unsaturated polyester GRP Fiber-reinforced, unsaturated polyester GRP Components: Power supply unit 24 V DC ±1 %, 20 A USV 24 V DC, 5 A / 7.2 Ah 5-port Ethernet switch 2 RJ45 patch panels / Power supply unit 24 V DC ±1 %, 10 A USV 24 V DC, 5 A Rechargeable battery module 3.4 Ah 5-port Ethernet switch Peltier cooling unit 100 W (outdoor only) Options: blue Log X-Series MX-Module GPRS MX-Module RS485 / 422 Up to 2 MX-Modules Multi I / O PCU+ SPS ILC Power Quality Analyzer UMG604 24 V blue Log X-Series MX-Module GPRS MX-Module RS485 / 422 Up to 2 MX-Modules Multi I / O PCU+ SPS ILC Power Quality Analyzer UMG604 24 V UV resistant: Yes No Protection class: IP 66 IP 66 Dimensions (H x W x D): 1,035 835 300 mm 600 600 200 mm Installation: Wall installation Wall installation 792.725 Power Control Station X-Series Outdoor* 792.728 Power Control Station X-Series Compact* 792.726 Power Control Station X-Series Indoor* * Pre-wired for blue Log basic module

48 STATIONS Industrial Line 49 Individually configurable Individually configurable Data Station A measurement control cabinet for centrally recording and processing all system data in your PV power plant, for indoor or outdoor use Power Control Station A measurement control cabinet for the implementation of grid feed-in management in your PV power plant, for indoor or outdoor use Central recording and communication of Pre-wired and installed in a casing Interface between the grid operator and your system Telecontrol protocols IEC 60870-5-101 / 104, DNP3, Modbus, etc. data with safer Sun Professional or VCOM Indoor or outdoor models Depending on the grid operator s requirements, WEB log, Pre-wired and installed in a casing PCU+, power quality analyzer and SPS can be installed Indoor and outdoor models Data Station Indoor Data Station Outdoor Power Control Station Indoor / Outdoor Power Control Station Compact Measurement control cabinet for up to 3 WEB log LIGHT+ 20, BASIC 100 or PRO unlimited. All components are pre-wired and installed in a plastic casing. Measurement control cabinet for up to 3 WEB log LIGHT+ 20, BASIC 100 or PRO unlimited. All components are pre-wired and installed in a plastic casing. Supply voltage: 100 230 V AC 100 230 V AC Current consumption: max. 0.87 A max. 1.23 A Operating temperature: 0 40 C 20 55 C Casing: Fiber-reinforced, unsaturated polyester GRP Fiber-reinforced, unsaturated polyester GRP Components: Power supply unit 24 V DC ±1 %, 20 A USV 24 V DC, 5 A / 7.2 Ah 5-port switch 2 RJ45 patch panels Power supply unit 24 V DC ±1 %, 20 A USV 24 V DC, 5 A / 7.2 Ah 5-port switch 2 RJ45 patch panels Peltier cooling unit 100 W Options: Up to 3 WEB logs Up to 3 WEB logs UV resistant: Yes Yes Protection class: IP 66 IP 66 Dimensions (H x W x D): 1,035 835 300 mm 1,035 835 300 mm Installation: Wall installation Wall installation Supply voltage: 100 230 V AC 100 230 V AC Current consumption: 0.87 A / max. 1.3 A max. 0.87 A Operating temperature: 0 40 C / -20 55 C 0 40 C Casing: Fiber-reinforced, unsaturated polyester GRP Fiber-reinforced, unsaturated polyester GRP Components: Power supply unit 24 V DC ±1 %, 20 A USV 24 V DC, 5 A / 7.2 Ah 2 5-port switches 2 RJ45 patch panels / Power supply unit 24 V DC ±1 %, 10 A USV 24 V DC, 5 A Rechargeable battery module 3.4 Ah 5-port switches Peltier cooling unit 100 W (Outdoor only) Options: Up to 2 WEB logs PCU+ SPS ILC Power Quality Analyzer UMG604 24 V WEB log PCU+ SPS ILC Power Quality Analyzer UMG 604 24 V UV resistant: Yes No Protection class: IP 66 IP 66 Dimensions (H x W x D): 1,035 835 300 mm 600 600 200 mm Installation: Wall installation Wall installation 421.723 Data Station Indoor (pre-wired 421.722 Data Station Outdoor (pre-wired for 3 WEB log PRO unlimited DSL / for 3 WEB log PRO unlimited DSL / Ethernet)* Ethernet)* * Price excluding WEB logs. The Data Station Indoor / Outdoor and the associated WEB logs can be ordered at once for a pre-installed complete package. 421.726 Power Control Station Indoor 421.725 Power Control Station Outdoor (both versions are pre-wired for 2 WEB log PRO unlimited DSL / Ethernet) 421.728 Power Control Station Compact

50 Accessories Industrial Line 51 Industrial Line Accessories Power Control Unit + (PCU+) The flexible add-on module for the WEB log data logger and blue Log X-Series is ideal for implementing active and reactive power control in PV power plants The PCU+ add-on module enables the discrete and dynamic specifications on active and reactive power control to be processed and calculated. The PCU+ receives information from the grid operator and forwards it to the data logger (WEB log or blue Log X-Series). Features Numerous flexibly configurable inputs and outputs Digital outputs can be used as dry and wet contacts Connection via Ethernet or RS485 Write protection to secure against tampering Supply voltage: 24 V DC Current consumption: max. 238 ma Operating temperature: 20 70 C Protection class: IP 20 + + Interfaces to the grid operator s telecontrol system + + Compatible with many grid operators Dimensions (H x W x D): Installation: Interfaces: 110 161 62 mm DIN rail 28 configurable digital IOs 2 analog inputs 8 analog outputs 2 RS485 1 Ethernet (100 MBit) 531.001 Power Control Unit + (PCU +)

52 Accessories Industrial Line 53 Power Quality Analyzer UMG604 IO-Modul AWD3 / ALE3 Modbus Energy Meters Phoenix Power Supply The UMG604 is a fully-fledged power quality analyzer incorporating high-quality measuring components. It can be used to evaluate a wide variety of network parameters and is therefore ideal for active and reactive power control. The IO module allows you to increase the number of analog or digital inputs. It is connected to the WEB log via the network. With their integrated serial Modbus interfaces (RS485), the AWD3 / ALE3 Modbus energy meters allow all relevant data to be exported. They measure energy, current, voltage (per phase) and both active and reactive power per phase or as total output. The Phoenix is a 24 V DC power supply unit that can deliver up to 5 A on the output side. Features include excellent efficiency, a very long service life and adjustable output current. It also allows switching in parallel and series. Voltage measurement: Three-phase 4-wire systems: (L-N / L-L) 277 / 480 V AC Three-phase 3-wire systems: (L-L) 480 V AC Current measurement: 0 5 A Interfaces: RS232, RS485, Ethernet Precision: V, A ±0.2 % Operating temperature: 10 55 C Protection class: IP 20 Supply voltage: 85 240 V AC 24 V DC Current consumption: max. 39 ma / 230 V AC max. 146 ma Operating temperature: 0 55 C Protection class: IP 20 Dimensions (H x W x D): 110 160 63 mm Installation: DIN rail Voltage measurement: 3 230 / 400 V AC Current measurement: max. 6 A (AWD3), (up to 6 ka through transformer); max. 65 A (ALE3) Interfaces: RS485 / S0 Accuracy class: class B Operating temperature: 10 55 C Protection class: IP 20 Input voltage: 100 240 V DC Output voltage: 24 V DC ±1 % Output current: max. 5 A ( 25 55 C) Operating temperature: 25 85 C Protection class: IP 20 Dimensions (H x W x D): 130 40 115 mm Installation: DIN rail Dimensions (H x W x D): 62 90 107.5 mm Dimensions (H x W x D): 62 70 81 mm Installation: DIN rail 422.128 UMG604 230 V 422.129 UMG604 24 V 421.620 IO module* 8 digital inputs (configurable) 421.621 IO module* 4 analog inputs, 4 digital inputs Installation: DIN rail 424.203 AWD3 transformer energy meter 424.202 ALE3 Modbus energy meter 422.423 Phoenix Power Supply * For WEB log series only

54 Accessories Industrial Line 55 Phoenix UPS Phoenix Rechargeable Battery Module Signal Converter Data Cards The Phoenix UPS ensures the connected 24 V DC components The rechargeable battery module is part of the UPS and bridges The signal converter is used to connect PT100 self-adhesive sen- We offer data cards at tailored rates for the meteocon- continue to operate in the event of a power failure, thus prevent- the power supply in the event of a power failure or problems sors to the data loggers (blue Log X-Series and WEB log). The trol GPRS data loggers and the HSPA / GPRS wireless ing error messages being sent. In the event of an outage, the with the mains supply. This guarantees uninterruptible data trans- recorded sensor signal can be converted to the standard signals routers. unit switches over to the buffer supply with no interruption in mission for communication components. 0 10 V or 4 20 ma. operation. Input voltage: 85 264 V AC Input voltage: 27.6 V Supply voltage: 24 V DC optionally 230 V AC 426.088 GPRS data card, contract D1 (Germany) 100 350 V DC Output voltage: 24 V DC < 1 % Output current: max. 5 A Operating temperature: 25 70 C Protection class: IP 20 Dimensions (H x W x D): 130 60 118 mm Installation: DIN rail Output voltage: 24 V DC Output current: max. 50 A Capacity: 7.2 Ah Operating temperature: 0 40 C Protection class: IP 20 Dimensions (H x W x D): 202 135 110 mm Installation: Installed on assembly plate (see item number) Current consumption: max. 8 ma Operating temperature: 20 55 C Protection class: IP 20 Interface: 0 5 V, 0 10 V, 10 10 V, 0 20 ma, 4 20 ma Dimensions (H x W x D): 80 22.5 104 mm Installation: DIN rail Volume: 30 MB / month including data number Contract term: 24 months* 426.089 GPRS data card, contract D2 (Germany) Volume: 30 MB / month including data number Contract term: 24 months* 426.077 GPRS data card, contract D1 (Germany) Volume: 300 MB / month including data number Contract term: 24 months 422.424 Phoenix UPS 422.425 Phoenix rechargeable battery module 423.301 PT100 Signal Converter Supply voltage 24 V DC 426.078 GPRS data card, contract D1 (Germany) Volume: 1,000 MB / month including data number Contract term: 24 months 423.302 PT100 Signal Converter Supply voltage 230 V AC 426.079 GPRS data card, contract D1 (Germany) Volume: 5,000 MB / month including data number Contract term: 24 months * Card may only be used in conjunction with a WEB log, data transmission on hourly basis. All cards are compatible with the WEB log series. The following cards are compatible for the blue Log X-Series with GPRS MX module: 426.077, 426.078, 426.079.

56 Accessories Industrial Line 57 WIRELESS ROUTER MOROS HSPA 2.1 PRO, ADSL ROUTER MOROS 2.1 A PRO AND 2.1 B PRO 2 PORT VPN ETHERNET ROUTER EBW-E100 The routers in the MoRoS series establish communication with the Internet on the basis of their integrated modem (ADSL or HSPA wireless). The routers also offer an integrated switch for networking local devices. The EBW-E100 router enables secure connections between local and remote networks. The router is the ideal add-on in networks with existing Internet access for establishing a protected VPN connection between the direct marketer and the direct marketer interface by meteocontrol. Existing network structures on the system require no changes. Wireless Router MoRoS HSPA 2.1 PRO ADSL Router MoRoS 2.1 A / B PRO 2-Port VPN Ethernet Router EBW-E100 Supply voltage: 10 60 V DC 10 60 V DC 10... 48 V DC Current consumption: 210 ma (at 24 V DC) 210 ma (at 24 V DC) 83 ma (at 24 V DC) Operating temperature: 20 55 C 20 55 C 30 70 C Mobile communications: 2G: 850 / 900 / 1,800 / 1,900 MHz; CSD, GPRS / EDGE Class 12 3G: 2,100 MHz; UMTS, HSDPA, HSUPA Connectivity Center The Connectivity Center enables a secure and fast transfer of data over an open VPN connection for remote monitoring and remote control of systems. The service staff can react to defects and rectify any errors immediately by remote access to all locally connected network devices. Optionally available Services: VPN, dyndns support, dial-in, dial-out, callback, DHCP server and client, full NAT (net mapping, port forwarding), DNS relay VPN, dyndns support, DHCP server and client, full NAT (net mapping, port forwarding), DNS relay Connection management, DHCP server and client, full NAT (port forwarding, net mapping), DNS relay, dyndns support, PPPoE client for ADSL, SNMP, NTP client and server, buffered real-time clock Switch: 4 LAN Ports 10 / 100 Mbit / s 4 LAN Ports 10 / 100 Mbit / s 2 LAN Ports 10 / 100 MBit / s Security: OpenVPN (client and server), IPsec, PPTP, firewall; 10 users for dial-in, authentication via OpenVPN (client and server), IPsec, PPTP, firewall OpenVPN (client and server), IPsec, PPTP, MAC firewall, link loss detection, failed login detection, GRE PAP / CHAP / MS-CHAP / MS-CHAP 2, selection filter for dial-out. Interfaces: Antenna: FME connection SIM: Slots for 2 redundant SIM cards ADSL modem: ADSL, ADSL2, ADSL2+ Spectrum: Annex A / M / L or Annex B ADSL protocol: PPPoE, PPPoA, Bridge (RFC 1483), IPoE (static or DHCP); LLC and VC-MUX encapsulation Dimensions (H x W x D): 75 70 110 mm 75 70 110 mm / 75 100 110 mm 70 45 110 mm Features Secure access to the system for remote monitoring and remote control Automatic router configuration Compatible with every data card No fixed public IP address necessary All local network devices accessible via remote control + + Fast commissioning of remote access + + Effective support with remote access to all Ethernet terminals + + Simplified planning thanks to international usability Installation: DIN rail DIN rail DIN rail 422.407 Wireless Router MoRoS HSPA 2.1 PRO 422.417 ADSL Router MoRoS 2.1 A PRO 422.416 2-Port VPN Ethernet Router EBW-E100 426.023 Connectivity Center annual license 828.001 GSM magnetic base antenna 422.411 ADSL Router MoRoS 2.1 B PRO 828.002 GSM Adhesive Antenna

58 Accessories Industrial Line 59 5-port Ethernet switch 6-Port Hub RS485 S Converter CAN to RS485 Converter Opto RS485 The 5-port Ethernet switch connects up to 5 network segments In addition to repeater functionality, the 6-port hub RS485 S The CAN to RS485 converter enables Voltwerk / Conergy invert- The converter is an optical converter from OF to RS485 for and automatically switches between the data transmission allows the setting up of a network with star topology. Up to ers using the CAN Bus protocol to be converted to RS485. The Schneider Electric / Xantrex central inverters. It ensures the speeds (10 or 100 Mbps) of corresponding connections. 6 bus segments can be cascaded by other hubs or repeaters. CAN to RS485 is easy to install on a DIN rail and needs a 24 V galvanic isolation of the interfaces. DC power supply. Supply voltage: 10 30 V DC Supply voltage: 24 V DC Supply voltage: 24 V DC Supply voltage: 24 V DC Current consumption: 52 ma Current consumption: 83 ma Current consumption: max. 50 ma Current consumption: max. 41.7 ma Operating temperature: 40 75 C Operating temperature: 0 55 C Operating temperature: 0 55 C Operating temperature: 0 55 C Connections: 5 Ports Input: 1 RS485 two-core Input: RS485 Inputs / Outputs: 2 RS485 Protection class: IP 20 Dimensions (H x W x D): 99 32,3 77.7 mm Installation: DIN rail Output: RS485A and RS485B 6 RS485 three-core RS485A, RS485B and potential equalization Output: CAN Galvanic isolation: 500 V Protection class: IP 20 Galvanic isolation: 2 optical fiber interfaces (1 transmit and 1 receive) 500 V Galvanic isolation: 500 V Dimensions (H x W x D): 52 110 63 mm Protection class: IP 20 422.404 5-Port Ethernet switch Protection class: IP 20 Installation: DIN rail Dimensions (H x W x D): 58 52 90 mm Dimensions (H x W x D): 58 72 90 mm Installation: DIN rail Installation: DIN rail 421.638 Converter CAN to RS485* 422.538 Connect CAN Bus* 421.632 Converter Opto RS485 (Xantrex)* 421.641 6-Port Hub RS485 S * For WEB log series only Querying only possible with Voltwerk / Conergy inverters * For WEB log series only

60 Accessories Industrial Line 61 FO Ethernet Switch FO SPLICE BOXES FO Cable Conventional copper cables (via Ethernet / LAN) are limited to a length of approx. 100 m. With fiber optic cables, lengths of several kilometers can be achieved (up to 5 km depending on the multi-mode components used). If single-mode components are used, even longer distances are possible. Splice boxes provide a specific handover point / interface, e. g. in the control cabinet, and reduce strain on the cable. The FO cables on offer are recommended for connecting a splice box to FO devices / switches. 6-Port FO Ethernet Switch 8-Port FO Ethernet Switch Supply voltage: 12 70 V DC 12 70 V DC Interfaces: 4 TX-Ports 10 / 100 Mbps 2 FX-Ports 100 Mbps 6 TX-Ports 10 / 100 Mbps 2 FX-Ports 100 Mbps Operating temperature: 40 70 C 40 70 C Fiber type: Multi-mode 62,5 (50) / 125 μm Multi-mode 62,5 (50) / 125 μm Plug type: SC SC Wavelength: 1,310 nm 1,310 nm Connections: 8 Ports Operating temperature: 40 75 C Fiber type: Multi-mode 50 / 125 µm OM2 Multi-mode 62.5 / 125 µm OM1 Plug type: SC duplex Installation: DIN rail Dimensions (H x W x D): 138 72 128 mm Fiber type: Multi-mode 50 / 125 μm Multi-mode 62,5 / 125 μm Plug type: SC / SC 422.509 Duplex patch cable 2 m MM-50-SC-SC 422.510 Duplex patch cable 2 m MM-62,5-SC-SC Management: SNMP management, Web interface management 422.414 8-Port Splice Box FIMP-XL-8xSCD-50-MM-OM2 Installation: DIN rail DIN rail Dimensions (H x W x D): 155 30 110 mm 130 70 145 mm 422.415 8-Port Splice Box FIMP-XL-8xSCD-62,5-MM-OM1 422.433 6-Port FO Ethernet Switch EL100-4U / 4TX-2FX-MM-SC 422.412 8-Port FO Ethernet Switch EL100-2M / 6TX-2FX-MM-SC

62 Accessories Industrial Line 63 Patch Cable Connect Cable Unitronic Li2ycy (TP) GSM / GPRS Antenna Extension The patch cable is used to connect network components. The connect cable serves as connection between the data The Unitronic Li2YCY(TP) is a shielded data and signal cable. The GSM / GPRS extension allows for extension of the supplied logger and the first inverter. It comes pre-configured at both It is uniquely suited for transmitting RS485 bus signals due to antenna. the data logger and the inverter end. shielding and paired cabling. 422.500 Patch cable 0.5 m (CAT5; SFTP) Connect cable* Recommended for: RS485 Cable length: 5 m 422.501 Patch cable 1 m (CAT5; SFTP) 422.502 Patch cable 2 m (CAT5; SFTP) 422.503 Patch cable 5 m (CAT5; SFTP) 422.504 Patch cable 10 m (CAT5; SFTP) 422.520 Connect i checker** 422.521 Connect SMA 422.522 Connect Mastervolt 422.523 Connect Delta** 422.524 Connect Sunways Pair number and cross section: 2 2 0.5 mm² 3 2 0.5 mm² 4 2 0.5 mm² Diameter: 8 mm / 9 mm / 10 mm 421.664 GSM / GPRS antenna extension* 421.665 FME connector / FME for GSM / GPRS antenna extension 422.526 Connect i checker Sputnik 422.527 Connect Power One 422.529 Connect Kaco 422.552 Unitronic Li2YCY (TP) 2 2 0.5 mm² 422.553 Unitronic Li2YCY (TP) 3 2 0.5 mm² * The connector (Item No. 421.665) is required additionally for connecting to the WEB log GPRS and the blue Log GPRS MX module. 422.531 Connect Sputnik 422.554 Unitronic Li2YCY (TP) 422.533 Connect Fronius** 4 2 0.5 mm² 422.537 Connect Universal RS (e. g. for REFUsol, Siemens PVM, Jema) 422.535 Connect Danfoss, Sungrow** 422.536 Connect Steca 422.538 Connect CAN-Bus Converter CAN to RS485 422.542 Connect Schneider Electric Bus termination plugs 422.132 Bus termination plug RJ45 120 Ω for i checker 422.133 Bus termination plug RJ45 Fronius 422.134 Bus termination plug RJ45 Danfoss, Sungrow 422.135 Bus termination plug RJ45 Delta * For WEB log series only ** The bus terminating plugs listed below are required.

64 Sensors Industrial Line 65 Industrial Line Sensors meteocontrol Compact Wind Speed Sensor meteocontrol Compact Wind Direction Sensor The meteocontrol compact wind speed sensor records the horizontal wind speed in m / s and outputs the measurement as an analog current signal. The meteocontrol compact wind direction sensor records the horizontal wind direction in degrees and outputs the measurement as an analog current signal. Supply voltage: 9 30 V DC Supply voltage: 8 30 V DC Supply voltage Heating: 24 V AC / DC max. 20 W Supply voltage Heating: 24 V AC / DC max. 20 W Current consumption: Sensor: max. 50 ma Sensor + heating: 883 ma Current consumption: Sensor: max. 50 ma Sensor + heating: 883 ma Output signal: 4 20 ma Output signal: 4 20 ma Operating temperature: 40 70 C Operating temperature: 30 C 70 C Measuring range: 0,5 50 m / s Measuring range: 0 360 Protection class: IP 55 Protection class: IP 55 Precision: ±3 % from the measured value Precision: ±2 from the measured value Dimensions (D x H): Ø 135 mm 165 mm Dimensions: Height: 210 mm Wind vane: 215 mm Enclosure: Ø 50 mm 423.412 meteocontrol Compact Wind Speed Sensor Accessories: meteocontrol traverse (Item No. 423.443), page 75. 423.411 meteocontrol Compact Wind Direction Sensor Accessories: meteocontrol traverse (Item No. 423.443), page 75.

66 Sensors Industrial Line 67 i Checker Advanced and Premium i catcher 8-1b / 16-1b / 24-1b The i checker can measure both direct and alternating current and transmit the figures to the data logger (WEB log or blue Log X-Series) via the RS485 bus. The live cable is directed through the i checker, which is installed on a DIN rail. Additional features (Premium) The supply and communication masses are galvanically isolated from each other Ideal for large-scale systems Optimized for long communication paths The i catcher, which was specially developed for use in the String Monitoring Station, is designed for the multi-channel measurement of electrical and thermal variables. Regardless of the inverter used, the monitoring circuit board monitors the strings on the direct current side of PV systems and enables quick fault identification and rectification. Up to 64 i catcher can be queried by one data logger (WEB log or blue Log X-Series). The system operator can read the ongoing measured values such as voltage, current or temperature conveniently on the integrated display. To control and export the data, an RS485 Modbus interface is available. Features i checker Advanced i checker Premium Supply voltage: 18 26.4 V DC 20 26.4 V DC Current consumption: max. 37 ma max. 48 ma Measurement of the string current Measurement of 8 to 24 individual strings, 16 to 48 strings possible with bundling Display to show and check the ongoing measured values Monitoring of defects Identification of triggered overvoltage protection through digital input Connection of the string lines via spring load terminals RS485 Modbus interface DIN rail assembly High measurement accuracy Cost-effective measurement per string Product is compatible with blue Log X-Series and WEB log Operating temperature: 20 85 C 20 85 C Measuring range: 10 A, 25 A, 50 A (AC) 10 A, 25 A, 50 A (AC) 14 A, 35 A, 70 A (DC) 14 A, 35 A, 70 A (DC) i catcher 8-1b i catcher 16-1b i catcher 24-1b Precision: < 2 % typically < 3 % maximal < 2 % typically < 3 % maximal Protection class: IP 20 IP 20 Dimensions (H x W x D): 86 35 58 mm 86 35 58 mm Installation: DIN rail DIN rail 422.005 i checker Advanced (10 A, AC) 422.007 i checker Premium (10 A, AC) 422.015 i checker Advanced (25 A, AC) 422.017 i checker Premium (25 A, AC) 422.025 i checker Advanced (50 A, AC) 422.027 i checker Premium (50 A, AC) Supply voltage: 10 V 60 V DC 10 V 60 V DC 10 V 55 V DC Current consumption: 62.5 ma at 24 V 66.7 ma at 24 V 62.5 ma at 24 V Operating temperature: -20 75 C -20 75 C -40 85 C String current: max. 26 A max. 26 A max. 30 A Total current: max. 160 208 A max. 320 416 A ±480 A Precision: 0.25 % from the end value 0.25 % from the end value 0.25 % from the end value Protection class: IP 20 IP 20 IP 20 Dimensions (H x W x D): 142 221 55 mm 128 305 55 mm 142 384 55 mm Installation: DIN rail DIN rail DIN rail or wall installation 422.105 i checker Advanced (14 A, DC) 422.107 i checker Premium (14 A, DC) 422.115 i checker Advanced (35 A, DC) 422.117 i checker Premium (35 A, DC) 422.125 i checker Advanced (70 A, DC) 422.127 i checker Premium (70 A, DC) 423.102 i catcher 8-1b 423.116 i catcher 16-1b 423.103 i catcher 24-1b

68 Sensors Industrial Line 69 Irradiance Sensor SI-12TC AND SI-12TC-T IRRADIANCE SENSOR SILICIUM SI-420-TC-K, SI-420-TC-T-K AND SI-RS485-TC-T V2 The short-circuit current of a silicon solar cell is proportional to the irradiance level. The SI-12TC sensors use a monocrystalline solar cell, which is operated in short circuit via a low-ohm resistor. The sensors feature active temperature compensation. In addition to irradiance measurement, the SI-12TC-T sensors allow solar cell temperature measurement. Measurements are taken by a temperature sensor laminated onto the cell itself. The irradiance values measured by the sensors allow the target yield of a PV system to be calculated. By comparing target with actual yield, inconsistencies can be identified quickly and reliably. The SI-RS485-TC-T sensor also records the temperature of the sensor element and thus delivers an approximate module temperature. Irradiance Sensor SI-12TC Irradiance Sensor SI-12TC-T Measurement: Irradiance Irradiance and temperature Measuring range: 0 1,200 W / m² -20 80 C Output signal: 0 10 V 1.84 V+ T [ C] * 92 mv / C Cable length: 3 m, 15 m or 30 m connecting cable 3 m, 15 m or 30 m connecting cable UV resistant: Yes Yes Power supply: DC: 24 V (15 28 V) DC: 24 V (15 28 V) Current consumption: 0.3 ma 0.3 ma Measuring accuracy: ± 5 % from the end value ±1.5 % at 25 C Non-linearity: 0.5 C Maximum deviation: 2 C Dimensions (H x W x D): 154 85 40 mm 154 85 40 mm Irradiance Sensor Silicium SI-420-TC-K / SI-420-TC-T-K Irradiance Sensor Silicium SI-RS485-TC-T V2 / option: Temperature Measurement: Irradiance and temperature Irradiance and temperature Measuring range: 0 1,200 W / m² / 20 70 C 0 1,400 W / m² / 20 70 C Output signal: 4 20 ma for 0 1,200 W / m² / RS485 Modbus 12.28 20 ma Cable length: 3 m 3 m UV resistant: Yes Yes Power supply: 12 28 V DC 12 28 V DC Current consumption: max. 22 ma 33.3 ma (24 V DC) Measuring accuracy: ± 5 % / ± 2 C ± 5 % / ± 2 C Dimensions (H x W x D): 154 85 40 mm 154 85 40 mm 423.000 Irradiance Sensor SI -12TC 0 10 V, incl. 3 m connecting cable (UV resistant) 423.004 Irradiance Sensor SI -12TC 0 10 V, incl. 15 m connecting cable (UV resistant) 423.001 Irradiance Sensor SI -12TC-T 0 10 V, incl. temperature measurement and 3 m connecting cable (UV resistant) 423.005 Irradiance Sensor SI -12TC-T 0 10 V, incl. temperature measurement and 15 m connecting cable (UV resistant) 423.010 Irradiance Sensor Silicium SI-420-TC-K 423.011 Irradiance Sensor Silicium SI-420-TC-T-K 423.016 Irradiance Sensor Silicium SI-RS485-TC-T V2 423.002 Irradiance Sensor SI -12TC 0 10 V, incl. 30 m connecting cable (UV resistant) 423.003 Irradiance Sensor SI -12TC-T 0 10 V, incl. temperature measurement and 30 m connecting cable (UV resistant) ** The technical data relates to the temperature measurement.

70 Sensors Industrial Line 71 PYRANOMETER SR20-D1 AND SR20-TR Pyranometer SMP 10 and SMP 11 The SR20-D1 and SR20-TR fulfill the strictest precision classification under ISO 9060 and are suitable for use in any weather conditions. They are used in climate research, hydrology as well as meteorology. These devices allow the entire irradiance impact to be measured. The SMP 10 and SMP 11 are suitable for use in any weather. They are used in climate research, hydrology as well as meteorology. These devices allow the entire irradiance impact to be measured. Pyranometer SR20-D1 Pyranometer SR20-TR Supply voltage: 5 30 V DC 7.2 35 V DC Current consumption: < 75 ma (12 V DC) 4 20 ma (passive sensor) Heating: 125 ma (12 V DC) Output signal: RS485 Modbus 4 20 ma ISO 9060 classification: Secondary Standard Secondary Standard Inclination error: < ±0.2 % (0 90 at 1,000 W / m²) < ±0.2 % (0 90 at 1,000 W / m²) Directional error: < ±10 W / m² < ±10 W / m² Non-linearity: < ±0.2 % (100 1,000 W / m²) < ±0.2 % (100 1,000 W / m²) Stability deviation per < ±0.5 % < ±0.5 % annum: Response time: 3 s (95 %) 3 s (95 %) Sensitivity < ±0.4 % ( 30 50 C) < ±0.4 % ( 30 50 C) temperature-dependent: Spectral range: 285 3,000 nm 285 3,000 nm Supply voltage: 5 30 V DC Current consumption: 4.16 ma (24 V DC) Output signal: 4 20 ma and RS485 Modbus Spectral range: 285 2,800 nm Operating temperature: 40 80 C Measuring range: 0 4,000 W / m² Protection class: IP 67 Precision: < 2 % Dimensions (H x W x D): H: 68 mm (excl. dome), Ø 150 mm (enclosure), Ø 50 mm (dome) 423.034 Pyranometer SMP 10 423.029 Pyranometer SMP 11 Operating temperature: 40 80 C 40 80 C Measuring range: 0... 4,000 W / m² 0... 1,600 W / m² Protection class: IP 67 IP 67 Dimensions: H: 85 mm (with dome) Ø 150 mm (enclosure) H: 85 mm (with dome) Ø 150 mm (enclosure) * 423.455 universal sensor holder available. 423.031 Pyranometer SR20-D1* 423.033 Pyranometer SR20-TR*

72 Sensors Industrial Line 73 COMPACT WEATHER STATION WS501-UMB, WS510-UMB AND WS600-UMB Compact hygrothermo sensor PT1000 Sensor The WS501-UMB, WS510-UMB and WS600-UMB compact weather stations are used to measure the ambient temperature, relative humidity, air pressure, wind direction and wind speed. The WS501 and WS510 additionally measure solar irradiance, while the WS600 records precipitation. They also offer a RS485 Modbus interface, which facilitates connection to all meteocontrol data loggers. The meteocontrol compact hygro-thermo sensor measures both temperature and air humidity. Ideally, the sensor should be combined with an irradiance protector in order to prevent any falsification of the measurement values. This component measures the ambient temperature in a casing using a PT1000 resistance sensor. When short cables are used, it can be connected directly to an analog input of the data logger. An additional voltage converter is required for longer distances. WS600-UMB WS501-UMB / WS510-UMB Supply voltage: 24 V DC ±10 % 24 V DC ±10 % Current consumption: max. 1.83 A max. 0.98 A Interface: RS485 Modbus, 2-wire, semi-duplex RS485 Modbus, 2-wire, semi-duplex Operating temperature: 50 60 C 50 60 C / 40 80 C Measuring range Temperature: Relative humidity: Air pressure: Wind direction: Wind speed: Irradiance: 50 60 C 0 100 % r. h. 300 1,200 hpa 0 359.9 0 75 m / s 50 60 C / 40 80 C 0 100 % r. h. 300 1,200 hpa 0 359.9 0 75 m / s 0... 1,400 W / m² / 0... 4,000 W / m² ISO 9060 classification: Second Class / Secondary Standard Spectral range: 300 2,800 nm / 285 2,800 nm Protection class: IP 66 IP 66 Dimensions: Ø approx. 150 343 mm Ø approx. 150 332 mm / Ø approx. 150 392 mm Supply voltage: 12 30 V DC Current consumption: max. 22.1 ma at 24 V DC Output signal: 4 20 ma Operating temperature: 30 C 70 C Measuring range: Humidity: 0 100 % r. h. Temperature: 30 70 C Protection class: IP 30 (sensors), IP 65 (electronics) Precision: ±2 % rel. humidity (at 5 95 % and at 10 40 C) Dimensions: Ø 20 124 (180) mm 423.309 Compact hygro-thermo sensor 423.220 Compact Irradiance Protector Current consumption: <1mA Output signal: PT1000 voltage depending on sensor resistance Operating temperature: 35 90 C Measuring range: 20 70 C Protection class: IP 65 Precision: 1 % Dimensions (H x W x D): 45,5 50 65 mm 423.210 PT1000 Sensor in casing 423.306 Compact Weather Station WS600-UMB 423.307 Compact Weather Station WS501-UMB 423.312 Compact Weather Station WS510-UMB

74 Sensors Industrial Line 75 PT100 self-adhesive sensor PT1000 Adhesive Sensor Mounting Accessories 423.443 meteocontrol traverse for 0.8 m compact wind sensor For joint mounting of a wind speed and a wind direction sensor on a mast. Clamping range: 48 102 mm The sensor for the PT100 signal converter measures the module temperature and is contained in silicon rubber under a self-adhesive aluminum film. After removing the protective film, it can be attached directly to the surface to be monitored. Supply voltage: Current consumption: 1 ma Output signal: Voltage depending on sensor resistance Operating temperature: 50 150 C Measuring range: 20 55 C Protection class: IP 65 Precision: < 1 % The PT1000 temperature sensor consists of a sensor element inside an aluminum block. This block is attached directly to the rear wall of the PV module. The sensor can be evaluated directly from the data logger without any converters. Supply voltage: Current consumption: 1 ma Output signal: Voltage depending on sensor resistance Operating temperature: 35 100 C Measuring range: 20 70 C Protection class: IP 65 Precision: 1 % 423.444 meteocontrol traverse for compact wind sensor For mounting a wind speed sensor or a wind direction sensor on a mast. Clamping range: 48 102 mm 423.457 4 m telescopic mast For mounting meteorological measuring devices. Length: 4 m Diameter: 80 / 71 mm Material: Aluminum (AlMgSi1) 423.445 6 m telescopic mast For mounting meteorological measuring devices. Length: 6 m Diameter: 90 / 80 / 71 mm Material: Aluminum (AlMgSi1) 423.446 10 m telescopic mast For mounting meteorological measuring devices. Length:10 m Diameter: 116 / 102 / 90 / 80 / 71 mm Material: Aluminum (AlMgSi1) 423.447 Positioner for telescopic mast 6 m (field mounting) For field mounting on foundations Height: 1.58 m Weight: 60 kg Material: Galvanized steel 423.452 Positioner for telescopic mast 6 m (wall installation) For wall installation Weight: 60 kg Material: Galvanized steel Dimensions (H x W x D): 14 40 6 mm Dimensions (H x W x D): 6 10 35 mm 423.453 Positioner for telescopic mast 10 m (field mounting) For field mounting on foundations Height: 1.58 m Weight: 60 kg 423.201 PT100 Self-Adhesive Sensor* 423.211 PT1000 Adhesive Sensor Material: Galvanized steel * Item 423.301 (PT100 signal converter, 24 V supply) or item 423.302 (PT100 signal converter, 230 V supply) is required for operation, page 55. 423.454 Positioner for telescopic mast 10 m (wall installation) For wall installation Weight: 60 kg Material: Galvanized steel 423.456 Mast mounting bracket For mounting telescopic masts on a wall. Diameter: 80 mm, weight 0.5 kg 423.455 Universal sensor holder For mounting irradiance sensors in the immediate vicinity of PV system modules.

76 Direct Marketing Industrial Line 77 Industrial Line Direct Marketing Direct Marketer Interface Requirements of the market bonus model implemented with ease An additional interface was implemented in the data logger for communication between the direct marketer and the remote controlled PV system. The prerequisite for enabling the direct marketer to sell solar energy on the electricity exchange based on the market bonus model is thus bundled in one device. The direct marketer interface supports implementation of commands for reducing the active power of the PV system, in addition to supporting feedback to the direct marketer about the current status of the feed-in power. To safeguard data communication between the monitoring system of the PV system and the respective direct marketer, the communication line is protected via VPN encryption. + + Simple conversion to direct marketing by using existing interfaces + + Cost reduction from grid feed-in management and direct marketing being combined in one device + + Compatible with many providers of solar energy direct marketing + + Security due to protected data transmission with VPN encryption LICENSE 428.099 Direct marketer interface license for systems up to 500 kwp 428.100 Direct marketer interface license for systems up to 1 MWp 428.101 Direct marketer interface license for systems up to 2 MWp 428.102 Direct marketer interface license for systems up to 5 MWp 428.103 Direct marketer interface license for systems up to 10 MWp VPN ROUTERS 422.407 Wireless router MoRoS HSPA 2.1 PRO 422.416 2-Port VPN Ethernet Router EBW-E100 1.0 VPN-Routerkonfiguration 426.024 Router configuration for energy & meteo systems for direct marketer interface 426.025 Router configuration for Enertrag for direct marketer interface 422.026 Router configuration for Next Kraftwerke for direct marketer interface 428.104 Direct marketer interface license for systems up to 20 MWp 428.105 Direct marketer interface license for systems exceeding 20 MWp

78 SCADA Center Industrial Line 79 Industrial Line SCADA CENTER SCADA Center The local SCADA solution for monitoring and managing your PV power station The SCADA Center allows local control and operation management of PV plants. The SCADA system offers interfaces to all system components, such as data loggers, SPS, various actuators as well as third-party systems, for example of grid operators. The system can be used either alternatively or in parallel to the safer Sun and VCOM monitoring systems and offers all features required for operation management in a control room on the system. The data is stored on an industrial server on the system, which enables operation management and data management independent of a stable Internet connection. Operation management in a local control room is carried out via one or more workstations offering high-quality analyses for defect identification and alarm management. The SCADA Center by meteocontrol additionally offers extensive protection against unauthorized access in order to meet the growing requirements for information security on SCADA systems. Features Detailed visualization of real-time measured values Control of field sensors, actuators and inverters Interfaces for connection to third-party systems (e. g. grid operators) Multiscreen-enabled, multilingual user interface (HMI) Alerts for efficient defect identification Intuitive navigation through hierarchical representation of the system structure Interactive system plan for easy visualization Compatible with inverters by all leading manufacturers Maximum cyber security 128 to 256-bit encryption with RSA / SHA algorithms + + The recorded data can be used directly and locally + + For on-site application of the system, no Internet connection is required + + For local troubleshooting, high resolution live values are made available (e. g. second interval) + + The user interface offers individual configuration options to suit local requirements + + Multilingualism due to broad range of available interfaces (IEC 60870, IEC 60850, DNP3, OPC etc.)

80 Portals Industrial Line 81 Industrial Line Portals Import Interface The flexible interface for importing data from data loggers by different manufacturers to the safer Sun Professional monitoring portal and VCOM The import interface enables operators of existing PV systems without the data logger (WEB log or blue Log X-Series) to monitor remotely with the safer Sun Professional monitoring system and VCOM. Regardless of the manufacturer type, the measured values for monitoring and analysis recorded by the respective data logger can be transmitted to safer Sun Professional or VCOM. SYSTEMS SUPPORTED Campbell Scientific Danfoss Diehl Controls / Platinum FeCon Fronius KACO Kostal LTi SMA Sputnik (Solarmax) Steca Sunways Woodward 426.119 Import Interface 0 20 kwp 426.120 Import Interface 20 100 kwp 426.121 Import Interface in excess of 100 kwp

82 Portals Industrial Line 83 ssafer Sun professional Entry into the professional monitoring The system data recorded by the data logger is transmitted to the meteocontrol servers and compared on safer Sun Professional with the simulated values for the expected energy production. These values are calculated from the configuration of the system in question and the current weather conditions. Significant inconsistencies automatically trigger an alarm via email or text message. safer Sun Professional allows analyses in full detail depth and simple configuration of all alarm criteria for safely operating a PV system. + + Cost and resource efficiency with an optimized web portal for operation management of PV systems + + Protection of return owing to fast and precise fault identification + + Yield assurance through comparison of target / actual yields for quick identification of insidious errors For installers: + + Short orientation period and easy everyday work by using a manufacturer independent portal + + Increase in tunover with the comprehensive service package offered by the portal solution for effective system monitoring and troubleshooting with the customer + + Customer loyalty by adapting the layout to your corporate identity + + Winning new customers using reference projects PORTAL LICENSE 426.110 safer Sun Professional up to 9.9 kwp* 426.111 safer Sun Professional up to 29.9 kwp* 426.112 safer Sun Professional up to 99.9 kwp* 426.113 safer Sun Professional up to 249.9 kwp* 426.114 safer Sun Professional up to 499.9 kwp* 426.115 safer Sun Professional up to 999.9 kwp* 426.116 safer Sun Professional up to 1,499.9 kwp* 426.117 safer Sun Professional in excess of 1,500 kwp* Fees 426.005 Set-up per system up to 100 kwp 426.009 Set-up per system 101 kwp to 1 MWp 426.006 Set-up per system 1 MWp to 5 MWp 426.020 Set-up per system over 5 MWp 426.008 Set-up per virtual system * 5 years per system Features Detailed monitoring and evaluation Compatible with products from all leading inverter manufacturers Comprehensive alarm management Individual configuration of alarm criteria Plausibility checks to reduce false alarms Automated reports via email Solar park management Unique system evaluation based on target / actual value comparison Visualization via Solarfox and / or API Mobile monitoring with iphone and Android App Products for the web portal: Components Data logger Home Line 26 Sensors / accessories Home Line 30 Data logger Industrial Line 36 Sensors Industrial Line 64 Accessories Industrial Line 50 App safer Sun App 86 Portal layouts can be adapted to your corporate design: safer Sun layout (Item No. 426.003)

84 Portals Industrial Line 85 VIRTUAL CONTROL ROOM (VCOM) The monitoring system by experts for experts The Virtual Control Room is a modern, multiscreen-capable web application based on the safer Sun monitoring system. The user area of the control room provides an overview of current system defects within their area of responsibility. Detailed mapping of the system structure enables rapid fault analysis. The service staff responsible is alerted by means of a ticket system. The evaluation area provides detailed analyses regarding the individual systems and components. Features Cockpit for system-specific overview Graphical display of operating status in the interactive system plan Historical file of all PV systems through use of a ticket system Individual analysis for fast identification of defects Convenient and direct access to the blue Log X-Series data logger Individual reporting for efficient operation management Document management for central information storage Calendar for coordinating service deployments Projection possible on several monitors Customizable user interface for effective operation management + + Cost and resource efficiency with an optimized web portal for operation management of large-scale PV systems and whole portfolios + + High level of customer satisfaction by adapting the monthly reports to the individual investor requirements + + Maximized yield from large system parks due to intelligent fault prioritization and structured incident management + + Reduction in manual administration overhead for troubleshooting by utilization of the well-arranged ticket system + + Security for investors through online access to relevant key performance indicators 427.000 Virtual Control Room (VCOM) Products for VCOM: Components Data logger Home Line 26 Sensors / accessories Home Line 30 Data logger Industrial Line 36 Sensors Industrial Line 64 Accessories Industrial Line 50

86 App Industrial Line 87 Industrial Line App SAFER SUN APP The visualization tool to go By registering your solar system in the safer Sun portals or the Virtual Control Room, you have access to the safer Sun App for iphone and Android. The application enables mobile monitoring of your solar system by displaying daily updated data. All data is displayed in well-arranged diagrams. Using familiar App controls ensures quick and intuitive navigation through the various views. The App can be downloaded free of charge from the App Store or Google Play. Features Suitable for iphones and Android smart phones Choice of displayed period (day, month, year) Display of PV account and environmental impact details Weather information for PV systems Graphic display of energy generated with interactive diagrams Details of specific yield displayed Graphic display of the performance ratio (PR) Available in many languages + + Mobile solar system monitoring + + Visualization of key system data Available free of charge from the App Store or Google Play Search term: meteocontrol

GERMANY Augsburg Headquarters meteocontrol GmbH Spicherer Strasse 48 86157 Augsburg Phone +49 (0)821 34666-0 Fax +49 (0)821 34666-11 E-mail info@meteocontrol.de Web www.meteocontrol.com meteocontrol GmbH Carl-Zeiss-Strasse 46 47445 Moers Phone +49 (0)2841 79 622-0 Fax +49 (0)2841 79622-1 China meteocontrol China 18F Qianjiang Business Square 111 Yili South Road Shanghai, 201103 Phone +86 21 547 777 23 E-mail info.cn@meteocontrol.com Web www.meteocontrol.com/cn North America meteocontrol America 1110 Lake Cook Road, Suite 370 Buffalo Grove, IL 60089 U.S.A. Phone +1 (224) 310-5700 E-mail info-na@meteocontrol.com Web www.meteocontrol.com/us italy meteocontrol Italia Via Panfilo Castaldi, 8 20124 Milan Italy Phone +39 0287 38 62 37 E-mail info-it@meteocontrol.com Web www.meteocontrol.com/it spain meteocontrol Ibérica C / Conde de Aranda, número 1, 2 izquierda 28001 Madrid Spain Phone +34 91 721 85 55 Fax +34 91 198 07 53 E-mail info-es@meteocontrol.com Web www.meteocontrol.com/es France meteocontrol France S. A. S. 131 rue de Crequi 69006 Lyon France Phone +33 (0)6 08 54 50 65 E-mail info-fr@meteocontrol.com Web www.meteocontrol.com/fr 2015 meteocontrol GmbH 06 / 2015