Solutions for Data Centres Your partner in service and support

Transcription

1 Solutions for Data Centres Your partner in service and support Sales (Aus) 1300 NHP NHP Sales (NZ) 0800 NHP NHP nhp.com.au nhp-nz.com

2 NHP provide data centre solutions that are modular, flexible and efficient, supported by round the clock service and support. Customised Solutions for Data Centres With over four decades of electrical and engineering industry excellence, and driven by a team of over 900 quality personnel, NHP Electrical Engineering Products is a market leader where the aim is simple to provide what you want, when, where and how you want it. NHP can provide a wide variety of solutions for the data centre of today and tomorrow. This includes every aspect of the power distribution network, climate control solutions, energy management & controls plus UPS and related solutions. NHP are focused on providing complete data centre solutions which are highly efficient, scalable, modular and flexible. With 25 branches and 24 regional locations throughout Australia and New Zealand, we also have the ability to service the local needs of the industry, with our strong customer focus and extensive local knowledge capable of meeting any of these needs on time and within budget. With stockholdings in all branch locations around Australia and New Zealand, NHP can support local requirements when, where and how you want it. While we stock an impressive 70,000+ line items, NHP is much more than a component supplier. We source the highest quality products from leading global suppliers and customise these into leading solutions for the local market and data centre applications are no exception. It is this ability to adapt with the ever changing face of our industry that makes NHP the ultimate choice for data centres solutions. 2

3 Our Value Add Capabilities NHP prides itself on being able to provide customers with tailored data centre solutions that suit individual requirements. NHP s National Manufacturing and Distribution Centre in Laverton, Melbourne is to develop these customised solutions through manufacturing, assembly, servicing and design and engineering. The manufacturing workshop, which is 5,000 square metres of floor space containing 19 separate work centres, is home to 65+ manufacturing staff, with skills ranging from electrical trade assistants to highly trained instrument technicians. Manufacturing requirements are forecast so that resources can be re-deployed to different work centres to suit customer demand. NHP has also implemented a dual shift system in the Manufacturing area, with this extension in operating hours allowing for a smoother flow through of work, additional ability to cope with emergency jobs and improved service to our customers. To ensure the success of all projects, NHP s Project Delivery team is responsible for the design and delivery of special assemblies from NHP manufacturing centres, in accordance with the customer s technical, commercial and logistical requirements as per the negotiated contractual obligations. Working closely with the Manufacturing, Assembly & Project Delivery team, NHP s Product Quality & Engineering group is responsible for testing, evaluation and approval of all NHP manufactured goods to ensure the highest quality and compliance. All solutions built by NHP satisfy the requirements of relevant Australian and New Zealand standards, local codes and customer specific design requirements. NHP s Product Quality team further conducts regular, proactive quality control checks at item level to maintain product performance and consistency. 3

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5 TRANSFORMERS 2. MEDIUM VOLTAGE SWITCHGEAR 3. LOW VOLTAGE SWITCHBOARDS & SWITCHGEAR 4. BUSDUCT 5. POWER DISTRIBUTION UNITS (PDU S) 6. STATIC & AUTOMATIC TRANSFER SWITCHES 7. PLUGS & SOCKET SYSTEMS POWER DISTRIBUTION & PROTECTION UNINTERRUPTIBLE POWER SUPPLIES (UPS) & BATTERY SYSTEMS 9. DC CONVERTERS 10. POWER FACTOR CORRECTION 11. HARMONIC MITIGATION FILTERS 12. LIGHTNING, SURGE & GROUNDING SYSTEMS 13. RACK AIR CONDITIONING SYSTEMS 14. REAR DOOR HEAT EXCHANGERS 15. PRECISION AIR CONDITIONING SYSTEM 16. CHILLERS 17. BRANCH FEEDER METERING SYSTEMS 18. METERED RACKING POWER DISTRIBUTION BOARDS 19. METERED IN-LINE POWER DISTRIBUTION SYSTEMS 20. BUILDING MANAGEMENT SOFTWARE SYSTEMS 21. SOLAR PANELS 22. INVERTERS 23. INSTALLATION PACKAGES 24. ENERGY EFFICIENT CABINET SYSTEMS 25. PRE-CONFIGURED PHYSICAL INFRASTRUCTURE 26. HIGH SPEED DATA TRANSPORT (HSDT) CABLING SYSTEMS 27. WARRANTY & SERVICE AGREEMENTS 28. FIELD SERVICE & SUPPORT 29. REPAIR/MAINTENANCE SERVICES 30. PRODUCT TRAINING & SERVICES 31. COMMISSIONING & START-UP POWER QUALITY CLIMATE CONTROL ENERGY MANAGEMENT RENEWABLE ENERGY PHYSICAL INFRASTRUCTURE SERVICES AND TRAINING 5

6 NHP Integrated Product Solutions When it comes to data centre solutions, communication from devices back to a central processing system is critical. NHP s product solutions are all equipped with a range of industrial communication protocols capable of communicating quickly, accurately and reliably back to a central data collection device. Utilising leading industrial and open source fieldbus communications, this ensure that you have maximum flexibility, scalability and future expandability in your data centre installation without the need to rely on propriety hardware and communications protocols. RENEWABLE ENERGY SOLUTIONS TYPICAL COMMUNICATED FEEDBACKS - INVERTED POWER OUTPUT - ENERGY LOAD MATCHING - POWER TRENDING - EVENT LOG POWER DISTRIBUTION SOLUTIONS TYPICAL COMMUNICATED FEEDBACKS - CIRCUIT BREAKER OPEN/CLOSE/TRIP STATUS - SUB CIRCUIT POWER CONSUMPTION - TEMPERATURE MONITORING - AUTOMATIC TRANSFER SWITCH STATUS POWER QUALITY SOLUTIONS TYPICAL COMMUNICATED FEEDBACKS - FILER/PFC CURRENT, VOLTS, KVAR - STEPS ON/OFF (PFC)+THID - COMPENSATION ON/OFF (FILTERS) - SURGE DIVERTER ALARM CONTACTS 6

7 DATA CENTRE INFRASTRUCTURE MANAGEMENT (DCIM) ENTERPRISE MANAGEMENT LAYER - ENERGY MANAGEMENT - BMS FUNCTIONS - IT ASSET MANAGEMENT UNINTERRUPTIBLE POWER SUPPLY SOLUTIONS TYPICAL COMMUNICATED FEEDBACKS - UPS POWER OUTPUT - TIME TO UPS POWER REDUCTION - EVENT LOG PROCESS CONTROL LAYER ROCKWELL AUTOMATION CONTROL LOGIX PLC COOLING SOLUTIONS TYPICAL COMMUNICATED FEEDBACKS - TEMPERATURE HIGH/LOW - WATER DETECTION - CHILL WATER - VALVE POSITION ENERGY MONITORING, CONTROL AND INCIDENT RECORDING TYPICAL COMMUNICATED FEEDBACKS - MACHINE POWER USAGE - TRANSIENT ACTIVITY AND POWER SUPPLY DISRUPTION - ELECTRICAL INCIDENT ANALYSIS AND REPORTING 7

8 Power Distribution and Protection Solutions Maintaining uptime resulting in a reliable, secure data centre is the core of all design and product selection criteria for a data centres today. At the heart of keeping your data centre online is the power distribution network which is the backbone to keeping every component of the data centre powered-up, online and available. The power distribution solution of a data centre requires more than just a standard arrangement it has to be a flexible, adaptable and scalable solution from the very beginning. It must have the flexibility and scalability which allows the power distribution network to grow, expand and transform as the needs of the data centre infrastructure vary into the future. NHP have a power distribution solution to suit all types of installations whether it be a Tier I basic availability system through to a Tier IV fault tolerant ride through system at % availability, we have the answer. Combining high MTTR s and NHP s reliable power distribution products and partner network for interruptible power supply systems, we promise to provide a highly dependable, safe and secure power distribution solution for your data centre installation. From line to load, end to end - NHP have the solution. 8

9 POWER DISTRIBUTION & PROTECTION Medium Voltage Transformers & Switchgear With unmatched quality and reliability, NHP s range of medium voltage solutions is the complete solution for data centre electrical networks. A complete range of medium voltage transformers, switchgear and monitoring relays suit data centres with incoming supplies up to 50MVA. With built in protection functions such as dry type transformer windings, maintenance free windings and Arc Killer patented arc quenching systems, the safety concerns which historically surrounded contained medium voltage are no-more. The range is environmentally friendly, remote switching capable and complete with a 5 year warranty. Low Voltage Solutions NHP s range of low voltage solutions are characterized by a high degree of safety, reliability and flexibility. Built to comply with all local codes in addition to meeting the relevant AS/ NZS & international standards, NHP s low voltage solutions contain best in class products from the world s leading power distribution manufacturers. In solutions to suit Tier I to Tier IV design topologies, NHP s low voltage solutions can be automatically switched to nonoperating state which ensures control power is maintained whilst scheduled servicing of end devices can take place. This all takes place remotely due to built-in connectivity to a wide variety of BMS networks. With energy efficient designs and the use of low power, low watts loss components, NHP s low voltage solutions reduce costly cooling requirements leading to longer life, reliable operation and increased uptime for your data centre infrastructure. NHP Power Distribution Units (PDUs) Whether it be a Tier 1, one rack data centre through to a Tier IV, >100 rack data centre, NHP can supply a wide range of customisable PDU s to suit your exact requirements. In either wall mount or standalone system, NHP can supply a PDU to suit all varieties of installations. NHP s range of smart PDUs feature optional integrated sub circuit energy monitoring across the full PDU range that can report back power consumption to an EMS or BMS. Utilising NHPs world leading isolation style busbar chassis every sub circuit can be individually de-energised at the tee off, Increasing up time, improving maintainability and reducing time to deploy site changes. NHP can provide the right PDU solution for your needs. NHP Low Voltage Switchboards NHP range of space saving power distribution switchboards are 100% arcfault compliant and fully withdrawable modules allow safe and easy scheduled maintenance to occur. Thanks to a modular design, NHP s low voltage switchboard grows with the data centre allowing on-site expansion and commissioning. With the ability to build in automatic transfer switch functionality to regulate the incoming supply in addition to allowing DC output feeds and accommodating Green Energy infeeds from solar or wind generation, the NHP Low Voltage Switchboard has it all. NHP Temcurve software can be used to determine the best selectivity and coordination between circuits to ensure a safe, protected electrical network. POWER QUALITY CLIMATE CONTROL ENERGY MANAGEMENT RENEWABLE ENERGY PHYSICAL INFRASTRUCTURE SERVICES AND TRAINING 9

10 Power Quality Solutions Voltage fluctuations, power failures, overvoltage events and transients account for nearly 50% of all power interruptions within the electrical network. These can affect the quality of the supply to the data centre causing damage to sensitive equipment leading to downtime, data loss plus repair and maintenance costs which results in heavy economic losses for data centre operators. Through a cascade approach to power quality, data centre operators and facility management teams can mitigate their risk to both internal and external downtime caused by the instability within the electrical network. It is critical during the design stage of the data centre that the appropriate power quality protective solutions are built into the wider data centre solution to ensure longevity, scalability and reducing future capital costs and investment. 10

11 Interruptible Power Supplies (UPS) Many interruption events which occur on the electrical network today are very short and are in most instances largely ignored. The effects on business and commercial businesses are immaterial to an end user. In the case of a sensitive data centre operation however which requires high uptime and low fault tolerance, these electrical network events can lead to disturbances within the sensitive IT infrastructure. The installation of a modular UPS systems to suit the required tiered data centre infrastructure is the linchpin in ensuring that the data centre electrical infrastructure will remain online and generate revenue. UPS solutions are a custom requirement based on the data centres physical arrangement to meet specific performance requirements. NHP can provide design assistance, product selection and ongoing maintenance support for your UPS needs. Lightning, surge & grounding systems Data centres contain extremely sensitive devices which rely on the quality of electrical power to perform at their peak operating characteristics. Improper grounding, lightning events and internal transient events can lead to unforeseen downtime which can be mitigated by the installation of suitable lighting, surge and grounding system being installed. Installation of external surge protection in the form of lighting rods and detection systems will immediately assist with mitigating the effects of external lightning affecting a data centre facility. Mounted correctly and with an appropriate grounding system dangerous currents generated by a lightning strike are safely managed to ground preventing damage to data centre infrastructure. Whilst lightning protection will provide protection from direct lightning strikes, the transient effects may further affect data centre operation, efficiencies and long term maintenance/repair costs. By utilising a branched approach to surge protection throughout the facility and the right surge protection technology, you can be assured of a protected network with maximum uptime availability. Much like a coordinated power distribution system which requires selectivity and cascade studies to take place and select the correct components, NHP will select the right solution for your lighting, surge and grounding systems requirements. Power conditioning The quality of the electrical power reaching critical data centre components will significantly affect the performance and reliability of the data centre. With such a wide array of electrical components within a data centre installation, various power conditioning solutions can be implemented within the data centre installation to decrease operating costs, reduce maintenance and maintain uptime. One very important aspect of improving quality of supply is the control of power factor. Low power factor means poor electrical efficiency. The lower the power factor, the higher the apparent power drawn from the distribution network. This means that the supply company must install larger generation capacity, larger size transmission lines and cables, transformers and other distribution system devices, which otherwise would not be necessary. This results in much higher capital expenditures and operating costs for the Electricity Supply Company, which in many cases is passed on to the consumer in the form of higher tariff rates. Electricity supplied Inductive Load In conjunction with management of power factor is the control of harmonic generation. Harmonics in the mains supply can adversely affect any electrical equipment. An electrical system supplies power to loads by delivering current at the fundamental frequency. Only fundamental frequency current can provide real power. Current delivered at harmonic frequencies do not deliver any real power to the load. The percentage of harmonics in a waveform is called THD (total harmonic distortion) and can be further broken up into THVD (total harmonic voltage distortion) and THID (total harmonic current distortion). As the THVD and THID increases, the efficiency of the system is greatly reduced. Most electrical equipment used in data centres today are defined as non-linear loads and hence will generate by their design topology, a high level of harmonics. NHP can provide solutions for both power factor correction and harmonic mitigation through various techniques and solutions to suit your exact requirements. KW KVAr P Q S Power Factor Correction POWER DISTRIBUTION & PROTECTION POWER QUALITY CLIMATE CONTROL ENERGY MANAGEMENT RENEWABLE ENERGY PHYSICAL INFRASTRUCTURE SERVICES AND TRAINING 11

12 Climate Control Demand for energy efficient operations is rapidly becoming a key data centre issue. The more energy efficient the data centre, the lower the operational costs for your organisation. As data centre cooling systems contribute approximately 50% of your total data centre energy consumption, a clear strategy is required to ensure that your facility s cooling system is operating effectively and efficiently as possible. Our energy efficient precision air-conditioning systems cut the power consumption of your data centre by up to 40 %. To support the ever changing data centre environment and to strive for maximum operational efficiency your cooling system infrastructure requires continual monitoring and management over the life of the data centre. NHP will assist in assessing these areas by collaborating with you to implement a tailor-made strategy of measuring, analysing, reporting and resolving your data centre cooling systems. 12

13 NHP have the solution for your complete needs in a data centre cooling environment. Whether it be rack cooling solutions, CRAC units, chiller systems NHP have the answer. Data centres run 365 days a year. Their tightly packed server racks generate ever increasing computing power in an ever decreasing area power that is almost entirely converted into heat. Climate control ensures reliable operation. It conveys heat outside right away. But then, the airconditioning in data centres devours a huge amount of electricity. In the worst cases, it uses more than half of the energy supplied to the data centre. IT/UPS/Lighting Air-conditioning 46% 54% With data centre cooling costs accounting for over 50% of total data centre energy usage, the correct selection of the right system is critical to ensure long term cost savings and reducing annual operating costs. NHP s range of energy efficient precision air-conditioning systems cut the power consumption of your data centre by up to 40%. Let NHP help you reduce your energy costs and invest in the future. Greater efficiency thanks to free cooling with outside air. Economical precision air-conditioning systems also make use of cool outside air for indirect cooling of the data centre. Modern control electronics only switch on energy intensive compressor cooling when really necessary. It continuously monitors the climate in the data centre and selects the optimum operating mode in no time. Operation of cooling compressors and fans in the air-conditioning system is particularly energy intensive. Electronic control improves the response in changing load conditions, while additional cooling with indirect free cooling keeps the running time of the compressor to a minimum. Greater effectiveness through precise air conduction and even power distribution To ensure that the cooled air gets to where it is needed, professional planning of the air conduction and careful configuration of the server racks is part of every good climate control concept. Hot and cold aisles, raised floors and cover panels convey the cooled air to the computer with precision. For example, particularly economical systems make use of closed air circuits, which feed the waste heat from the server racks directly back to the air conditioning unit via closed air ducts. Direct free cooling With Direct Free Cooling, conditioned ambient air below 18 C is used to keep the data centre cool. With this cooling method, a large volume of ambient air enters the rooms, so that extended temperature and humidity tolerances must be permitted. If the ambient temperature rises above 18 C, either an integrated DX system with compressors or a separate chiller assumes the task of cooling the data centre, depending on the air-conditioning solution that is installed. Direct Free Cooling the next generation solution of data centre climate control From kW Lower capital investment than with conventional Indirect Free Cooling systems Excellent system scalability Build as you grow! Modular design Drastically lower energy consumption than all conventional systems POWER DISTRIBUTION & PROTECTION ENERGY MANAGEMENT RENEWABLE ENERGY PHYSICAL INFRASTRUCTURE SERVICES AND TRAINING POWER QUALITY CLIMATE CONTROL 13

14 Energy Management As technology evolves and equipment efficiencies rise, combined with the ongoing focus on energy consumption and reduction strategies - management of your Power Usage Effectiveness (PUE) will become more important than ever. With the right energy management and monitoring solution from NHP, effective downtime will become a thing of the past and trending of future energy management requirements become second nature. Proactively predict and optimise energy requirements Take control of your data customise measurements to suit your needs Manage power consumption, usage and safety margins Manage events and remotely communicate data to service & support teams Fulfill Greens star and NABERS obligations such as the monitoring consumption and reporting on greenhouse gas emissions 14

15 Energy Management & Monitoring IT infrastructure within data centres continue to be increasingly demanding on power and cooling capacities resulting in high re-investment costs to maintain continuity of supply and uptime. NHP s holistic energy management approach follows four key processes to help increase energy efficiency and reduce running costs: Strategy & Planning - Establish energy management vision - Set energy goals - Assign resources, roles and responsibility - Define strategy Measurement & Continuous improvement - Meausrement and verification - Knowledge management - Continuous review of plan and results Operational plan - Assess current state - Use energry audit recommendation - Create plan to engage organisation and drive energy awareness (energy culture) Execution & Implementation - No cost, operating and housekeeping charges - Design, install, commission upgrade and retrofits - Organisational training, results and progress visible As your energy management solutions partner, NHP can help implement these processes in your data centre, providing you with integrated hardware, software and service solutions which measure, monitor and control key energy cost inputs: Water benefit: Minimise leaks, reduce pressure losses, optimise devices such as pumps Air benefit: Assist in detection and reduce leaks and keep system pressure to a minimum Gas/Oil benefit: Consume fuel at optimum temperature and viscosity, improve steam system efficiency Electricity benefit: Load management and consumption data of motors, compressors, pumps, server racks, PDUs, main switchboards Steam benefit: Service of steam traps, minimise leaks, shut down unused network lines. Consumption analysis of a data centres water, air, gas, electricity and steam (W.A.G.E.S) inputs empowers facility managers to strategically reduce operating costs and increase overall efficiency. NHPs energy management solutions suite Include: NHPower Component: A range of advanced BMS friendly metering products suited for new and retrofit applications. Benefits are a granular identification of load energy consumption and basic awareness of equipment efficiency which can influence basic operational decisions. NHPower Vision: An Energy Monitoring System (EMS) proving a valuable insight into energy usage to allow for strategic analysis. Benefits are transparent automated reporting (used for accounting, site operations, meeting government regulation and contractual obligations) and trending analysis (used for forecasting energy consumption and managing energy purchasing) NHPower Control: An Energy Management and Control System (EMCS) which provides the measurement reporting of Water, Air, Gas, Electricity and Steam, but goes further by allowing resulting actions to be performed such as load control (load shedding) NHPower Control PLUS: An Energy Management and Process Control System (EMPCS) which incorporates all the features of the standard EMCS with an additional front end software interface that facilitates the integration of third party systems such as Lighting/ Emergency lighting control, Security/Access Card Readers, Fire Monitoring, CCTV, Nurse Call and HVAC interfacing. NHP s wide range of energy management solutions can be engineered to meet your data centre requirements providing a valuable tool to ensure the energy efficiency of your site. OPERATING COSTS Water Air Gas Electricity Stream No Energy Management Strategy Measurement Monitor Control Water Air Gas Electricity Stream NHPower Component Water Air Gas Electricity Stream NHPower Vision SAVINGS Water Air Gas Electricity Stream NHPower Control & Control PLUS POWER DISTRIBUTION & PROTECTION POWER QUALITY CLIMATE CONTROL ENERGY RENEWABLE ENERGY PHYSICAL INFRASTRUCTURE SERVICES AND TRAINING MANAGEMENT 15

16 Sustainability NHP are at the forefront of environmentally friendly renewable energy solutions and is strongly supported by exclusive relationships with experienced global partners. This combined knowledge is perfectly suited to develop industry-leading, energy-efficient renewable energy solution for data centres to reduce energy operating cost and yield impressive financial savings over the longer term. When you choose a NHP renewable energy solution, you are not only choosing best in class renewable solutions, but also protecting the environment and working towards a sustainable future. 16

17 Information and communications technology (ICT) account is estimated to account for 2% of the world s CO2 emissions today. Of this, the data centre market space is estimated to represent 25% of the ICT CO2 emissions - matching that of the aviation industry and some small countries. As the data centre market continues to grow and the quantity of infrastructure within a data centre continues to rise to meet the demands of consumers the impact the need for a quality, reliable and fault tolerance electrical supply will continue to rise. It is projected that electricity use by data centres is expected to double approximately every five years Projection of Datacentre Electricity Use Global Footprint (TWhr) To meet these needs, the wider electrical network infrastructure will continue to be upgraded at a cost, which will be passed onto owners and operators of data centres. Combined, this will place further strain on data centre owners and facility management teams to effectively manage and act to manage the PUE. With government bodies monitoring closely and assessing CO 2 emissions from major companies and vendors, it is appropriate the data centres also consider the effects of their energy usage and actively invest to mitigate rising reliance on the electrical infrastructure At NHP we are committed to understanding and minimising any adverse impacts our operations and our products have on the environment. Our very own Sustainability Centre is located adjacent to our existing National Manufacturing and Distribution Centre in Laverton, Melbourne. The centre demonstrates a variety of sustainable energy technologies including: Horizontal axis wind generators Photovoltaic solar modules Grid interactive solar systems Off-grid systems Dual axis tracker Energy Management & control systems This significant project ensures NHP are at the forefront of the sustainable industry direction and are a leader in providing alternative energy solutions for commercial and industrial applications. NHP s Sustainability Centre encourages the use of alternative energy solutions and demonstrates what is possible with sustainable energy technologies. POWER DISTRIBUTION & PROTECTION POWER QUALITY CLIMATE CONTROL ENERGY MANAGEMENT RENEWABLE PHYSICAL INFRASTRUCTURE SERVICES AND TRAINING ENERGY Scan the QR code to view the Sustainability Centre Video. Scan the QR code to Book a Live Tour. 17

18 Physical Infrastructure Solutions page pic Data centre operators are faced with an increasingly complex range of operational challenges to consider. Whether designing new or making changes to an existing data centre, migrating to a cloud architecture, or just managing the day-to-day operations, the ability to be agile, forward-thinking and more efficient can be strained. Consequently, challenges exist to dedicate the appropriate time to manage budgets, SLA s, and staff and to evaluate the interdependencies of bandwidth, power, cooling, space and their imminent effect on the data centres network s performance. Better operational control Confidence in layer 1 stability Minimised unplanned outages More time to be proactive and strategic Documented and approved provisioning process Data centres are a mission-critical facility. As data centre consolidation, server virtualisation, and private cloud initiatives intensify, continuing a silo-based approach to designing, deploying, and managing the physical infrastructure is becoming a costly and time consuming process. As a result of the constantly changing, complex IT landscape, data centres will continue to face unique demands on its physical infrastructure. While these architectures are elevating enterprises to new heights of agility, flexibility and efficiency in IT manageability, success in achieving these benefits relies on critical infrastructure considerations. Not only must the physical infrastructure be able to support the requirements of the data centre, it must perfectly align to the logical network design. 18

19 The Complete End-to-End Solution Data centres are constantly transforming to keep up with the demands of efficiently delivering voice, data, video, and security applications. NHP and our partner Panduit, have integrated physical to logical architectures into these environments to increase business agility and network performance, while providing interpretability and security to establish an enhanced infrastructure design that meets private cloud and enterprise requirements in today s intelligent data centres. Unified Physical Infrastructure SM (UPI)- based Intelligent Data Centre Solutions embody the next wave of systems integration and risk management by aligning and harmonizing critical systems to support the delivery of secure, energyefficient, always-on, real-time data and services. Intelligent software and hardware Panduit s Physical Infrastructure Manager (PIM ) Software Platform works seamlessly with PanView iq (PViQ ) System Hardware and select third-party devices providing an end-to-end physical to logical view of your data centre and extended enterprise. PIM Software centralizes the collection and representation of a rich set of asset attributes including connectivity, space/ port availability, and power/ environmentals to ensure your physical infrastructure supports mission-critical applications. Panduit s Intelligent Software and Hardware enables effective optimization of your data centre s space, power, and capacity planning through 10% OpEx savings in energy costs, 75% faster moves, adds, and changes (MACs), and 80% faster mean time to repair (MTTR)*. Providing complete data center infrastructure management (DCIM) functionality, these systems allow you to leverage the information you need. Energy Efficient Cabinets Panduit draws from proven methodologies and global best practices to develop innovative, highly reliable and scalable physical infrastructure solution elements. Panduit s Energy Efficient Cabinets utilize modular components that address power, cooling, space, and cable management challenges, enabling a 25% reduction in energy consumption*, speed to deploy, and optimised space utilization. Supporting switches, servers, and storage equipment from industry leading partners, our cabinets are the first choice for applications that require maximum thermal management capability, and the capacity to manage the high cable densities that result from consolidation and server virtualisation. High Speed Data Transport... Panduit s HSDT Solutions are both protocol and media agnostic, delivering maximum flexibility during planning, designing, commissioning, and operation of the data center. Our HSDT Solutions enable advanced network architectures such as 10/40/100 Gig Ethernet LANs and 8/16/32 Gig Fibre Channel SANs. Interoperable and scalable, these solutions include copper and fiber cabling systems that address the needs for latency, thermal management, power consumption, operational efficiency, and can provide a 10% improvement in network throughput*. Preconfigured physical infrastructures More data centres are adopting modular design philosophies to meet the demands of consolidation, virtualisation, and implementing cloud architectures. Panduit helps reduce deployment times up to 65%* and mitigates the risk of adopting new technologies with reliable and robust Pre-Configured Infrastructures. Panduit utilises optimised reference designs collaboratively engineered with our partners, to enhance the physical infrastructure of their technology platforms and seamlessly integrate physical and logical systems. POWER DISTRIBUTION & PROTECTION POWER QUALITY CLIMATE CONTROL ENERGY MANAGEMENT RENEWABLE ENERGY PHYSICAL SERVICES AND TRAINING INFRASTRUCTURE 19

20 Services and Training Data centres are significant investments and require round the clock management and monitoring to ensure planned availability is maintained. Whether it is inadvertent downtime or when events are detected by NHP s Remote Services Group, the NHP Services & Training team are there - 24x7, 365 days/year. NHP will assist with a combination of rapid response on site and/or remote online assistance through our own service network to ensure that your data centre remains in peak operating performance. Trust NHP with the service and support of your data centre We ve got you covered. 20

21 POWER DISTRIBUTION & PROTECTION WARRANTY & SERVICE AGREEMENTS Extend back to base warranty period 24/7 on-site support Preventative maintenance Customise to suit individual needs PRODUCT TRAINING & SERVICES Attractive Return on Investment (ROI) Factory authorised training programs Custom locations available REPAIR SERVICE Promise to satisfy repair needs Combined Repair Centre resources with Supply Partners Optimal performance, minimal time COMMISSIONING & START UP Start-up services Assistance with the commissioning and ontime start-up of your plant FIELD SERVICE & SUPPORT On-site field service solutions Preventative Maintenance Installation and Commissioning Design and Audit Emergency Breakdown Service ENERGY AUDIT AND INCIDENT REPORTING Identify potential energy savings across your data centre Able to deliver relevant recommendations for energy improvements Can provide electrical incident reporting (ie switchboard short circuit analysis) and solution recommendation. POWER QUALITY CLIMATE CONTROL ENERGY MANAGEMENT RENEWABLE ENERGY PHYSICAL INFRASTRUCTURE SERVICES AND TRAINING 21

22 Power Protection & Distribution MEDIUM VOLTAGE SWITCHGEAR CAST RESIN TRANSFORMERS LOW VOLTAGE SWITCHBOARDS Arc Killer technology extinguishes arcs <50ms Factory automated assembly high reliability and safety Air and SF6 insulated switchgear with integrated vacuum technology Modular construction allows for customised solutions and expansion High quality, reliability and safety since 1969 Range of transformers to 40MVA Low partial discharge on windings and low losses due to high efficiency winding methods Complete resin cast windings, no oils or potential for high temperature ruptures High degree of safety and reliability, built by NHP certified builders and trained by NHP Fully type tested assemblies to AS/NZS and IEC standards Arc fault compliance ensure complete personal protection when working in close proximity Integrated energy management, monitoring and visualisation Modular construction allows for scaleable, customised solutions on onsite expansion CONCEPT PANELBOARD PDU AIR CIRCUIT BREAKERS MOULDED CASE CIRCUIT BREAKERS 22 Tier 1/2 style wall mount design enabling maximum floor space for server racks Compact 160A or 250 A main switch Grizz Bar chassis system isolates sub circuit tee offs, Increases up time, improves maintainability and reduces time to deploy site changes Generous wiring room allows easy, fast installation Optional Individual data consumption of each circuit can be measured for reporting to a EMCS or BMS via the integrated branch circuit meter Optional integrated circuit padlock off accessory (Concept Premier GrizzBar PDU) Economy and Premium models available ranging from 800A to 6300A and stocked locally High reliability due to unique contact design and efficient heat disappation design Industrial communications protcols (MODBUS, Profi-bus, DeviceNet) available across the range. High level of serviceability and maintainability ensuring a long service life with minimal power disruption Premium range features a unique double break contact mechanism, which increases durability and allows faster clearing of short circuit faults. Integrated energy check metering showing system voltage, phase currents and energy consumption Economy and Premium models available ranging from 20A to 3200A and stocked locally High performance contact mechanism, with impressive breaking capacities Field fittable accessories for easy modification Industrial communications protcols (MODBUS, Profi-bus, DeviceNet) available across the range. Integrated energy check metering showing system voltage, phase currents and energy consumption.

23 GRIZZBAR CHASSIS Maximum uptime with high reliability, safety and flexibility Superior temperature performance, runs cooler for longer Captive padlock option to tag out individual circuits. Market leading short circuit ratings Genuine 250A rating Multi pole bar ensures multiphase circuits cannot have one pole switched BUSDUCT Modular design, flexibility and scalability plug in/unplug racks as required Efficient Toughrail technology uses high grade 99% pure copper High Safety arc free installation with positive and constant force contacts Zero floor installation requirements physically located away from other cabling & sensitive IT infrastructure. Allows ease of access STATIC TRANSFER SWITCHES Hot swappable 19 rack design and floor mount options to 4000A High reliability, safety and flexibility - redundant controller and power supply, SCR controlled Remote data access in real time using variety of communication options Flexibility of both single and three phase systems AUTOMATIC TRANSFER SWITCHES Complete automatic transfer switch range from A designed for mains/ups/ Generator transition Solenoid operation ensures fast switching operations with reliable operation Mechanical and electrical interlocking to ensure safe transition Power measurement capabilities and connection to site BMS networks Operator lock-out capabilities for safe maintenance/shut downs CLOSE TRANSITION TRANSFER SWITCHES Provide the capability to transfer in a closed transition mode which prevents the momentary outages that would normally occur during a source transfer. Utilising a high speed drive system, the overlap of the normal and alternate sources is less than 100 milliseconds. When one source is not within specified limits, such as during a power failure, the transfer switch operates in a delayed transition mode. PLUGS AND SOCKETS Complete range of AS/NZ and IEC plugs and socket solutions Interlocked capabilities ensure safe, secure operation High IP66/7 ensures no ingress resulting in long life operation A, 3/4/5 pin configurations Padlockable in both on and off positions ensure safe personal protection.

24 Power Protection & Distribution LOADBREAK SWITCHES Lockable in off as standard, with door interlock features for safe maintenance Visible breaking contacts available for guaranteed isolation Motorised versions for safe remote operation Inbuilt fuse solutions for addition overcurrent protection ARC DETECTION RELAYS High speed arc fault detection (1ms) to prevent equipment damage Both point and fibre senses so that any switchboard configuration can be covered Adjustable light sensitivity to reduce nuisance tripping and downtime Sensor self-supervision for reliable operation MINIATURE CIRCUIT BREAKERS Available in three different trip curve types to improve selectivity Quick reset reduces downtime when compared to fuses Current limiting to reduce letthrough energy to downstream equipment INTEGRAL EARTH LEAKAGE CIRCUIT BREAKERS Fully functional overload/short circuit protective device Inbuilt earth leakage protection for machine and personnel protection Fast tripping time ensures maximum safety Available in compact frame sizes HMI Allows convenient control and monitoring of switchgear from a remote location Isolates operator from potential hazards Can monitor and record trip events and remotely reset and reclose circuit breakers Password protected for security and system integrity SECONDARY INJECTION TESTERS Used with ACBs and MCCBs Simulate CT output to check functionality of overcurrent relay Battery or mains powered for convenience 24

25 Power Quality FLOOR STANDING UPS RACK MOUNT UPS BATTERY SYSTEMS HARMONIC MITIGATION Green Power 2.0 range from 10kVA to 4.8MVA High availability, ultra high energy efficiency and maximum power available Dual input mains for redundant operation, internal maintenance bypass function and backfeed protection circuitry Modular construction allows for customised solutions and expansion Maintenance software for continuous 24/7 monitoring NETYS RT from 1.1kVA to 110 kva IEC input and output connections with magnetothermal input switch Compact footprint, saves floor space and rack space Wide range of communication protocols for integration into LAN networks or Building Management Systems (BMS). 1+1 parallel redundant configuration to maximise the availability of critical utilities Premium range of battery systems, maintain uptime and availability Backed by NHP s service network 24/7/365 High power density, efficient design results in longer runtime Multilpe discharge/recharge capabilities Up to 300 A active and 250 kw passive solutions 3-wire and 4-wire options Quick response time less than 300µS for active filter Automatically adapts to changing network topologies Optimised for maintenance SURGE PROTECTION Low energy consumption, low heat dissipation with intelligent cooling controls High reliability, reduced maintenance, reduced installation time Remote management and BMS connectivity Low total costs ownership - scalable, flexible solution Power share for extended back-up time & built in batteries DC RECTIFIERS Low energy consumption, low heat dissipation with intelligent cooling controls High reliability, reduced maintenance, reduced installation time Remote management and BMS connectivity Low total costs ownership - scalable, flexible solution Power share for extended back-up time & built in batteries POWER FACTOR CORRECTION Systems up to 800kVAR which provide the ability of onsite expansion Decreases mains loading and provides improved power conditioning to site Enhanced voltage regulation Central, group or individual reactive compensation Reduction in energy costs when billed with kva tarriff 25

26 Climate Control PRECISION AIR CONDITIONING RACK AIR CONDITIONING PRECISION AIR CONDITIONING CHILLERS Horizontal air conditioning cooling solution for high density rack installations - cold air reaches rack via shortes route Complete separation of racks and cooling allows for simplier design and increased reliability Maintenance front and rear for quick scheduled maintenance programs No cables or refridgerant lines requried between the rack and the air conditoning system - quick and simple installation, saves time and cost BMS connectivity Suitable for high rack density, high precision cooling, maximum reliability & energy efficiency Consumes up to 60% less energy than conventional air conditioning systems Made in Germany, high quality engineering Scalable solution to allow up to x20 air conditioning modules per bus system Small footprint, minimal space requirements BMS connectivity Water is the most efficient medium for heat transfer - used in closed loop air conditioning systems Provide up to 1.5MW of cooling capacity Indoor and outdoor solutions REAR DOOR HEAT EXCHANGERS IT AIR CONDITIONING High density rack cooling solutions 4-40kW Passive liquid cooled heat exchanger Replaces standard rear panel on 19 racks Reduced TCO through efficient cooling solutions Easy installation, expandable, low infrastructure investment High density rack cooling solutions 4-40kW Passive liquid cooled heat exchanger Replaces standard rear panel on 19 racks Reduced TCO through efficient cooling solutions 26

27 Renewable Energy SMALL SCALE SOLAR INVERTERS Quality small scale solar inverters (1.5kW - 5kW) made in New Zealand High frequency transformer type Outdoor IP 55 protection Integrated approved DC and AC isolators Built-in Wi-Fi and stats package Front mounted heat sink allowing more airflow, runs cooler and is easy to clean. PREMIUM MEDIUM SCALE INVERTERS Premium medium scale solar inverters (3.7kW kW) made in Germany Single phase and three phase models Outdoor IP 65 protection 3 independent MPP trackers on 3 phase units Easy commissioning and install Excellent performance in high ambient temperatures SUNWAY STATION The Sunway Station is the simplest solution for large power plants due to its compact plug & play design. The most powerful model contains two inverters and has a max rated AC power output of 1.3MW All Stations are fully tested prior to shipping and installation - the installation times are thus greatly reduced. Integrated Monitoring MODULES German engineered Polycrystalline solar panels Anti PID technology - No power loss caused by potential induced degradation 7 world records in efficiency Independently tested in Germany Tested for wind / snow loads up to 5400 p.a - strong in every weather condition 27

28 Energy Management ENERGY METERS High accuracy kwh reading DIN mount, Panel mount, convertible or multi circuit monitoring. Approved for revenue grade metering User friendly simple and easy installation POWER MONITORS Very high accuracy readings modular technology for customised solutions and expansion Large list of measured and calculated variables Modular construction allows for customised solutions and expansion Compatible with all common communication protocols Approved for revenue grade metering SUB CIRCUIT MONITORING High accuracy kwh reading Monitors each individual sub circuit Large list of calculated and measured variable Easily mounts inside the PDU Field deployable Integrated communication allows for simple data interrogation. CURRENT TRANSFORMERS Large range of sizes Split core or Solid Core available Precision class, metering class and Protection class available TIMERS AND CONTROL RELAYS Phase monitoring relays protect HVAC equipment from phase imbalance issues Time delay relays used to control Air Conditioning & Lighting Highly reliable and accurate Easily accessible knobs for setting time and adjusting LED indication of relay status IP 20 touch-proof terminals ELECTRICAL INCIDENT REPORTING Installs into a main switchboard High speed monitoring of any fluctuations in switchboard voltage and current Reports automatically generated and can be pushed via or pulled via a BMS On-board programmable contact inputs and outputs Integrated 12VDC, 2hr backup battery 28

29 EMS SOFTWARE A simple and easy to use graphic interface Load and trend analysis tools to assist with strategic decision making A cost effective solution for up to 800 meters Easy customisable automated reports triggered on demand, on set points or scheduled DUPLINE Simple and easy installation Up to 10km transmission distance without repeater, no special cable requirements Flexible, free topology Extremely noise immune Bus powered devices available EMCS SOFTWARE Combines data communication, client-server applications, and Microsoft s advanced.net Web technology to provide a complete energy-management solution. A sophisticated Web-enabled, energy management software package that puts critical energy information at your desktop. Capture, analyse, store, and share energy data across your entire enterprise via a LAN or WAN using a simple Web browser. Allowing real-time decision making and automated control of sites PLCs A simple and ease of use controller Three embedded communication port including Ethernet port provides web server capability, capability and protocol support for DNP3 protocol support Built-in LCD with backlight allows you to view controller and I/O status, and provides a simple interface for messages, bit / integer monitoring and manipulation Expand your application capabilities with up to 7 expansion I/O modules for a maximum of 256 discrete I/O 29

30 Physical infrastructure PHYSICAL INFRASTRUCTURE MANAGEMENT SOFTWARE Process documentation of IT assets, moves, adds, and changes (MACs) Centralized monitoring of IT assets through a single platform Potential physical network security breaches Root cause analysis of physical network problems Mitigate business risks, drive operational efficiencies, reduce CAPEX/OPEX, optimise capacity management and allow remote management ENERGY EFFICIENT CABINETS Integrated thermal solution cabinets, help reduces data centre energy costs by up to 40 percent. Includes solutions for cable management and in-cabinet ducting options to promote improved airflow Cold Aisle Containment System (CAC) provides a physical separation between the cold air and the hot exhaust to improve cooling efficiency and reduce energy consumption. In-cabinet ducting can be used to optimise cooling system efficiency by establishing front-to-back airflow patterns throughout the cabinet CABINET TOP CABLE ROUTING Integral cable top routing system that protects, routes and manages large quantities of power & data cables Integrates with other cable pathway products Provides up to 30% reduction in cable installation costs HIGH DENSITY CABLING SOLUTIONS Modular snap in fingers align with rack spaces to simplify cable management, Provides correct bend radius control and organizing cables for faster moves, adds and changes and installations. Open rail mounting in cabinets creates more cable management space and equipment positioning flexibility Zero RU E-Rail vertical patching adds capacity and improves floor space utilization by 10% Out-set cable entry on cabinets improves floor space utilisation by 5% HIGH SPEED DATA TRANSPORT Complementary copper and optical fiber technologies for mission critical data centre applications and improve network s throughput, latency and availability. Superior bit error rate (BER) means a lower packet error rate (PER) of the network improving performance and reliability HSDT Direct Attach Copper (DAC) cable solutions provide the lowest latency and the lowest power dissipation 10GBASE-T Ecosystem range of solutions is the newest generation of the IEEE standardized copper twisted pair COOL BOOT AIR SEALING Protects leakage of air from cabinets when cable penetrations are required Flexible, easy to mount, can be used in new or retrofit applications Electrostatic dissipating material provides a pathway to ground to reduce the chance of corrupting equipment with electric shock Cable tie closure allows multiple cable bundles within same opening for greater flexibility 30