Renewables Academy RENAC

Transcription

1 Renewables Academy RENAC Catalogue of Services Training, Education and Capacity Building for Renewable Energy and Energy Efficiency 1

2 CONTENT WELCOME TO RENAC Content 2 Our Topics 4 Training References 6 Training Courses 8 Open Training, Summer School 9 Online Training 10 Training À La Carte 13 List of Training Courses 14 Introduction to Renewable Energy (RE) 14 Tendering and Evaluation of RE Projects 15 Photovoltaics 16 Concentrating Solar Power 23 Solar Thermal 24 Wind Energy 26 Bioenergy 30 Combined Heat and Power 32 Small Hydro Power 33 Hybrid Systems 34 Electrical Grids 36 Water Desalination 38 Energy Efficiency 39 Master s Degrees 44 GPE New Energy 44 MBA Renewables 46 Capacity Building Services 48 Capacity Needs Assessment 48 Development of Curricula & Training Material 49 Train-the-Trainer Programmes 50 Turnkey Training Centres 51 Quality Assurance 52 Market Development and Consulting 53 Business Matchmaking 53 2 Delegation Programmes 54 Consulting 55 Short-term Experts for International Missions 56 Selection of References 59 The rapid growth of renewable energy and energy efficiency markets worldwide has led to an increased demand for expertise and qualifications throughout the industry, financial institutions, project developers, grid operators, regulators, local administration and policy setting bodies. Our belief is that knowledge and experience are key factors for the sustainable development of clean and secure energy supplies. This catalogue gives a good overview of the broad range of knowledge services RENAC provides. As an international specialist for trainings on renewable energy and energy efficiency, we are offering a very broad range of trainings and capacity building services. Our objective is to transfer knowledge with a strong practical orientation to professionals who are active along the whole value chain of green energy technologies. Since our founding in 2008, we have trained over 4,000 participants from more than 130 countries. Through training and capacity building, we aim to spread internationally the necessary know-how in renewable energy and energy efficiency, and to facilitate the international exchange of expertise and experience. Have a look if our training topics and services are of interest for yourself or your institution or company. Your RENAC Team RENAC is certified according ISO

3 OUR TOPICS RENAC specialises in training, establishing capacity building structures and market development support for green energies, meaning renewable energy and energy efficiency. The technologies we cover are: solar photovoltaics (PV), solar thermal, concentrating solar power, wind power, bioenergy, hydro power, hybrid technologies, grid integration of renewables and energy efficiency in industry, commerce and the built environment. To support the rapidly developing green energy markets, we offer educational services and training covering the whole value chain. We deliver customised educational content starting from the set up of political frameworks, to economics and financing, through to design, installation, operation and maintenance. Bioenergy Wind Energy Training along the Value Chain Resource Assessment Spatial Planning Licensing Planning and Design Photovoltaics Solar Thermal Concentrating Solar Power Finance Manufacturing Energy Efficiency 4 Transport and Installation Operation and Maintenance Repowering Grid Integration of Renewables 5 4 5

4 TRAINING REFERENCES Multipliers and development organisations: Public sector officials for legal frameworks, regulation and implementation: Ministries Regulators Local administrations Development corporations Energy agencies International financing institutions NGOs Private sector: Project developers System integrators Capacity building and dissemination sector: Public and private training institutions 6 Engineers and technicians Investors Financing institutions Vocational training institutions Universities 7 Grid operators 6 7

5 TRAINING COURSES OPEN TRAINING Our aim is to maximise know-how transfer by providing high quality training that builds on the existing skills and experience of our trainees and answers current market needs. We want to make learning exciting and effective and so apply interactive methodologies and practise-oriented tools in our courses. To maximise learning outcomes, RENAC has a well-equipped Training Center that encompasses: PV, solar thermal and wind power systems, together with energy efficiency technologies and grid-connection simulators. Experimental kits that help to demonstrate the principles of renewable energy and energy efficiency technologies. Training rigs that enable realistic simulation of solar and wind systems. A computer lab that allows system simulations using state-of-the-art design and planning software. A demonstration area with sample components and information panels showcasing a broad range of technological applications. A demonstration area with sample components and information panels, showcasing a broad range of technological applications. 8 For training at your location anywhere in the world we can bring our Mobile Training Center for photovoltaics, solar thermal, wind energy and energy efficiency. Open Training RENAC offers a number of Open Trainings for individuals, which take place in our Training Center in Berlin. As our participants usually come from a variety of countries, all Open Trainings are conducted in English. Most courses are between 2-5 days long and have a maximum of 16 participants. RENAC continuously updates its Open Trainings according to market needs. Information about the latest programmes can be found on our website. Summer School The RENAC Summer School is an exceptional opportunity to get an insight into renewable energy or energy efficient technologies while spending the summer in Berlin, the German capital. This is achieved through a blend of up-todate theoretical lectures, state-of-the-art practical exercises and field excursions. Participants have the choice to attend for one or more weeks according to their interest. The first week of introduction to renewable energy technology and the third week of introduction to energy efficiency suits the needs of professionals who want to enhance their career prospects by getting a comprehensive overview of green energy technologies. During the second week, participants study in depth diverse technological aspects. The training is updated every year based on industry trends. The RENAC Summer School serves as a platform to study in a team with professionals from many different countries while bringing the renewable energy know-how to perfection. Suitable for: People working in the industry-, Nonprofit-, public- and academic sectors who wish to get a comprehensive introduction to renewable energy technologies Duration: 5 days per course 9 Training Courses

6 TRAINING COURSES ONLINE TRAINING Online Training RENAC s objective is to make knowledge on renewable energies and energy efficiency available worldwide, for clients in any location or time zone. For this purpose, RENAC offers online trainings on renewable energy technologies. The e-learning programmes are structured in small comprehensive units of instruction, and learners are guided from one screen page to the next to work through the material step-by-step. In order to facilitate the learning process, RENAC has conceived an interactive experience: while written study material is the centrepiece of every online course, graphics, videos and tables illustrate the course content. Most learning modules are accompanied by self-assessment exercises. Additionally, the online platform enables communication with professors and fellow students. At the end of the training, participants can take a final test. Biogas Online Training This biogas training in Spanish language gives participants the possibility to gain profound knowledge about the basics of biogas and biogas projects, the design, implementation and operation of biogas plants, safety aspects, and political and economic aspects such as frameworks, support schemes and financial viability. Introduction and classification of biogas technology Plant components and energetical conversion Planning and implementation of biogas plants Economics, financing and assessment of economic viability Project control Language: Spanish 10 Duration: About 70 hours study time ReGrid Basic Online Training on Grid Integration, PV, Wind Power and CSP ReGrid is RENAC s programme for Capacity Building on Integration of Large Amounts of Renewable Energy into the Electricity Grids. The ReGrid Basic Online Training covers basic knowledge on wind and solar energy and grid integration. Participants who pass the online exam will receive a ReGrid Basic certificate. This online training is meant for anyone who wishes to acquire basic knowledge about renewable energy, for private or professional purposes. Support is available via and a discussion forum, one virtual classroom (live conference) is included in the training. The training is certified by the German central office for distance learning (Zentralstelle für Fernunterricht, ZFU). A new training session starts at the beginning of every quarter of the year. Photovoltaic (solar radiation, plant components, technologies, grid-connected and off-grid systems, energy yield calculation, parameters for plant design) Wind power (wind as a resource, physical basics, turbine elements, energy yield calculation, wind farm planning) Concentrating solar power (potential, technologies, plant cooling, electricity storage, energy yield calculation) Frequency and voltage control (basic technological principles governing the operation of electrical power systems, frequency and voltage control, power system stability in the event of contingencies, grid codes) Duration: About 50 hours study time 11 Training Courses

7 TRAINING COURSES TRAINING À LA CARTE ReGrid Advanced Online Trainings for Grid Integration of Renewable Energy The training is useful for persons who would like to learn more about methodologies to plan and operate electricity systems with large amounts of wind and solar power, and to learn how to manage transformation processes in their energy system and/or company towards large amounts of wind and solar power. The course material is suitable for persons who passed a technical university study or who have comprehensive practical experiences in the planning and operation of electricity grids / power systems. The knowledge of the previous ReGrid Basic training is recommended as a prerequisite for the ReGrid Advanced Online Training. Participants who pass the online exam will receive a Certified ReGrid Manager certificate. Tools and methods for developing temporal and spatial highly resolved scenarios for electricity generation from wind, PV and CSP Generator concepts for renewable generation Short-term prediction of wind and solar power Balancing power, grid codes for renewables Generation expansion planning of systems with a high share of wind and PV generation Grid integration studies and system integration studies Storage 12 Duration: About 200 hours study time For more open online trainings check our webpage for regular updates: Training À La Carte Job requirements in the green energy industry are complex. To ensure a company or organisation s success, employees need extensive skills and up-to-date know-how. Tailor-made trainings offer the best way to meet these particular needs: our customised courses are based on a modular training concept. In cooperation with our clients, we put together individual training contents according to the required capacity needs. Additionally, the training can be adjusted in duration and depth, and organised for groups of various sizes, different levels of know-how and to cover various technologies. Clients can determine when and where the training takes place. Training topics can be found and complicated from the following course descriptions. Renewable Energy Technologies: PV (grid-connected and off-grid) Solar thermal Concentrating solar power Wind energy Bioenergy Hydro power PV-diesel hybrid systems Grid integration of renewables Energy Efficiency: Energy Efficiency in industry Energy Efficiency in commerce Energy Efficiency in the building sector Energy Efficiency in generation and distribution 13 Training Courses

8 LIST OF TRAINING COURSES Introduction to Renewable Energy This course is ideal for those who are new to renewable energies or would like to start a career in this field. Through a combination of instructor-led training and hands-on workshops, participants get a comprehensive overview of the main renewable technologies. At the end of this course, they are able to assess the appropriateness of each technology for different situations and undertake initial system designs. Additionally, the course presents an overview of the renewable energy markets and latest trends. Those new to the industry will come away equipped to communicate effectively with both technology suppliers and customers. Overview and impact of renewable technologies Solar electricity: grid-tied and off-grid PV Solar thermal technology for solar water heating, solar cooling, process heat and generation Solar thermal electricity generation Wind power: large grid-tied turbines, wind farms, smaller grid-tied turbines and off-grid Bioenergy: woodchips and wood pellets, biogas, biofuels Small hydro, grid-tied and off-grid System design and sizing Project assessment and planning Finance and investing in renewable energy Suitable for: Anyone with no or little knowledge of renewables, technicians, sales persons, members of public bodies, governmental and non-governmental organisations Available as: Face-to-face Training, Open Training 14 Duration: 3 days Tendering and Evaluation of Renewable Energy Projects Tenders are a frequent necessary step that companies have to take to be able to win a project. However, these are often complex processes. This course enables participants to understand the types of tendering processes and steps to follow for mega-watt turnkey grid-connected renewable energy power plants. Content of the tender: Terms of reference Invitation to and rules governing the tender Evaluation criteria Information from the originating company Conditions of contract General provisions Variations, suspension and cancellation Testing the facility, start-up and takeover Invoicing, payment and the granting of security Breach of contract, force majeure, liability and insurances Evaluation of bids: Analysis of bids Selection of process and ranking criteria Suitable for: Engineers and representatives from financial and legal departments of ministries or private companies, Engineering Procurement Construction, project developers Available as: Face-to-face Training Duration: 4 days 15 List of Trainings General Info

9 LIST OF TRAINING COURSES PHOTOVOLTAICS Introduction to Photovoltaics This training course introduces the fundamental aspects of photovoltaics (PV), covering off-grid and grid-tied concepts as well as the different technologies available on the market. The course categorises PV applications and explains components of PV systems. Upon completion, participants are able to illustrate the basics of system design and list the tasks involved in PV project management. Our experts also discuss cost structures, revenues and financing of PV plants and perform an interactive economic assessment workshop to analyse PV projects. PV cell physics: photovoltaic effect PV technologies (thinfilm, silicon based) Cell types and efficiency Terms and definitions: current, voltage, power Orientation and inclination Optimizing radiation on the array Effects of shading Siting criteria Suitable for: Professionals interested in the fundamentals of PV systems, investors and members of public institutions Duration: 2 days Management and Economics of PV Projects In this course, participants gain the essential information to successfully implement large-scale PV projects from initial concept to full operation. Common PV technologies and typical PV system configurations, components and costs are covered. Additionally, participants learn to assess market conditions and indentify barriers and project opportunities. The course shows how to perform a feasibility study, organise suitable finance including the use of public support schemes as well as how to develop an appropriate market entry and sales strategy. Introduction to PV technology Typical PV systems and applications Recent developments in the global PV market and outlook Current energy policies and financial support schemes Management of solar projects with case studies Market analysis and development Sales strategies and marketing Solar investments Economic assessment and financings Suitable for: Management from wholesalers, system providers, project developers, Independent Power Producers, PV engineers and electricians, management and sales staff, civil engineers Duration: 3-5 days List of Trainings 16 17

10 LIST OF TRAINING COURSES PHOTOVOLTAICS PV Engineering Training: Off-Grid Applications This hands-on workshop teaches how to design and install a PV off-grid system. By the end of the course, participants know about the various components making up an off-grid system. Topics such as system design and sizing as well as component selection, simulations and monitoring are presented. The course also focuses on the challenges that may arise during installation, together with strategies for problem solving. Introduction to off-grid systems Configuration of PV off-grid and hybrid systems Solar irradiation Components: technical properties, sizing and preparation Solar cells and modules Mounting systems Inverters and charging regulators Batteries and battery configurations Solar water pumps System design Economic aspects, marketing and sales, project management Suitable for: Engineers, technicians, project developers, system providers, manufacturers and Spanish 18 Duration: 5 days PV Engineering Training: Grid-connected Applications This course shows how to design and install a grid-connected PV system and become familiar with the main aspects and key challenges of the technical implementation of PV projects. Participants study the components of a PV system and learn to distinguish the different types of modules and inverters, as well as to identify the connection methods. Under guidance of our experts, participants design and simulate systems in design workshops and apply the sizing and designing skills gained during the course. Practical sessions not only instill confidence in utilising PV, but also give an in depth insight into the specific issues that might arise during installation, commissioning, as well as operation and maintenance. Introduction to solar energy Solar radiation Components and system design Evaluation of sites Grid connections, commissioning and functional test Lightning and surge protection System monitoring Economics Financing models and markets Suitable for: Engineers, technicians, project developers, system providers, Independent Power Producers, grid operators and Spanish Duration: 5 days 19 List of Trainings

11 LIST OF TRAINING COURSES PHOTOVOLTAICS PV for Technicians and Installers Good craftsmanship during PV system installation and operation is crucial for guaranteeing high solar electricity yields. In this practice-oriented course, installers and technicians learn the necessary skills and gather the PV specific knowledge needed during construction, commissioning and operation of grid-tied and/or off-grid systems. Participants are introduced to all electrical and mechanical system components and learn how to handle and to install them conforming to industry standards. Commissioning procedures as well as operation and maintenance standards and concrete working steps are explained in detail. Working principles of photovoltaics Technology-specific aspects PV system applications Site survey Grid-tied and/or off-grid system components Battery handling Mechanical integration Good working habits Monitoring, operation and maintenance Troubleshooting Suitable for: Technicians, installers, electrical installation companies, staff from utilities who install or who are in charge of supervising solar installations Large-scale Photovoltaic Projects This training focuses on specific topics relevant to the implementation of large-scale grid-connected PV systems. Participants study the system components and design, and connection to the grid. During the course, activities related to monitoring, as well as operation and maintenance are highlighted. Additionally, participants receive an insight on project management, financing and cost calculations. Large-scale system components System design Quality assurance, construction and installation Frequent faults, technical due diligence Operation and maintenance, monitoring Grid-connection Project management, economics and financing Suitable for: Engineers, project developers, system providers, power producers, consultants, grid operators Duration: 3 days List of Trainings and Spanish Duration: 5-8 days 20 21

12 LIST OF TRAINING COURSES PHOTOVOLTAICS CONCENTRATING SOLAR POWER Understanding PV: Technical Training for Non-technicians Introduction to Concentrating Solar Power (CSP) This course teaches the technical fundamentals of PV to those who have little or no technical background. At the end of the course, participants gain a good overview of the various components of a PV system, their functioning and specifics. The training explains the importance of selecting the right components, correct installation and the overriding significance of the location of a PV system. In this way, participants gain important guidelines for the assessment of PV projects. The practical training includes exercises using special training equipment to understand how a complete PV system works. Introduction to PV technology Typical PV systems and applications Recent developments in the global PV market and outlook Current energy policies and financial support schemes Management of solar projects with case studies Market analysis and development Sales strategies and marketing Solar investments Economic assessment and financings Suitable for: Business people, consultants, financial institutions, insurance companies, sales representatives, lawyers and other professionals who need an insight into the workings of photovoltaics Duration: 2 days Participants will learn about the fundamentals of the current CSP technologies, the state of the technology and the possible applications. The course also covers storage technologies, power generation, operation and maintenance and the choice of location for a plant. An introduction to project management will enhance the understanding of the key implementation steps and the key success factors for a CSP project. The theoretical part of the course is complemented by an investigation of the economic feasibility of CSP. The course also includes the use of modeling software to investigate the effects of various parameters (natural factors, costs, finance). Overview of CSP technologies and future development Power generation Selection criteria for sites System simulation and design Operation and maintenance of CSP systems Cooling and desalination Project phases and time scales Tendering procedures Business models, finance and risk assessment Economics Suitable for: Engineers, project developers, consultants, ministries, public authorities, grid operators and utilities, those in the building sector Duration: 3-4 days List of Trainings 22 23

13 LIST OF TRAINING COURSES SOLAR THERMAL Introduction to Solar Thermal This course is ideal for people who are new to solar thermal systems or who have only a basic technical background. Participants learn the fundamentals of the technology as well as its multiple applications. Overall, the training covers the management and economics of a solar thermal project. The second day focuses on basic system design and the implementation of certifications and standards. Additionally, participants visit a project site in order to experience how solar thermal systems work in real life. Introduction to solar thermal technology Applications Project management and economics Standards and keymark Basic system design Suitable for: Professionals interested in the fundamentals of solar thermal systems, investors and members of public institutions and Spanish Duration: 1-2 days Solar Thermal Systems for Hot Water Provision This practice-oriented course offers insights into all stages of solar thermal projects for hot water generation from design and installation through to commissioning, operation and maintenance. Participants learn about different system configurations and carry out system design and simulation. It includes energy and feasibility assessment, site analysis and an evaluation of prospective power yields using suitable simulation software. Numerous practical exercises will be carried out on RENAC s training rigs with industry standard solar thermal components. Potential of solar thermal energy and typical hot water demand Solar hot water system configuration and simulation Installation and commissioning with practical exercises Operation and maintenance Economics of solar thermal systems Guided field trips Suitable for: Heating engineers and plumbers, civil engineers, projects developers, sales engineers active in the building industry, members of government bodies, students and Spanish Duration: 5 days List of Trainings 24 25

14 LIST OF TRAINING COURSES WIND ENERGY Introduction to Wind Energy This course covers the fundamentals of onshore wind power for participants with a non-technical background. Students learn how to measure the wind resource, how to carry out an energy analysis for a wind farm and how to calculate the annual energy yield. The course provides an understanding of wind turbine technology, grid connections, licensing requirements and environmental impacts. Additionally, participants get an insight into the global market trends and the parameters that influence the economics of wind farms. Practical exercises complement the theoretical material to ensure an optimal learning outcome. Meteorology Wind assessment Wind turbine technology Grid integration Wind farm design Energy yield Economics of wind farms Licensing, spatial planning and environmental impact External effects Suitable for: Non-technicians, advisors, consultants, employees of finance or insurance institutions involved with renewable energies, career starters, students 26 Duration: 3-5 days Wind Farm Financing This course provides the practical skills for sound financial planning of wind farms. Participants learn about cash flow analysis, equity and debt financing together with the requirements for due diligence for a complex wind farm project. The course covers topics such as analysis of cost structures, contracts and revenues, as well as financing instruments and financial viability of projects. Practical exercises complement the theoretical material to ensure an optimal learning outcome. Case studies in groups and the presentation of working group results help participants to become familiar with the challenges of putting the theory into practical use. Participants work on costing, sensitivity analysis, risk assessment, preparing equity and debt financing proposals, energy yield calculations and much more. Current status and future trends of wind energy Investment, operation and maintenance costs Wind resource assessment in feasibility studies Wind power on the spot market Purchase agreements for power Support mechanisms, portfolio financing Balancing sheet financing Assessment of project risks and risk sharing Suitable for: Developers, lenders and other professionals who wish to extend their know-how on wind energy financing and the due diligence process Duration: 3-5 days 27 General Info List of Trainings

15 LIST OF TRAINING COURSES WIND ENERGY Wind Farm Planning and Design In this course, participants gain the theoretical and practical skills required for wind farm planning and design, especially for complex wind farm projects. The course provides an overview of the planning steps and includes: constraints on wind farm planning, wind farm layout and siting, wind farm operation, Supervisory Control And Data Acquisition (SCADA) systems, contracts and insurance, mitigation of environmental impacts and cash flow analysis. A heavy emphasis is placed on practical work, with numerous exercises such as noise and shadow calculations or improving wind farm performance. The training includes an introduction to planning software and a field trip. Basics of wind energy Wind farm planning and layout Typical wind farm projects Shadow and noise Planning software Turbine technology and calculations SCADA systems Contracts and insurance Environmental impacts and issues Standards and regulations Suitable for: Professionals with responsibility for planning and design of wind farms, or from the finance and insurance sector 28 Duration: 3-5 days Wind Farm Operation & Maintenance The emphasis of this course lies on an understanding of good maintenance strategies for onshore wind farms. The course examines different maintenance strategies in detail, how they can be adapted to the wind turbine technology, maintenance of the electrical and hydraulic system and rotor blades. It also looks at guarantees and warranties, safety aspects, personal safety equipment, communication structures and procedures, condition monitoring systems and documentation. In addition, the course provides advice on how to improve the wind farm performance. At the end, participants are able to draft an operation and maintenance (O&M) strategy for a wind farm. O&M strategies Understanding wind turbine technology Performance characteristics Maintenance of rotor blades, electrical and mechanical systems Guarantees and warranty Safety aspects Documentation, practice inspections Tools for O&M Aspects of financing and investments Field trip Suitable for: Professionals responsible for the planning of operation and maintenance of wind farms Duration: 3-5 days 29 General Info List of Trainings

16 LIST OF TRAINING COURSES BIOENERGY Introduction to Bioenergy Bioenergy as a renewable energy resource offers many advantages. It can be converted into various forms of secondary and final energy. Even better than this, it is storable, so it can be converted right at the time energy is needed. This course is directed towards newcomers in the bioenergy sector, offering a comprehensive introduction to all relevant legal, economic and technical aspects. Participants learn about various frameworks and approaches for the support of biogas and biofuels, their market entry, costs and technological developments, plus how to start planning a biogas plant. Introduction to biogas and biofuel technologies Project phases and stakeholders, project management Legal aspects of plants Quality management Market development Costs and project financing Experiences of a biogas plant with biowaste Gas utilisation Technical developments Framework conditions Suitable for: Those interested in expanding their business and knowledge to the field of bioenergy Duration: 5 days Biogas This course is designed to provide newcomers to biogas technology with profound know-how about the essential steps when planning to implement a biogas plant. Participants will gain an understanding about both technical and economic aspects of biogas plants. They will become familiar with different substrates and technologies for biogas production and study the single planning steps; from the assessment of biomass resources through to plant operation. Furthermore, economic calculation of the plant feasibility plus different financing mechanisms is covered in this course. Technology Review Classification of biogas plants Anaerobic digestion Biogas feedstock Energetical conversion of biogas Digestate as fertilizer Development and feasibility assessment of biogas projects Quality management Biogas plant design exercise Costs, profitability and financing Promotional frameworks and mechanisms Suitable for: Parties interested in learning about biogas plants, policymakers, investors, members of public institutions, engineers, farmers Duration: 2,5-5 days List of Trainings 30 31

17 LIST OF TRAINING COURSES COMBINED HEAT POWER HYDRO POWER Combined Heat and Power Combined heat and power (CHP) is an efficient and clean approach to generating electric power and useful thermal energy from a single fuel source. This course provides the technical skills for evaluating the feasibility of a CHP plant, plus the designing, implementing and operating. Starting from a review of the technology, students learn about the energy balances and the most important aspects for evaluating the feasibility of a CHP project. Other topics are the technical design planning of the plant, environmental impact assessment, permitting and other legal boundary conditions, economics and financing, as well as risks and obstacles. Operational aspects like implementation, commissioning and maintenance are also considered. Case studies and specific software are provided for making the learning path more effective. Technologies: engines/micro-turbines, heat storage, extraction of heat and cold and integration into existing systems, technical challenges and solutions, best-practice examples Energy balances Fuels and fuel related planning and safety aspects Site aspects, existing infrastructure and integration aspects Technical design planning Permitting and other legal boundary conditions Economics & financing Implementation and commissioning Calculation tools/software Small Hydro Pre-feasibility and Feasibility Study This course goes step-by-step through the process of performing pre-feasibility and feasibility studies for micro and small hydro power schemes. It is targeted mainly at off-grid electricity generation for rural communities but can be adapted for grid-connected applications. It covers resource assessment, performing river flow analysis, undertaking environmental and socio-economic surveys, demand assessment, civil engineering of hydro power scheme structures, electro-mechanical engineering, financial analysis and local management of hydro power schemes. Physics of hydro power Head and flow assessment: desktop and on-site study Geological and environmental surveys Demand assessment, socio-economic aspects Civil engineering preliminary design Electro-mechanical engineering preliminary design Energy yield assessment Economic analysis and financial plan Management plan; legal and regulatory aspects Suitable for technical participants: Engineers, geologists, hydrologists, social scientists, representatives from the environment agency, planning department, electricity network List of Trainings Suitable for: Engineers (mechanical, electrical, chemical, industrial, and process engineers), technicians Duration: 4 days 32 Duration: 4 days 33 General Info

18 LIST OF TRAINING COURSES HYBRID SYSTEMS PV-diesel Hybrid Systems Substantial fuel cost saving potential has made PV technology the centre of attention for diesel grid operators. This workshop focuses on large and pure PV-diesel hybrid systems without battery storage. PV and diesel generators as well as the characteristics of solar resource are firstly described in detail. Then, participants are introduced to the analysis of load demand patterns in order to prepare for the next step: the economic and technically optimal engineering of a PVdiesel system. Finally, power balancing issues and technical solutions for the integration of PV generators into mini-grids, such as fuel saving controllers, is explained. Photovoltaic generators Solar resource characteristics Diesel generators and diesel grids Energy demand profiles and evolution forecast Designing PV-diesel hybrid systems Grid management and integration of a PV generator Operating PV-diesel hybrid systems Economic analysis and optimisation, business models Suitable for: Non-technicians, advisors and consultants, bank employees responsible for the financing of renewable energy, insurance company employees, students Duration: 3-4 days Hybrid Mini-grid Power Systems The design and economic optimisation of grid independent power systems that incorporate conventional and, potentially, several renewable power sources is a complex task. This course guides participants through all the important system planning steps, from analysing feasibility, through to engineering and the set-up of economically sound power systems. The emphasis lies on understanding various generator technologies (PV, wind, hydro power and diesel gensets), storage batteries and their interaction in a minigrid. Economic optimisation and project planning are also key elements of this course. Detailed system engineering is discussed in an extended version of this course. Feasibility and potential analysis Hybrid mini-grid power system concepts PV, wind, hydro power technologies Diesel gensets Storage batteries Mini-grid management Load analysis Designing, optimising, commissioning and operating hybrid mini-grid power systems Economic analysis and optimisation Project planning and managements Suitable for: All audiences, level and topics are adjustable to specific requirements of individual groups Duration: 3-5 days List of Trainings General Info

19 LIST OF TRAINING COURSES Grid Introduction to Grid Integration Power forecast for grid operation Re- ELECTRICAL GRIDS RID Grid Integration of Renewables This two-day training offers an overview of the main concepts for the successful integration of renewable energies into the electricity grid. On the first day, participants learn the different generator technologies available to grid-connection. Additionally, essential aspects such as voltage control and frequency stability are discussed. On the second day, participants focus on the different studies that need to be carried out. This part is completed with the analysis of real studies conducted at different locations worldwide. Generator technologies for the grid-connection of renewable energies Studies about the grid integration of renewable energies System planning studies System operation studies International studies about the grid and system integration of wind generation Suitable for: Professors in electrical engineering, mechanical engineering and physics Duration: 2 days The seminar focusses on important aspects of the grid integration of renewables into all voltage levels of the transmission and distribution grid. During this seminar, strategies and approaches, plus strategy development, is examined. Participants learn how to implement power forecasts, handle balancing needs, cover peak load, develop and implement advanced grid codes, adjust the investment in and operation of fossil power plants to accommodate fluctuating renewable energy sources, and to implement data control centres for renewables. Managers are informed about the economic and technical implications of large amounts of renewable power being fed into the national grid. Engineers will also learn the modelling and simulation of power networks with renewable energy sources, advanced grid codes and power quality requirements, or advanced technological solutions for grid integration. High resolution scenario methodology Balancing power Security of supply/capacity credit Grid codes Conventional power plants and renewables Storage Suitable for: Experts with engineering or technical responsibilities, experts with management tasks List of Trainings 36 Duration: 10 days 37 General Info

20 LIST OF TRAINING COURSES WATER DESALINATION ENERGY EFFICIENCY Water Desalination with Renewable Energy Water desalination can be achieved by using a variety of techniques which are either driven by thermal and/ or electrical power. In this course, the working principles of the main desalination techniques and applications are explained in an easy-to-comprehend manner, renewablebased desalination options are presented and compared with conventional desalination. Participants will receive a guideline to check potential and feasibility of renewablebased desalination projects and learn to assess their costs. Last but not least, the course sheds light on the market development of the past and elaborates on the required framework conditions and incentives to increase the share of desalination using renewable energies. Introduction to thermal and desalination technologies Overview on possible applications Energy needs of different desalination techniques Use of PV, wind and solar thermal energy for desalination Feasibility analysis Cost analysis of renewable-based desalination Renewable desalination plant case studies Market development in the past and future Other topics can be added on request Suitable for: Decision-makers, staff from the public sector, financing institutions, renewable energy firms 38 Duration: 3 days Efficient Energy Supply Efficient energy supply involves different aspects: it implies electrical and thermal supply, the production and the distribution of energy, the demand side management and the integration of both fossil and renewable energy sources. In this training programme, participants receive an overview of efficient energy supply with a focus on co-generation and tri-generation solutions. Additionally, topics on energy distribution are also covered: energy efficient solutions for electrical grids and for thermal distribution. Also smart grids are presented in this course, with an overview of the legal instruments for efficient energy supply. Best available techniques for energy efficiency in energy production Co-generation Best available techniques for energy efficiency in energy transmission and distribution Integrated system production and distribution Policy/plan effectiveness, monitoring/impact assessment Demand side management and distributed generation Smart grid Field trips and case studies Suitable for: Employees of government ministries, administration and municipal authorities, energy agencies, industry associations or financial institutions interested in learning about efficient energy supply, engineers, technicians and Russian Duration: 4 days 39 List of Trainings

21 LIST OF TRAINING COURSES ENERGY EFFICIENCY Introduction to Energy Efficiency in Industry and Commerce Energy efficiency has been defined by the International Energy Agency as the world s most important fuel. Several motivations push private companies and governments to develop new professional figures that are able to reach more ambitious energy saving targets. This course provides both the technical and managerial tasks needed for realising energy saving projects in the industrial and commercial sectors. Technical aspects like dimensioning and designing energy efficient solutions for different cross-cutting technologies are also taught. Successively, participants learn about energy auditing, energy monitoring and control fundamentals, plus energy management systems. Energy audits and monitoring Energy bills Best available technologies Energy management systems: ISO 50001:2011 Feasibility studies and financing Legal framework and government instruments Policy/plan effectiveness monitoring/impact assessments Suitable for: Employees of government ministries, administration and municipal authorities, energy agencies, industry associations, financial institutions, engineers, technicians, consultants and employees operating within the industrial sector and on energy related tasks and Russian 40 Duration: 5 days Introduction to Energy Efficiency in Buildings Buildings play a very important role in achieving global sustainability targets. In this seminar, participants learn about the best available technologies for buildings including the most modern standards of Zero Energy buildings and passive houses. Additionally, our experts explain energy certification and why it is a powerful instrument and give an insight into policies and financing instruments for supporting energy efficiency projects in the building sector. Energy saving opportunities in new and existing buildings Policy and instruments for energy efficiency in private residential buildings Policy and instruments for energy efficiency Energy certification: an instrument for energy efficiency Energy certification in Germany: focus on non-residential building Financing of energy saving measures Energy efficiency in new buildings: Zero Energy and passive houses Project management: refurbishment of buildings Suitable for: Parties interested in learning about energy efficiency in the building sector, policymakers, investors, members of public institutions, facility managers, architects, engineers and Russian Duration: 5 days 41 List of Trainings

22 LIST OF TRAINING COURSES ENERGY EFFICIENCY Energy Efficiency in Business, Commerce and Service Energy use in commercial structures is complicated to understand due to both the wide range of final uses and ownership, and to the variation in size and complexity of energy systems and differences in energy system operation, plus other factors. As economies develop, and for all these reasons, energy use in the commercial sector rises relative to other sectors. Participants learn through theoretical lessons and practical activities the most important aspects related to energy efficiency in the tertiary sector. Examples of technical measures for saving energy in different types of equipment, financing instruments, principles of energy contracting and procurement are presented. Energy use, motivations and obstacles in the commercial and public sectors Energy saving measures Distributed and integrated energy production Smart metering and bench marking Energy contracting Monitoring of policy/success stories Field trips and case studies Suitable for: Parties in the tertiary sector, policymakers, investors, public institutions, architects, engineers and Russian Duration: 4 days Energy Efficiency in Public and Non-residential Buildings This programme gives participants the possibility of acquiring practical knowledge on real energy efficiency projects in the building sector and to participate in lab activities in RENAC s energy efficiency Training Center. The training also includes topics such as: dimensioning, technologies and feasibility for district heating, best available efficient solutions for buildings, new buildings standards and energy efficient solutions for lighting. Methodology and socio economic effects of energy efficiency Residential buildings: technologies, legal framework, standards, financing instruments Non-residential buildings: technologies, legal framework, standards, financing instruments District heating: technologies, legal framework, standards and financing instruments Energy efficient lighting Passive houses Net zero energy buildings and energy plus houses Field trips and case studies Suitable for: Parties interested in learning about energy efficiency in the building sector, policymakers, investors, members of public institutions, facility managers, architects and Russian Duration: 4 days List of Trainings 42 43

23 MASTER S DEGREES GPE NEW ENERGY GPE New Energy International Master of Science After years of successful experience conducting the GPE Solar Master s degree, the Technische Universität (TU) Berlin together with the Renewables Academy (RENAC) AG have broadened the focus on renewable energy technologies with the launch of the Master of Science in Global Production Engineering for New Energy Technologies (GPE New Energy) on renewable energy manufacturing, system engineering and renewable energy business. Thanks to its three core directions, students can flexibly choose whether they want to become an expert on solar electricity or solar thermal, or rather focus on the big picture, getting an insight into the renewable energy mix. The technical knowledge is complemented with courses on project management and financing as well as policy and legal framework. Furthermore, the GPE New Energy Master s course also provides the practical know-how and networking opportunities that students will need to take their first steps in an increasingly demanding job market. Suitable for: Those holding an engineering degree who would like to specialise in the renewable energy industry Degree Location Content Master of Science GPE Solar at a glance Language Duration Core directions Courses Mandatory Requirements Application Technical University and RENAC, Berlin Technology, engineering and project management in solar electricity, solar thermal or general renewable energies. English 4 semesters (2 years) Solar electricity Solar thermal Renewable energy technology To be selected from the following module groups Production Engineering Management Intercultural communication Special profile Internship (minimum 9 weeks) Master thesis (3 months) Bachelor of Engineering or equivalent TOEFL test or equivalent At least one year s professional experience Excellent grades Annually from October to March Master s Degrees Start Website Annually in October General Info

24 MASTER S DEGREES MBA RENEWABLES MBA Renewables International Distance Learning Masters MBA Renewables is the first and only distance learning programme worldwide that offers the opportunity to obtain a Master of Business Administration (MBA) degree with a focus on renewable energy and energy efficiency. The programme combines economic, technical, legal, political and organisational knowledge tailored to the specific needs of the renewable energy and energy efficiency industries. Thanks to the holistic approach, students gain an overview of various technologies as well as an understanding of international energy policies, supporting mechanisms and their application in industry. Upon completion, students will develop the necessary advanced interdisciplinary skills to hold executive positions in the highly globalised market of renewable energy and energy efficiency technologies. Suitable for: MBA renewables Professionals who are pursuing a management position in the renewable energy and energy efficiency industries Degree Content Master of Business Administration (MBA) Renewables Technologies systems and applications (renewable energies, energy efficiency) Law and energy policy Management and leadership skills MBA Renewables at a glance Language Admission requirements Attendance in Berlin Further elements Marketing and project management Accounting and financing English University degree (210 CP) Very good command of English Previous economics or engineering knowledge desirable Oral master examination Advanced practical renewable energy and energy efficiency implementation (optional) Optional two-week workshop in Berlin on RE and EE implementation Master s Degrees Accredited by Beginning Duration Application deadline Website FIBAA Quality Seal Annually in October 30 months 1st September, annually General Info