Energy Training Capacity Building - Microsoftdrg.blob.core.windows.net/.../pdf/Event/training_brochure.pdf · on training on how to use energy data and establishing energy balances

Energy TrainingCapacity Building

and

2012Programme

T ransferring knowledge, skills and international best practices in the field of energy is a primary focus of the outreach activities of the International Energy Agency (IEA). Assistance is available to individual countries with pursuing their national energy

aspirations as well as for aligning themselves to the global context and trends through improved monitoring, sound policies and accurate forecasting.

The IEA has provided training since its creation over 35 years ago. When oil supply disruptions in the 1970s threatened global economic activity, the IEA developed the Emergency Response Exercises (ERE) for its member countries. Over the decades, the Agency has broadened the scope of its training to include energy statistics, modelling, technology, policy recommendations and subjects of similar interest. With the globalisation of energy markets and the consequences of climate change, the IEA has intensified its work with non-member countries, especially in capacity building.

The IEA Energy Training and Capacity Building Programme seeks to support and benefit non-member countries. This brochure introduces the themes, contents and training formats available in 2011.

The IEA believes in the value of communicating its methodologies, tools and techniques, which enjoy an international reputation for quality and rigour, to relevant officials in central governments and to key national stakeholders. Some training activities are designed for experts (e.g. energy statistics), whilst others are targeted at a diverse audience of middle- to senior-level managers and policy makers.

inTroducTion

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The IEA Energy Training and Capacity Building Programme consists of:

X Workshops and short courses for small and large groups

X Individual secondments to the IEA in Paris

X Follow-up activities (assignments and direct collaboration with the IEA)

X On-line tools and resources

X An alumni network

Workshops and short courses are organised on a bilateral (individual countries) and

multilateral (group of countries) basis.

Training takes place either at the IEA in Paris or in a host non-member country.

Some workshops and courses are by open registration (subject to selection criteria). Others,

however, may be arranged at the request of individual countries or a group of countries, in

which case attendance is by invitation only.

National institutions (e.g. central government departments, regulators and executive agencies,

major state-owned energy companies, utilities and trade associations) may request dedicated

training in one or more of the defined themes. Please contact the IEA for details.

To consult the timetable of activities please visit www.iea.org/training.

Programme framework

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The IEA has structured its core expertise into 12 themes for which training modules are available. These span all main energy aspects – analysis, markets, policy and technology. Individual modules vary in length and structure as is explained in the following pages.

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EnErgy STaTiSTiCS

EnErgy indiCaTorS

EnErgy SySTEm and SCEnario modElling

EnErgy CommodiTy markETS

EmErgEnCy rESPonSE

CarBon PoliCy and markETS

EnErgy EffiCiEnCy PoliCy dESign

EnErgy TEChnology roadmaPS

CarBon CaPTurE and SToragE

EnErgy TEChnology PoliCy and CollaBoraTion

EnErgy TEChnology modElling

rEnEwaBlE EnErgy

Training Themes and modules

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Why is this subject important? Energy statistics are the foundation for developing sound national energy policies as they reveal where interventions are required and what opportunities are available. Yet many countries find it difficult to make informed policy decisions at the national level because of patchy and unreliable energy data. The pressures and complexities of international energy markets and the imperatives of global issues such as climate change, mean that countries need to understand and conform to international conventions in monitoring and reporting. The job of an energy statistician is more complex than ever before and requires the ability to ensure the quality, consistency and compatibility of energy data.

Training objectives and content Applying an internationally recognised methodology, participants receive hands-on training on how to use energy data and establishing energy balances. They learn the common definitions, methods and skills needed to compile national statistics on different fuels and sectors in order to develop a comprehensive picture of energy flows. The training emphasises on ensuring the accuracy and consistency of gathering and reporting country energy data in a way that also meets the international requirements. In particular, guidance is provided on how to complete the IEA energy questionnaires, which are the basis for the Agency’s official statistical publications. Acquiring these skills will prepare participants and their national institutions to systemise their energy-related work and better communicate with their international peers.

The following topics and issues are covered:

X Energy statistics fundamentals:

X Purpose ,definitions, collecting and processing data

X Where and how to access IEA data

X Monthly and annual data: coal, oil, gas, electricity and renewables

X The Joint Oil Data Initiative (JODI)

X From energy statistics to energy balances

X Collecting statistics for non-OECD countries

X Estimating carbon dioxide emissions

X Harmonisation of energy statistics and definitions internationally

X Using data to build energy efficiency indicators

X Energy prices and taxes

X Data for emergency preparedness and response

energy sTaTisTics

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IEA’s credentials – why learn from us? The IEA is a major international authority in energy statistics and maintains the most complete energy database in the world. For over 35 years, the Agency has developed methods for collecting, organising and analysing energy-related data, and has contributed to setting international standards for monitoring and reporting. This makes IEA training particularly relevant, comprehensive and with a global application.

Who can benefit from this course? X Statisticians in central government and government agencies

X Statisticians and analysts in the energy industry, including regulators, fuel suppliers (oil, gas, coal), utilities companies and trade associations

Course structure Training formats module length group size

Lectures, presentations and interactive discussions

Practical exercises – using IEA’s databases and software templates, participants develop energy datasets and balances for their own country

5 days, standard

(shorter 2-3 days courses or longer 2-week courses are also available depending on requirements)

20 people

energy sTaTisTics

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Why is this subject important? Many governments around the world work hard to improve the energy efficiency of their national economies as a way of managing and restraining the growth in energy consumption. However, a number of factors besides energy efficiency are also at play in setting the trends in energy consumption and they need to be properly understood in order to design practical policy measures.

Energy and energy efficiency indicators are indispensable tools for identifying and understanding the key drivers of trends, and for prioritising interventions to control energy consumption growth. Indicators are also effective in quantifying the potential impact and benefits of interventions. While defining and constructing energy indicators is rather flexible, their accuracy strongly depends on the quality and detail of available energy end-use data.

Training objectives and content Participants are introduced to the skills necessary to develop, analyse and understand end-use energy and energy efficiency indicators. The training explores how to interpret past trends and assess the potential for future energy savings in order to design stronger energy efficiency policies.


X An introduction to energy indicators and energy efficiency indicators

X The link between energy intensity and efficiency

X Indicators by sector: Residential, Commercial, Industrial and Transport

X Defining and developing indicators: what questions to ask and what data to gather

X Interpreting energy efficiency indicators: what they can and cannot explain, and how they can be combined to map trends

X Indicators for CO2 emissions

X Techniques for “decomposing” energy consumption: how to quantify the role of energy efficiency in restraining the growth in energy consumption

Training is offered at two levels:

X An overview course for policy makers involved in energy and economic development

X A detailed course for analysts with a background in energy and economics

energy indicaTors

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IEA’s credentials – why learn from us? The IEA has been developing energy efficiency indicators for decades and due to growing interest from member as well as non-member countries this area has been a core element of the IEA programme of work since 1996. A range of methodologies and tools have been developed and perfected since, helping many countries to collect better energy data and produce more robust energy efficiency indicators. THE IEA’s expertise is also enhanced through its collaboration with key national and international stakeholders in this area.

Who will benefit from this course?This module is targeted at:

X Managers and policy makers involved in energy and economic development

X Analysts and technical experts with a background in energy and economics

Course structure

Training formats module length group size


Practical exercises – participants develop and evaluate a range of energy indicators

Overview module: 0.5 days

Detailed module: 2-4 days

(depending on the number and complexity of activities included)

6-12 people

energy indicaTors

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Why is this subject important? Energy models are being increasingly used to provide insights into how energy systems may evolve in the years ahead. The formulation of policy and strategy requires sound indications of what to expect in the long-term. It also benefits from a greater transparency of how key elements of the complex energy system influence energy demand and supply trends – macroeconomic trends, demographics, energy prices, resource availability, policy and regulatory developments, technology, etc. Understanding the analysis, scenarios and results of the acclaimed IEA World Energy Outlook (WEO) would enhance national energy planning.

Training objectives and content The training explores the principles, methods and techniques employed to generate the comprehensive medium- to long-term energy market projections presented in the IEA World Energy Outlook. Its objective is to familiarise course participants with the complex inputs and analysis necessary to produce plausible scenarios in order to inform policy decisions. Participants learn the fundamentals of bottom-up energy system and scenario modelling, how to compare the strengths and shortcomings of different models and how to interpret scenario results.


X Introduction to the IEA’s World Energy Model (WEM)

X Input requirements: sources of energy and economic statistics; assumptions used

X Scenario development: parameters, accuracy and sensitivity; business-as-usual vs. climate-friendly scenarios

X Country-wide energy demand modelling: by sector and fuel

X Power generation modelling: technologies and fuel mix needed to meet future demand

X Transport sector modelling: by mode of transport

X Oil, gas and coal production modelling

X Carbon dioxide (CO2) emissions modelling

energy sysTemand scenario modelling

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IEA’s credentials – why learn from us? Since the IEA was first established it has continued to build up its expertise in energy system and scenario modelling. For nearly two decades, the IEA has been producing medium to long term energy projections using its in-house World Energy Model (WEM). These projections underpin the IEA’s World Energy Outlook publication which has received numerous awards for analytical excellence.

Who can benefit from this course? X Professionals in government and industry with a background or involvement in energy

statistics, energy economics or energy modelling

Course structure



Practical exercises – developing a simplified forecasting model

1 or 2 days

(depending on the training objectives of each course)

20 people

energy sysTemand scenario modelling

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Why is this subject important? Energy commodity markets are complex, dynamic and increasingly global. Their impact on the economy from national to international levels is enormous which makes it important to follow and understand current trends, as well as likely future changes. Major shifts in supply and demand, notably the growing demand for fossil fuels in developing and emerging economies, require sound analyses to ensure reliability and security of supply. This particularly applies to oil and gas which are subject to sudden supply disruptions and price volatility. In parallel, the power sectors in some developing and emerging economies are expanding rapidly, often in a context of deregulation. Such large-scale investments are to be encouraged, but paying due attention to the issues of security, diversity, affordability and environmental impact.

Training objectives and content The training looks at the global markets for oil, gas, coal and power and the need for thorough analysis to support market transparency, investment planning, policy formation and emergency response. Participants will learn the fundamentals of sourcing data, market analysis, producing reliable results. Emphasis is put on a medium-term, 5-year outlook – identifying key areas of growth (in both demand and supply) and drivers of price fluctuation, as well as anticipating supply emergencies.

Training is available in two areas – oil markets and gas, Coal and Power markets – covering the following issues:

oil markets:

X Oil market fundamentals

X Oil price formation

X IEA oil market analysis: background and rationale

X Analytical framework (data and information, key macro assumptions and modelling tools, uncertainties)

X The importance of oil stocks (commercial and strategic) and emergency planning

X Global oil supply and demand

X Oil refining and oil products

gas, Coal and Power markets:

X Gas market fundamentals and pricing systems

X Development and marketing of LNG

X Gas markets and security

X Global importance of coal

X Recent developments in coal markets

X Environmental and efficiency issues of coal use

X Power sector issues and costs

energy commodiTy markeTs

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IEA’s credentials – why learn from us? The IEA is one of the pre-eminent sources of data, analyses and forecasts across all energy commodities and particularly on oil and gas. The IEA Oil Market Report and Medium Term Oil and Gas Markets reports have been established as industry benchmarks in independent research and analysis. Our large and highly experienced team not only follows the latest developments globally but has an in-depth knowledge of regional and national issues on all major energy sources.

Who can benefit from this course? X National institutions responsible for energy strategy and planning

X Country risk and investment analysts, and oil sector equity analysts

X Emergency response teams

Course structure



Case studies

Oil Markets module: 1 day

Gas, Coal and Power Markets module: 0.5 days

20 people

energy commodiTy markeTs

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Why is this subject important? Disruptions of oil and gas supplies are genuine risks in a volatile global market. Today, no government can afford to ignore the real dangers – the economic and social cost – which a sudden and prolonged disruption can cause. Putting in place sound policies and procedures to mitigate any potential damages should be a national priority. Mechanisms exist to increase the resilience of countries in cases of supply disruptions and all relevant stakeholders need to be aware of them.

Training objectives and content Participants become familiar with the IEA’s oil and gas emergency response policies and procedures for its member countries. The training provides guidance on how non-member countries can develop their own emergency response policies and measures. These are the initial steps in an extended process of capacity building and co-operation. After the course, participants will have a good understanding of the role of national emergency response systems. They can also enter into a longer-term exchange of knowledge with the IEA and coordinate activities devoted to emergency response.


X IEA oil and gas security policies and practices

X National emergency preparedness policy, legislation, and response structures

X National emergency planning and preparation

X Case studies from major IEA member countries

X Case studies from IEA partner country bilateral programmes

X Data gathering for oil and gas markets in normal times and during emergencies

X Data analysis for assessing the impact of supply disruptions

X Simulation exercise: supply disruption and emergency response (scenarios)

emergency resPonse

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IEA’s credentials – why learn from us? The IEA has a unique, statutory role and responsibility to help minimise the risk of oil and gas disruptions for its 28 member countries. In times of crises – such as during the first Gulf War and after Hurricane Katrina – the IEA implements its emergency procedures to the assistance of national governments. Over the last 35 years, the IEA has shaped and improved its policy and developed advanced measures to respond to oil and gas emergencies. The Agency also shares its expertise and other international best practice on a regular basis through Emergency Response Exercises (ERE) and Trainings (ERT) offered to member and non-member countries.

Who can benefit from this course? X Government policy makers responsible for oil and gas

X National oil and gas stockholding agencies

X Other relevant stakeholders across the public and private sectors

Course structure



Practical exercises – simulationof supply disruptions

Site visits

Bilateral workshops: 2 days

Multilateral workshops: 5 days

50-100 people

25-50 people

emergency resPonse

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Why is this subject important? Carbon markets are relatively new and evolving rapidly, and therefore can be challenging to understand. Countries pursuing low-carbon growth face many choices concerning policy options and how to combine them. Distinguishing which choices will be the most fruitful at the national level is key, as is the ability to enter and benefit from the international carbon markets.

Training objectives and content Participants are introduced to the various possibilities in climate policy that can help countries step on a path to low-carbon growth. The training module explores a range of domestic policies implemented around the world, as well as the mechanisms of international carbon markets. Acquiring a more comprehensive understanding of these can help policy makers to accelerate the transition to a low-carbon economy.


X Policy instruments for climate mitigation:

X An overview of existing and available policy tools

X Choice of policies to address different objectives and sectors

X How to best combine policy instruments

X Introduction to carbon market mechanisms:

X Today’s global carbon market: characteristics and key players

X Domestic market mechanisms for reducing greenhouse gas emissions and how they work: cap-and-trade, certificate schemes

X Principal international market mechanisms and how they work: CDM, JI

X Future outlook of the carbon market: sectoral mechanisms, NAMA crediting

X Carbon market readiness:

X Domestic market framework and mechanisms and ways to access the international carbon markets

X Technical, policy and institutional requirements for establishing domestic or international market mechanisms

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carbon Policyand markeTs

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IEA’s credentials – why learn from us? For over a decade, the IEA has analysed emissions trading and carbon markets, including the links between energy security and climate policy, the consequences of uncertain policy on investment, and the various strategies used for different sectors that have successfully reduced emissions. The Agency actively contributes to the United Nations Framework Convention on Climate Change (UNFCCC) process, providing up-to-date commentary on developments and their implications.

Who can benefit from this course? X Government officials in charge of formulating climate policies

X Private or public sector entities subject to greenhouse gas reduction policies (voluntary and binding), and interested in using international carbon markets

X Financial sector players interested in entering the international carbon markets

Course structure



Case studies

0.5 days 20 people

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carbon Policyand markeTs

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Why is this subject important? Energy efficiency is often the most cost-effective way to save energy and carbon emissions, but this requires a co-ordinated effort across many different sectors. Developing a holistic portfolio of energy efficiency policies is a complex task for which a thorough understanding is needed of all the economic, social and political factors involved. Technical skills in energy efficiency technology solutions are also important.

Training objectives and content Participants are introduced to the fundamental elements of good energy efficiency policy design, implementation and evaluation. They learn about the tools at their disposal and where to access crucial data to inform their decisions. The training summarises international best practice in order to provide an overview of the framework policies and core sectoral policies needed to bring about deeper changes in participants’ countries.

Training is currently available in two areas – Cross-sectoral and Transport sector energy efficiency policy design – covering the following issues:

Cross-sectoral Energy Efficiency:

X The fundamentals of policy design

X Governance for energy efficiency

X National energy efficiency strategies and action plans

X An overview of energy efficiency indicators

X IEA Energy Efficiency Recommendationsfor cross-sectoral energy efficiency

X Evaluation, compliance and enforcement

X Financing energy efficiency

Transport Sector Energy Efficiency:

X An introduction to the transport- energy systems

X Strategies for energy efficiency in transport

X Common policy goals: efficient vehicle design, efficient use of vehicles, and changing to lower-carbon transport options (modal shifts)

X Influencing factors: regulation, information, fiscal incentives, market-based instruments

X IEA Energy Efficiency Recommendations for the transport sector

X Evaluating policy

X Data requirements and modelling

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energy efficiency Policy design

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IEA’s credentials – why learn from us? The IEA can share decades of research in energy efficiency policy, which has been particularly enriched by closely following developments in its 28 member countries and some key emerging economies including China, India, Brazil, Russia, Mexico and South Africa. The IEA has some of the world-leading experts in this area with a wide spectrum of research interests from sector policies to country-wide and international policy frameworks.

In 2008, at the request of the G8, the IEA developed 25 key recommendations to improve energy efficiency in seven sectors. Today the recommendations, reviewed and updated regularly by the IEA’s international network of experts, are the main reference for policy makers around the world.

Who can benefit from this course? X Government officials involved in the development and implementation of energy

efficiency policy

X Non-governmental stakeholders dealing directly or indirectly with energy efficiency policy

Course structure



Case studies

Practical exercises – teams design and evaluate energy efficiency policies and develop policy impact assessment tools

Site visits

Cross-sectoral module: 3 days

Transport module: 3 days

20 people

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energy efficiency Policy design

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Why is this subject important? Countries interested in clean energy technology deployment require adequate tools to turn ambitions into implementation. An energy technology roadmap is an effective tool in this respect – it focuses on a single technology and outlines a clear and systematic path for its deployment within a set time period. The roadmapping process involves detailed analysis and assessments of aspects such as research, development and deployment (RD&D) of the technology, the legal, regulatory and financial issues, and consumer acceptance issues. It also identifies specific actions required for different stakeholder groups, along with milestones and metrics for measuring and monitoring implementation.

Training objectives and content Training covers the process that national governments can undertake to develop an energy technology roadmap at the national or sectoral level.


X Data and analysis needed to begin a roadmap process and to frame the roadmap’s scope

X Overview of the elements of a successful roadmap: analysis, technology input, milestones for technology, policy, financing, and public engagement

X Approaches for inviting large stakeholder groups to make inputs

X Key questions to ask of experts during a typical roadmapping session

X Efficient roadmap development and review

X Structure and elements of a good roadmap document

X General management guidance and typical timescales for developing roadmaps

X Roadmap implementation: defining milestones and metrics to measure progress, and engagement/outreach to ensure broad awareness

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energy Technology roadmaPs

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IEA’s credentials – why learn from us? The IEA has developed 7 international energy technology roadmaps to date – solar PV, concentrating solar power, wind energy, carbon capture and storage, electric vehicles, nuclear power and a roadmap for cement sector sustainability. Several additional roadmaps are being prepared, including on energy efficiency in buildings, smart power grids, biofuels, geothermal energy and vehicle efficiency.

As a result of its work for the past 3 years, the IEA has standardised the main themes, analysis, and process that can be successfully used to complete a roadmap. This methodology can be useful in countries that wish to advance a particular technology with the aid of an international framework.

Who can benefit from this course? X Government policy makers from energy, resource, environment, and finance ministries

X Technology experts in the private sector and researchers in energy technology RD&D

Course structure



Case studies

Core module: 2 days

Technology specific modules: 1 day each

20 people

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energy Technology roadmaPs

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Why is this subject important? Carbon capture and storage (CCS) is a group of technologies that shows significant potential for cutting CO2 emissions from large point-sources. The IEA’s Energy Technology Perspectives 2010, quantified this potential as one-fifth of required global CO2 reductions, an amount comparable to renewable energy. The technology exists and is already proven to work; the next step is to scale it up and reduce costs. A host of legal, regulatory and public acceptance issues must also be solved.

Training objectives and content The training explores a range of strategic, technical, legal and regulatory aspects of carbon capture and storage technologies. It provides a better understanding of the potential of these technologies, their current and future challenges, and their deployment. Participants will learn about the key elements of a CCS strategy within the complex policy and economic environment in their countries and the overall international context.


X CCS technology overview: past, present and future

X Energy scenarios: the potential and environmental impact of CCS

X Legal and regulatory aspects of CCS

X CCS demonstration

X Public acceptance and engagement

X From subsidies to carbon prices: necessary incentives to deploy CCS

X Building a CCS technology roadmap

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carbon caPTure and sTorage

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IEA’s credentials – why learn from us? The IEA is at the forefront of international analysis into strategic low-carbon technologies, including CCS. To broaden this analysis, the Agency has created a dedicated CCS team. The IEA also benefits from the experience of member and non-member countries that have undertaken CCS projects.

Who can benefit from this course? X Government officials responsible for general energy policy and planning; coal and other

issues related to fossil-fuels; industrial policy and legal issues; climate change and CO2 policy

X Other professionals from industry and the private sector interested in technological, economic, legal, regulatory and energy policy aspects of CCS.

Course structure



Case studies

Site visits

1 to 3 days

(depending on the objectives of each training event)

10-15 people

carbon caPTure and sTorage

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Why is this subject important? Low-carbon technologies have a crucial role to play in the urgent transition to a sustainable pattern of energy supply and consumption. Faced with so many choices, analysts and policy makers need to understand what these technologies can offer in terms of sustaining energy supplies, cutting C02 emissions, and ensuring affordability.

Understanding the energy technology trends and looking for ways to optimise the energy systems is a top priority which requires concerted international effort. A number of energy technology initiatives exist and they can deliver greater benefits by wider participation from the countries around the world. The IEA, with the support of its member countries, is actively engaging in collaborations that develop solutions, pathways and policies.

Training objectives and content The training is designed to help policy makers, analysts, and business representatives make the most informed and appropriate energy technology choices. It offers the building blocks for thoroughly understanding the existing energy technologies, the process for setting national technology goals, and the models of international collaboration.


X Trends from the IEA’s ‘Energy Technology Perspectives 2010’

X Updated scenarios with regional level detail and commentary on the role of new technologies

X Policy challenges and opportunities in each energy-using sector

X Barriers and solutions to enhanced deployment of key clean technologies

X Overview of the IEA Energy Technology Roadmap process as a policy instrument

X International Collaboration in Low-Carbon Energy Technology

X Benefits of participating in international collaborations

X Overview of the IEA’s Energy Technology Network

X Case studies on selected IEA Implementing Agreements and multilateral technology initiatives

X Update on the International Low-Carbon Energy Technology Platform project

X Linkages to other technology co-operation initiatives

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energy TechnologyPolicy and collaboraTion

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energy TechnologyPolicy and collaboraTion

IEA’s credentials – why learn from us? From markets and supply chains to technology and policy, the IEA is the only international agency that covers the full range of energy issues, encouraging international collaboration in energy technology, and leading a number of flagship initiatives. Through its Energy Technology Network, the IEA acts as a focal point for co-operation in energy technology RD&D. The rigorous worldwide research by IEA experts, close attention to international developments and extensive network of public and private sector collaborators put the Agency in a strong position to advise on energy policy issues and to recommend solutions for meeting policy objectives.

Who can benefit from this course? X Government officials from energy, environment, planning and infrastructure, industry and

finance departments

X International, regional and private financial institutions

X Agencies, industry and academics involved in energy RD&D and low-carbon policy development and implementation

Course structure



1 day 20 people

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Why is this subject important? Energy technology modelling is a powerful tool for supporting energy policy – from identifying effective policy interventions to assessing their actual impact on the energy system. Today’s models are complex and sophisticated and take into account a huge range of energy technologies and how different technology combinations will affect the entire system. This is particularly important when considering longer-term energy policy which typically aims to simultaneously ensure security of supply, affordable energy prices and reducing CO2 emissions at the lowest possible cost. Models such as TIMES (The Integrated MARKAL-EFOM System) are able to analyse energy systems at any level – local, national, regional, even global. Their main strength is in exploring the interdependencies between different sectors and technologies.

Training objectives and content The training is designed to teach the principles and application of bottom-up energy system analysis for a portfolio of technologies. It focuses on the TIMES model for exploring least-cost, long-term strategies in a country’s or region’s energy sector. A combination of theory and practical exercises prepare participants to use TIMES in their home country, as well as to be able to design their own energy models.


X Introduction to energy modelling: model types, benefits and limitations

X Fundamentals of the TIMES energy model: mathematical approach, technology structure, time dimension and regions

X Inputs and outputs of the TIMES model: data and equations for energy technologies and commodities

X Power sector modelling: load curves, storage technologies, reserve capacity, CHP plants

X Building multi-regional models and describing energy trade between regions

X Analysing the results of a TIMES model: replicating result tables from the energy balance and interpreting the cost and price results

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energy Technology modelling

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energy Technology modelling

IEA’s credentials – why learn from us? TIMES is the state-of-the-art in modelling energy technologies, used by more than 250 groups in 70 countries. Both TIMES and its predecessor MARKAL were developed through the IEA’s Energy Technology Systems Programme (ETSAP) set up more than 30 years ago. The IEA uses TIMES in its detailed global scenario analysis for the Energy Technology Perspectives (ETP) studies. The model is revised and updated regularly by a large network of collaborators in which the IEA plays a central role. The IEA and its partners hold regular training workshops around the world.

Who can benefit from this course? X Energy analysts and other professionals who hold responsibility for energy system planning

and operation

Course structure



Practical exercises – hands-on interaction with the TIMES model

Assignment (optional) – participants develop a basic energy model

Core module: 2 days

Extended module: 4 days (with modelling exercises)

6-12 people

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Why is this subject important? By 2050 nearly 50% of global electricity could come from renewable energy sources. Aware of their future importance, IEA member countries and many others have made renewables a priority. In many countries large-scale deployment of proven renewables solutions has started while technological innovation continues. A sizeable renewables portfolio could contribute to a country’s energy security, emissions reduction and access to energy. Still, serious hurdles remain concerning the financing, affordability, and grid integration of renewables.

Training objectives and content Participants will investigate state-of-the-art renewable energy technologies, assessing their cost-effectiveness and possibility for large-scale deployment. The training explores specific issues relating to policy objectives and implementation pathways and milestones.

Training is available in two areas – markets, Policy and Technologies and grid integration of Variable renewables – covering the following issues:

markets, Policy and Technologies:

X Overview of renewables markets and economics

X Latest technology developments

X Recent market trends

X Cost comparison with conventional energy technologies

X Review of renewables policies around the world: effectiveness, cost-efficiency, scope for improvement and wider implementation

X Deployment opportunities and challenges

X IEA’s scenarios in World Energy Outlook and Energy Technology Perspectives

X Implications for energy security and climate change mitigation

X Overview of grid integration issues focusing on wind and solar

X IEA renewables technology roadmaps

X Wind, solar PV, concentrated solar power, geothermal, liquid biofuels, biomass for CHP

X Potential deployment and key milestones to 2050

grid integration of Variable renewables:

X Introduction to grid integration challenges

X Managing variability on the grid: the nature of variability; the 36-hour timescale; defining the extent of variability and unpredictability

X Opportunities through the four flexible components: supply, demand, storage, interconnection

X Fundamental features of power systems affecting the extent of integration and specific country context

X Operational and market features of power systems affecting the extent of integration

X Using the FAST tool and interpreting FAST results

X Integration costs: system balancing costs, system adequacy (capacity value) and transmission roll-out

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renewable energy

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IEA’s credentials – why learn from us? The IEA is recognised for its work in the area of renewable energy technologies and produces in-depth studies that inform the global dialogue and influence developments. The Agency takes a holistic approach to assessing renewables in the context of the global energy system., A particular focus is given to system-integration issues, such as grid integration of variable renewables. Regularly, the IEA reviews in detail the renewables policies of its 28 member countries and is currently expanding its analytical work in selected non-member countries. The IEA also drives the international information exchange through its well-established Renewable Energy Working Party and Technology Collaboration network.

Who can benefit from this course? X Government officials involved in renewable energy and climate policies

X Renewables regulators, utilities and other key stakeholders

X Financiers and investors interested in renewables markets.

Course structure



Case studies

Site visits

Markets, Policy and Technologies module: 2 days

Grid Integration of Variable Renewables module: 1 day

20 people

10 people

27

renewable energy

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INTERNATIONAL ENERGY AGENCY

The International Energy Agency (IEA), an autonomous agency, was established in November 1974. Its mandate is two-fold: to promote energy security amongst its member countries through collective response to physical disruptions in oil supply and to advise member

countries on sound energy policy.

The IEA carries out a comprehensive programme of energy co-operation among 28 advanced economies, each of which is obliged to hold oil stocks equivalent to 90 days of its net imports.The Agency aims to:

n Secure member countries’ access to reliable and ample supplies of all forms of energy; in particular, through maintaining effective emergency response capabilities in case of oil supply disruptions.

n Promote sustainable energy policies that spur economic growth and environmental protection in a global context – particularly in terms of reducing greenhouse-gas emissions that contribute to climate change.

n Improve transparency of international markets through collection and analysis of energy data.

n Support global collaboration on energy technology to secure future energy supplies and mitigate their environmental impact, including through improved energy

effi ciency and development and deployment of low-carbon technologies.

n Find solutions to global energy challenges through engagement and dialogue with non-member countries, industry,

international organisations and other stakeholders. IEA member countries:

Australia Austria

Belgium Canada

Czech RepublicDenmark

FinlandFrance

GermanyGreece

HungaryIreland

ItalyJapan

Korea (Republic of)LuxembourgNetherlandsNew Zealand NorwayPolandPortugalSlovak RepublicSpainSwedenSwitzerlandTurkeyUnited Kingdom

United States

The European Commissionalso participates in

the work of the IEA.

Please note that this publicationis subject to specifi c restrictionsthat limit its use and distribution.

The terms and conditions are availableonline at www.iea.org/about/copyright.asp

© OECD/IEA, 2010International Energy Agency

9 rue de la Fédération 75739 Paris Cedex 15, France

For more information:Assen Gasharov

IEA Training and Capacity [email protected]

Also visit: www.iea.org/training

“IEA’s training approach offers practical content on the latest international trends. Information is provided clearly and concisely.”

Jasbir Khan, training participant from Petronas, Malaysia

“Attending the IEA course in emergency preparedness gave me a solid basis to consider what policies and measures should be put in place in my own country.”

María del Rosario Castillo, training participant from the National Energy Regulator, Peru

The IEA offers non-member countries training and capacity building support in energy-related areas where it has world-leading expertise. Within the parameters of our dedicated programme we aim to tailor training activities in a way that addresses the specific needs of non-member countries interested in long-term collaboration with the IEA.

Countries and economies which have already benefitted include:

Algeria, Azerbaijan, Brazil, Brunei, Darussalam, Cambodia, Chile, China (People’s Republic of), Chinese Taipei, Hong Kong (China), Ghana, India, Indonesia, Kazakhstan, Laos, Malaysia, Mexico, Myanmar, Peru, the Philippines, Russia, Singapore, South Africa, Thailand, Ukraine, Vietnam

Documents

Energy Training Capacity Building - Microsoftdrg.blob.core.windows.net/.../pdf/Event/training_brochure.pdf · on training on how to use energy data and establishing energy balances