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Power market transformation : reducing emissions and empowering consumers
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| 자료유형 | 단행본 |
|---|---|
| 서명/저자사항 | Power market transformation : reducing emissions and empowering consumers/ Barrie Murray. |
| 개인저자 | Murray, Barrie,author. |
| 발행사항 | London: The Institute of Engineering and Technology, 2018. |
| 형태사항 | 1 online resource (xiii, 392 pages): illustrations, charts. |
| 총서사항 | IET energy engineering series;122 |
| 기타형태 저록 | Print version: 9781785614828 Print version: Murray, Barrie. Power market transformation. London : The Institute of Engineering and Technology, 2018 1785614819 9781785614811 |
| ISBN | 9781785614828 1785614827 |
| 서지주기 | Includes bibliographical references and index. |
| 내용주기 | Intro; Contents; Foreword; Preface; Part I: How we arrived at where we are?; 1. Market developments; 1.1 Industry in transition; 1.2 Impact of developments; 1.3 Emission targets; 1.4 Unbundling; 1.5 Implementing generation competition; 1.6 Rationale for market development; 1.7 Establishing competition; 1.8 Facilitating demand side involvement; 1.9 Establishing the optimum level of generation capacity; 1.10 Plant mix; 1.11 Regulatory response; 1.12 Electricity market reform the United Kingdom; 1.13 Irish I-SEM; 1.14 Lessons learnt; 1.15 Conclusions; 2. Market technical challenges. 2.1 Introduction2.2 Emission reduction and plant mix; 2.3 Demand prediction and reserve; 2.4 Intermittency and curtailment; 2.5 Renewable capacity contribution; 2.6 Impact on conventional generation; 2.7 System inertia and frequency control; 2.8 Impact of electric vehicles on system; 2.9 Distribution challenges; 2.10 Interconnection and loop flows; 2.11 The implication to networks; 2.12 Conclusions; 3. Impact of developments on market players; 3.1 Introduction; 3.2 Impact on generation utilisation; 3.3 The impact on generation companies; 3.4 Active distribution networks. 3.5 Transmission utilisation3.6 Low carbon generation funding; 3.7 Impact on consumers of subsidies; 3.8 Total subsidy costs 2030; 3.9 Impact on technology type; 3.10 Security of supply; 3.11 Conclusions; Part II: Review of low carbon generation technology options; 4. Emissions and renewable generation; 4.1 Progress on global emission reduction; 4.2 Impact of managing intermittency on generation emissions; 4.3 Modelling operation with intermittency; 4.4 Impact on generation loading; 4.5 Curtailment of renewable output; 4.6 Evaluating wind installations; 4.7 Biomass; 4.8 Waste to energy. 4.9 Solar4.10 Displacing coal with gas; 4.11 Economic comparisons; 4.12 Optimal mix of low carbon generation; 4.13 Conclusions; 5. Embedded generation issues; 5.1 Cause of growth; 5.2 Network charges; 5.3 Impact on network management; 5.4 Industrial cogeneration complex; 5.5 Micro-CHP; 5.6 Diesel generation emissions; 5.7 Economic comparison of large-scale vs embedded; 5.8 EU perspective; 5.9 Distribution security; 5.10 Conclusions; 6. Nuclear option; 6.1 The case for nuclear; 6.2 Nuclear generation in China; 6.3 Large-scale nuclear costs; 6.4 Consumer costs of nuclear. 6.5 Operating environment of nuclear6.6 Small modular nuclear; 6.7 Nuclear fusion; 6.8 Prospects for nuclear; 6.9 Optimal plant mix; 6.10 Conclusions; 7. Carbon capture and storage; 7.1 The process; 7.2 Design options; 7.3 CCS economics; 7.4 Operational schemes; 7.5 The case for CCS; 7.6 Conclusions; Part III: How are the changes being managed within a market environment?; 8. Wholesale markets; 8.1 Introduction; 8.2 Market challenges; 8.3 Renewable support schemes; 8.4 Small-scale subsidies; 8.5 Market performance improvement; 8.6 Single-buyer models; 8.7 A model for 2030. |
| 요약 | Power Market Transformation is based on the most recent developments in the energy sector and brings together all the initiatives that interact physically through the common network and financially through the energy market. |
| 일반주제명 | Energy industries --Economic aspects. Energy industries --Environmental aspects. Electric power systems --Economic aspects. Electric power systems --Management. Electric power production --Economic aspects. Electric power production --Management. Power resources --Economic aspects. Power resources --Environmental aspects. Consumers' preferences. BUSINESS & ECONOMICS / Real Estate / General Consumers' preferences. Electric power production --Economic aspects. Electric power production --Management. Electric power systems --Economic aspects. Electric power systems --Management. Energy industries --Economic aspects. Energy industries --Environmental aspects. Power resources --Economic aspects. Power resources --Environmental aspects. |
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