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글로벌 글로벌
글로벌) 석탄을 넘어선 전력 시스템 현대화 자금 조달: 동남아시아에서 전환 크레딧의 역할
Executive summary .................................................................................................................. 8 Chapter 1. The role of coal in power systems ..................................................................... 14 Overview ............................................................................................................................... 14 Context .................................................................................................................................. 16 Chapter 2. Coal transition strategies ................................................................................... 24 Levers for reducing emissions from existing coal plants ...................................................... 24 Scaling up alternative sources of electricity .......................................................................... 26 Coal transitions demand large‑scale investment .................................................................. 31 Chapter 3. Transition credits................................................................................................. 36 How transition credits translate emissions reductions into performance‑based revenues .. 36 Aligning transition credits with national transition pathways is difficult but essential ........... 45 Transition credits should also align with high-integrity carbon markets principles ............... 50 Significant transition credit demand is yet to build up,
2026.06.01
글로벌 글로벌
글로벌) 지역 상호 연결의 잠재력 해방: 그리드 코드의 기술적·규제 조화
Figures 4 Tables 4 Boxes 4 Glossary 5 Definitions 5 Executive summary 6 1. Introduction, purpose and scope 8 2. Understanding grid codes: Regional grid codes and harmonisation 10 3. Status of regional interconnections and grid codes 12 3.1 Europe 12 3.2 North America 12 3.3 Latin America 12 3.4 Asia 13 3.5 Africa 14 4. Level of integration and cross-border trading 15 4.1 Bilateral vs. multilateral forms of regional grid code harmonisation 16 4.2 Harmonisation in practice 18 4.3 Challenges to harmonisation 19 5. Key technical steps in building an effective regional interconnection 20 5.1 Grid planning and operation 20 5.2 Emergency and restoration 23 5.3 Grid connection requirements for generators 24 6. Market integration 27 6.1 Capacity allocation and congestion management 28 6.2 Forward capacity allocation 29 6.3 Energy balancing 30 7. Policy and regulatory implications of harmonisation 31 7.1 Regulatory authority: Roles, responsibilities and regionalism 31 7.2 Enforcing regulatory rules 32 8. A phased approach to developing and implementing a harmonised grid code 34 9. Emerging trends in regional grid codes 37 9.1 High-voltage direct current (HVDC) code 37 9.2 Cybersecurity code 37 9.3 Confidentiality of data exchange 38 9.4 Technical standards 38 9.5 Management of inertia 39 9.6 VRE expansion 39 9.7 Optimisation of energy storage and other consumer-producer connections 40 References 41
2026.06.01
일본
일본) 일본의 그리드-그리드 저장 배터리: 사업 확장을 위한 정책 권고
Summary ................................................................................................................................................ 1 Introduction ........................................................................................................................................ 3 Chapter 1 Current Status and Problems of Grid-Based Batteries ............................................................................................ 4 Section 1 Overview of Grid-Based Batteries .................................................................................................... 4 Section 2 Problems of Waiting for Grid Connection .................................................................................................. 12 Section 3 Operation and Revenue Source Issues in the Electricity Market ............................................................................ 14 Chapter 2 Current Status and Problems of Renewable Energy-Integrated Batteries and Consumer-Integrated Batteries ............................ 20 Section 1 Current Status and Problems of Renewable Energy-Integrated Batteries ............................................................. 20 Section 2 Current Status and Problems of Consumer-Integrated Batteries ............................................................................ 21 Chapter 3 Common Problems and Possibilities of Stationary Batteries ..............................................................................
2026.06.01
글로벌 글로벌
글로벌) 글로벌 전기차 전망 2026
Electric Vehicles Initiative ...................................................................................................... 9 Executive summary .............................................................................................................. 10 Chapter 1. Trends in electric car markets .......................................................................... 16 Electric car sales ................................................................................................................. 16 Model availability and range ................................................................................................ 32 2026 sales trends ................................................................................................................ 41 Chapter 2. Trends in electric car prices .............................................................................. 48 New electric car prices ........................................................................................................ 48 Resale value of used electric cars ....................................................................................... 59 Government support for electric car sales ........................................................................... 63 Chapter 3. Trends in other light-duty electric vehicles ..................................................... 69 Electric two- and three-wheelers ...................................................................
2026.06.01
EU EU
EU) 우주 기반 태양에너지 수확: 전략 포트폴리오 계획
Abbreviations .......................................................................................................................................... 5 1. Introduction ..................................................................................................................................... 8 1.1 Portfolio composition ................................................................................................................ 9 1.2 Vision and objectives to In Space Solar Energy Harvesting (ISSEH) ......................... 10 1.3 Governance structure .............................................................................................................. 13 1.4 Portfolio synergies “Collaboration matrix” ........................................................................ 14 2 Portfolio Working Groups .............................................................................................................. 14 2.1. Working Group 1 - Solar Cells .............................................................................................. 15 2.1.1 WG 1 Objectives ..................................................................................................................... 16 2.1.2 WG 1 State of the Art - Solar Cells .................................................................................... 16 2.1.3 WG 1 GAPs- Challenges/Opportunities - Solar Cells ................................................... 19 2.1.4 WG 1 Portfolio Innovations
2026.05.29
EU EU
EU) 최종 투자결정을 위한 수소 계곡 지원: 청정 수소 파트너십의 수소 계곡 지원 프로그램(PDA) 1차 결과 보고서
Executive Summary ..................................................................................... 5 1 About the Project Development Assistance programme for Hydrogen Valleys ........................................................................................................ 8 1.1 The Project Development Assistance programme under the Hydrogen Valleys Facility .................................... 8 1.2 PDA light programme – Support for early-stage projects ................................................................................... 10 1.3 PDA plus programme – Support for concept-stage projects ............................................................................. 11 2 Application and evaluation process of the first Project Development Assistance wave ........................................................................................ 13 2.1 Application for PDA support ................................................................................................................................. 13 2.2 Evaluation results of the first Call for Applications ............................................................................................. 15 3 Key insights into the provision of the first Project Development Assistance wave ........................................................................................ 20 3.1 Key characteristics of the 15 PDA Beneficiaries .............................................................................
2026.05.29
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