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체코) 한수원, 체코 원자로 계약 협상 시작

체코) 한수원, 체코 원자로 계약 협상 시작

쿠웨이트) 쿠웨이트, 2050년까지 25GW의 녹색 수소 로드맵 추진

쿠웨이트) 쿠웨이트, 2050년까지 25GW의 녹색 수소 로드맵 추진

칠레) '칠레 사상 최대 규모의 투자' | 110억 달러 규모의 그린 수소 및 암모니아 복합체, 환경 허가 신청

칠레) '칠레 사상 최대 규모의 투자' | 110억 달러 규모의 그린 수소 및 암모니아 복합체, 환경 허가 신청

미국) 텍사스 전기료가 안정적으로 유지되는 이유

미국) 텍사스 전기료가 안정적으로 유지되는 이유

미국) DOE, 한화에너지와 청정 에너지 정화 프로젝트 추진 발표

미국) DOE, 한화에너지와 청정 에너지 정화 프로젝트 추진 발표

EU) 6월 유럽 PPA 가격 1.5% 하락

EU) 6월 유럽 PPA 가격 1.5% 하락

글로벌) BIPV 설비의 다차원적 평가

Multi-Dimensional Evaluation of BIPV Installations Development of the Multi-Dimensional Evaluation Tool Application of the Multi-Dimensional Evaluation Tool Case Studies Apartment Building Retrofit with Colored BIPV Modules (Switzerland) Office Building with Integrated BIPV Facades and Roofs (Uppsala, Sweden) Terrace Houses with Standardized BIPV Roofs (Delft, the Netherlands) Retrofit of Apartment Building with BIPV Window Balustrades (Northern Italy) Challenges and Considerations Outlook

EU) 2030년 이후 뚜렷한 에너지 가치 사슬의 과제를 목표로 하여 유럽 에너지 안보를 보장하기 위한 청정 에너지 R&I 기회에 대한 연구

TABLE OF CONTENTS ...................................................................... 2 ABBREVIATIONS ............................................................................... 5 LIST OF TABLES ................................................................................ 8 LIST OF FIGURES .............................................................................. 11 ANNEX A: METHODOLOGY .............................................................. 12 1. Overview of the study conceptualisation and approach ..................... 12 2. Scope and definitions ............................................................................ 13 2.1. Energy security 13 2.2. Clean energy technologies 14 2.3. R&I opportunities and interventions 14 3. Assumptions and limitations of the methodology ............................... 14 3.1. Assumptions 14 3.2. Limitations 15 4. Methodology for scenario development ............................................... 15 4.1. PESTLE trends analysis 15 4.2. Scenario development 17 5. Description of the GEM-E3 model and its use in the study ................. 21 6. Methodology for the energy security assessment of clean energy value chains ........ 24 6.1. Value chain selection 25 6.2. Energy security indicators 26 6.3. Energy security assessment of value chains 28 6.4. Longlist of energy security criticalities 32 6.5. Shortlist of key energy security criticalities 33 7. Methodology for the development of the R&I action plan .......

EU) 기후 중립적이고 기후 탄력적인 EU 에너지 인프라를 향해: 유럽횡단 에너지 네트워크에 대한 시나리오 가이드라인에 대한 조언

About the European Scientific Advisory Board on Climate Change ................................................. 4 Executive summary ................................................................................................................................ 5 Recommendations ................................................................................................................................. 7 1. Scenarios should be adjusted as necessary to remain compatible with EU’s climate and energy targets, and be modelled until at least 2050 ..... 7 2. Scenarios should capture a range of climate neutrality pathways reflecting the varying impacts of key infrastructure development drivers ..... 9 3. Scenario development should incorporate future climate projections and their impact on energy infrastructure resilience ...... 11 4. Scenarios should be constructed using an integrated building-block approach ....... 12 5. Assumptions should be based on up-to-date, scientifically sound and forward-looking information ........ 14 6. The process should be more transparent and built on timely consultations of stakeholders and external experts ......... 16 Recommendations for ACER’s Scenario Guidelines ........ 19 Abbreviations ....................................................................................................................................... 21 References .............................................................................................................

영국) 영국 해상 풍력 발전 재개

Executive Summary ...... 2 Three weeks to course correct the UK’s offshore wind industry ...... 2 1. 20GW of new offshore wind needed by 2030 ...... 2 2. The next offshore wind auction will fall short without intervention ...... 3 3. Boosting the auction budget by 25% would cut the UK’s gas import bill ...... 3 The offshore wind capacity gap ........ 4 Rapid build-out of the offshore wind pipeline needed to reduce gas price risk ......... 4 Offshore wind generation capacity gap creates risk .......... 5 A pivotal 12 months for the UK’s wind targets ........... 6 Danger for developers .......... 6 Focus on price misses the point .............. 7 Course correction ......... 10 Getting offshore wind back on track ........ 10 What’s next for offshore wind? ........ 10 AR6- What is going to happen? ............ 12 Increased AR6 budget needed to support projects in the queue ......... 12 Revenue model innovation shows another way to deploy renewable capacity .......... 13 Recommendations ......... 15 Immediate action needed to avoid gas price risk ........... 15 Key recommendations .......... 15 Supporting Materials .......... 17 Methodology .......... 17 Acknowledgements ............ 17

글로벌) 재생 에너지 통계 2024

Notes to the tables IV Countries, areas and regions shown in the tables VI CAPACITY AND PRODUCTION (ON-GRID AND OFF-GRID) Total renewable energy 2 Hydropower 10 Renewable hydropower (including mixed plants) 16 Pure pumped storage 22 Marine energy 24 Wind energy 26 Onshore wind energy 32 Offshore wind energy 38 Solar energy 40 Solar photovoltaic 48 Concentrated solar power 56 Bioenergy 58 Solid biofuels and renewable waste 62 Renewable municipal waste 66 Bagasse 68 Other solid biofuels 70 Liquid biofuels 74 Biogas 76 Geothermal energy 80 OFF-GRID CAPACITY Total off-grid renewable energy 84 Off-grid Hydropower 86 Off-grid solar photovoltaic 87 Other off-grid renewable energy 89 OTHER INDICATORS Renewable energy share of electricity capacity 92 Renewable energy share of electricity production 96 RENEWABLE ENERGY BALANCES Countries: A - F 101 Countries: G - O 158 Countries: P - Z 215 PUBLIC RENEWABLE ENERGY FINANCE FLOWS Total renewable energy 260 Hydropower 264 Wind energy 266 Solar energy 268 Bioenergy 271 Geothermal energy 273 SUSTAINABLE DEVELOPMENT GOALS SDG Indicator 7.a.1 277 SDG Indicator 7.b.1 / 12.a.1 281

미국) 미국 재무부의 기술 중립적 세액 공제에 대한 지침 제안

1. What Does the Guidance Say? ...... 1 1.1. Qualifying Technologies ......... 1 1.2. Combusion and Gasification Technologies ........ 2 1.3. Life-Cycle Analysis ......... 2 1.4. Other Considerations .......... 2 2. How Did Treasury Address Previously Identified Issues? .......... 3 2.1. The Definition of a Facility ........... 3 2.2. Geothermal ............ 3 2.3. Biomass ........... 3 2.4. Book and Claim Systems ............ 3 2.5. Negative Emissions ............ 4 2.6. Perverse Incentives from Credit Stacking ............. 4 3. What Does Treasury Want to Know? .......... 4 3.1. Life-Cycle Analysis ............ 4 3.2. RNG, Biogas, and Fugitive Methane ........... 4 3.3. Carbon Capture ............ 4 4. Conclusions .......... 4 References ........... 5

EU) 석탄에 대한 EU의 메탄 규제 이해

About 1 Highlights 2 First of its kind 3 EU first-ever Methane Regulation for Coalmines 3 The Methane Regulation 5 Regulations could have been stronger 5 Summary 5 Reductions fall short of EU Green Deal 8 Methane from coking coal mines will hinder the EU from reaching climate targets 10 Implications 11 What it means for Member States 11 Case Study: Poland 12 Case Study: Germany 13 What it means for coal entering the EU market 13 CaseStudy: United States 15 CaseStudy: Australia 16 Recommendations 18 Missing Pieces 18 Integrity of the Regulation dependent on the development of robust MRV standards 18 Set a common level of expectation for penalties to ensure compliance 19 An ambitious threshold for coking coal could change global attitudes to methane mitigation 19 SupportingMaterials 21 Glossary 21 Summary of EU Methane Regulation for coal mines 22 Methodology 23 Acknowledgements 25

글로벌) 아프리카를 위한 대륙 전력 시스템 계획의 발전

ABBREVIATIONS ...................................................................................................................6 ABOUT THIS REPORT .............................................................................................................8 1. THE SPLAT-CMP MODEL FOR THE AFRICAN CONTINENTAL POWER SYSTEMS MASTERPLAN ............11 2. ELEMENTS OF SPLAT-CMP MODEL DESIGN .....................................................................13 2.1 Power system description.........................................................................................................13 2.2 Modelling methodology updates: Constraints at the system and country level ................16 2.3 Modelling methodology updates: Power generation...........................................................20 2.4 Modelling methodology updates: Cross-border power transmission .................................28 2.5 Modelling methodology updates: Representation of storage .............................................31 2.6 Summary ..................................................................................................................................32 3. STRATEGIES FOR RUNNING SPLAT-CMP MODELS ...........................................................34 4. MODEL VERSION CONTROL ...........................................................................................39 5. POSSIBLE FUTURE AREAS OF WORK/STRATEGIES FOR IMPROVEMENT ...........................41 6. CONCLUSION/OUTLOOK

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