（原标题：叙利亚委托ACWA Power制定一项直至2040年的能源部门发展计划） 自2016年以来，叙利亚电力危机日益恶化，叙过渡政府正寻求通过一项价值约70亿美元的项目来重 建该国的能源部门。今年八月， ACWA Power与叙利亚过渡政府签署了一项协议以开发可再生能源项 目，包括建设装机容量高达 1000兆瓦的太阳能发电厂和装机容量为1500兆瓦的风力发电厂。 Alsharq News 11月27日报道，叙利亚过渡政府已寻求沙特能源公司ACWA Power的帮助，以制定一 项直至2040年的能源部门发展计划。计划涵盖如何分配叙利亚的能源资源，确保可再生能源安全有效地 并入电网，分析现有电网的薄弱环节，并提出技术解决方案以提高可靠性和运行效率。 ...

Core Viewpoint - Angola has made significant progress in its energy sector, transitioning from a weak foundation to a steadily upgraded system, with a current total installed capacity of 6,400 megawatts, up from approximately 400 megawatts at independence in 1975, and renewable energy now plays a major role [3][4] Group 1: Current Energy Development in Angola - Angola's energy industry has evolved significantly over the past 50 years, with a total installed capacity now reaching 6,400 megawatts, and renewable energy becoming a dominant source [3][4] - The Soyl Natural Gas Power Plant exemplifies the successful cooperation between China and Angola, addressing local electricity supply issues and providing a model for energy structure transformation [4] Group 2: Potential for Future Cooperation - The partnership between Angola and China is characterized by complementary advantages and aligned needs, with China offering extensive experience in energy development and infrastructure, which is crucial for Angola's energy goals [6] - Future cooperation should adhere to principles of adaptability and mutual benefit, avoiding a one-size-fits-all approach, and should leverage Angola's resource endowments and China's technological strengths [7] Group 3: Strategic Directions for Collaboration - There is potential for collaboration beyond just renewable energy projects, including energy storage technology and efficient energy utilization across the entire industry chain [7] - Angola's rich strategic mineral resources can be linked with energy production, creating a model that meets domestic industrial energy needs while generating economic benefits through mineral and energy product commercialization [7] - The aim is to deepen cooperation in project planning, technology development, and industrial operations, particularly in upgrading power systems and scaling renewable energy development [7]

Core Viewpoint - Goldman Sachs anticipates that the recently enacted "Big and Beautiful" legislation will have a limited impact on renewable energy development before 2030 [1] Group 1 - The "Big and Beautiful" legislation is expected to influence renewable energy projects, but the effects will not be significant in the near term [1] - The analysis suggests that the current market conditions and existing policies will play a more crucial role in shaping the renewable energy landscape than the new legislation [1] - Goldman Sachs emphasizes the need for more robust and immediate policy measures to drive substantial growth in the renewable energy sector [1]

Group 1 - The report highlights the adjusted zoning assessment method tailored to Georgia's local conditions, enabling the identification and mapping of regions with significant potential for large-scale solar photovoltaic and onshore wind projects [1] - Georgia has substantial potential for large-scale solar and wind energy development, with maximum concentrated capacities estimated at 5000 MW for both solar and wind, translating to a total development potential of approximately 87 GW for solar and 5.4 GW for wind [2] - The identified solar and wind potential is primarily located in the central, southern, southwestern, and southeastern regions of the country, aligned with transmission lines and road networks [2] Group 2 - The findings aim to encourage further investigation using high temporal and spatial resolution resource data to identify specific sites for detailed assessment [2] - Georgia can select promising locations from the identified areas to submit to the International Renewable Energy Agency (IRENA) for site assessment services, which include preliminary feasibility assessments for solar and wind project development [3] - The feasibility assessments utilize downscaled solar irradiance and wind speed time series data, input into robust generation and simplified financial models to simulate the viability of specific sites at various electricity price levels [3]