组织形式：课堂教学+实地观摩 为支持光热发电项目发展，2 02 3年1 0月，生态环境部优先制定发布并网光热发电温室气 体自愿减排项目方法学。2 0 2 5年3月，敦煌首航节能10兆瓦和100兆瓦两个熔盐塔式光热 发电项目首批5 0万吨减排量成功登记并在北京绿色交易所实现交易，这是以市场化机制改 善光热发电项目收益，推动光热项目规模化发展的成功案例。 为帮助各能源企业进一步了解光热发电项目知识和CCER市场机遇，《中国能源报》社、 北京绿色交易所特联合举办"光热发电项目投资建设与CCER交易"专题培训，将邀请业内 专家授业解惑，并亲临光热发电项目现场观摩学习。具体安排如下： 一、时间及形式 关于举办"光热发电项目投资建设与CCER交易"专题培训的通知 各企事业单位： 光热发电兼具调峰电源和储能的双重功能，可以实现用新能源调节、支撑新能源，可以为 电力系统提供更好的长周期调峰能力和转动惯量，具备在部分区域作为调峰和基础性电源 的潜力，是新能源安全可靠替代传统能源的有效手段，是加快规划建设新型能源体系的有 效支撑，对推动实现碳达峰碳中和目标具有积极作用。"十四五"期间，全国光热发电每年 新增开工规模达到300万千 ...

Core Viewpoint - South Africa has launched its first comprehensive policy plan, the "Coastal Adaptation Response Plan," to address climate change challenges in coastal areas, aiming to upgrade fragmented coastal management into a unified national strategy for marine ecosystem protection and economic stability [1][2]. Group 1: Policy and Legislative Framework - The "Coastal Adaptation Response Plan" emphasizes building a resilient climate protection network, including training for coastal city officials, developing climate risk monitoring systems, and providing special funding for climate adaptation [2]. - In April 2024, South Africa's parliament passed its first climate change-specific legislation, mandating a unified policy response to enhance societal resilience and adaptation capabilities [3]. Group 2: Economic and Environmental Impact - South Africa's coastal regions, which are home to approximately 22% of the population, face significant economic losses due to climate change effects such as rising sea levels and coastal erosion [1]. - The country relies heavily on key ports like Durban and Cape Town for over 95% of its international trade, making the protection of these coastal areas critical for economic stability [1]. Group 3: International Cooperation and Initiatives - There is significant potential for cooperation between China and South Africa in enhancing climate adaptation capabilities, as evidenced by projects like the De Aar Wind Farm, which generates 760 million kWh annually and reduces CO2 emissions by 620,000 tons [4]. - The Redstone 100 MW Tower Solar Thermal Power Station, utilizing molten salt technology for 24-hour power generation, is another example of collaborative efforts in renewable energy [4].

Core Insights - The first 100 MW solar thermal power project in Qinghai, the Sanxia Energy Qingyu DC Phase II, has successfully completed full system operation, marking a historic breakthrough in the large-scale application of solar thermal power in high-altitude regions of China [1][3]. Project Overview - The project is located in the Utu Meiren Township of Golmud City, Qinghai Province, and is led by China Power Construction Group Northwest Survey and Design Institute Co., Ltd. It covers an area of approximately 287 hectares [3]. - It utilizes advanced tower-type concentrated solar power technology and is equipped with a 12-hour molten salt energy storage system, enabling stable power supply around the clock [3]. Environmental Impact - The project is expected to generate an annual electricity output of 227.1 million kWh, sufficient to meet the clean electricity needs of 189,300 households. It will also reduce carbon dioxide emissions by 226,300 tons annually, equivalent to the ecological benefit of afforesting 188,600 acres [3]. Technological Advancements - The construction team overcame key technical challenges in extreme environments, achieving the localization of core equipment such as molten salt pumps and heliostats, which lays a solid foundation for the independent development of the solar thermal industry chain [3][4]. - The project has successfully integrated a "solar thermal + photovoltaic" multi-energy complementary solution, significantly enhancing the stability and absorption capacity of the local power grid [3]. Industry Positioning - The successful implementation of this project not only improves construction efficiency but also promotes resource utilization, equipment localization, and independent core technology, positioning China from a "follower" to a "leader" in the solar thermal sector with proprietary intellectual property rights [4].