董事会相信，共同开发协议体现订约双方于本集团绿色电力能源领域持续合作的努力及承诺，完全符合 本集团于东南亚扩展绿色电力能源业务的商业目标，并反映本集团成为该等地区主要绿色电力能源生产 商的愿景。 智通财经APP讯，益美国际控股(01870)发布公告，于2025年11月18日，本公司全资附属公司翠御发展有 限公司(翠御发展)与 Gainza Energy Corporation(GEC)订立共同开发协议。根据共同开发协议，翠御发展 及GEC拟成立一间合营企业公司或特殊目的实体(项目公司)，以于菲律宾南甘马粦省布希区(Buhi, Camarines Sur of the Philippines)开发40兆瓦时渔光互补光伏电站项目(开发项目)。于订立共同开发协议 前，GEC已就开发项目向菲律宾能源部提交申请太阳能营运合约的意向函。 ...

董事会相信，共同开发协议体现订约双方于本集团绿色电力能源领域持续合作的努力及承诺，完全符合 本集团于东南亚扩展绿色电力能源业务的商业目标，并反映本集团成为该等地区主要绿色电力能源生产 商的愿景。 益美国际控股(01870)发布公告，于2025年11月18日，本公司全资附属公司翠御发展有限公司(翠御发展) 与Gainza Energy Corporation(GEC)订立共同开发协议。根据共同开发协议，翠御发展及GEC拟成立一间 合营企业公司或特殊目的实体(项目公司)，以于菲律宾南甘马粦省布希区(Buhi,Camarines Sur of the Philippines)开发40兆瓦时渔光互补光伏电站项目(开发项目)。于订立共同开发协议前，GEC已就开发项 目向菲律宾能源部提交申请太阳能营运合约的意向函。 ...

Core Viewpoint - The city of Hai'an is prioritizing ecological conservation and green development by leveraging its abundant water resources to promote the "fishing and solar complementarity" photovoltaic industry, integrating clean energy production with aquaculture [1] Group 1 - Hai'an is developing a "fishing and solar complementarity" photovoltaic industry that combines clean energy generation with aquaculture [1] - The initiative creates an ecological landscape characterized by "water-based power generation and underwater aquaculture" [1] - A drone photo taken on August 20 showcases one of the "fishing and solar complementarity" photovoltaic power stations in the Lixia River water town of Hai'an [1]

Core Viewpoint - The "fish-solar complementary" model combines aquaculture and photovoltaic power generation, allowing for dual use of water surfaces for energy production and fish farming, addressing land scarcity for solar projects and providing new solutions for the aquaculture industry [1][11][5]. Industry Overview - The "fish-solar complementary" model is characterized by the installation of solar panels above fish ponds, enabling fish and shrimp farming below, thus creating a dual benefit of energy generation and aquaculture [2][5]. - Common installation methods include pile foundation and floating systems, with the former suitable for water depths of 3 meters or less, and the latter for deeper waters [2][5]. Market Background - The global push for clean energy and the reduction of fossil fuel dependency has led to the rapid growth of the photovoltaic industry in China, which has become the second-largest power source after coal [7][9]. - In 2024, China's solar photovoltaic capacity is expected to reach 885.68 GW, with a new installed capacity of 277.57 GW, leading the world in both new and cumulative installations [7][9]. Current Market Status - Various policies have been introduced to encourage the development of "fish-solar complementary" photovoltaic stations, promoting the integration of aquaculture and green energy [13][15]. - Significant projects include the 378 MW project by Yueda Huafeng and the 1.09 million kW project by Guohua Investment, showcasing the growing interest and investment in this sector [16][17]. Industry Chain - The industry chain for "fish-solar complementary" includes upstream components like solar panels and aquaculture supplies, midstream project design and construction, and downstream markets for electricity and aquatic products [19][21]. Development Trends - The trend towards "fish-solar complementary" is expected to accelerate, driven by technological innovations and decreasing investment costs, making it a mainstream model for solar power station construction [25][27].