施耐德电气：以“光储直柔技术”打造新型电力系统示范标杆

Core Insights - The article discusses the acceleration of the transition to a new power system in China, focusing on the "dual carbon" goals and the role of innovative technologies like "light-storage-direct-flexibility" [1][3][4] Group 1: Industry Trends - The energy transition is deepening, with the construction of new power systems entering a rapid phase, requiring high proportions of renewable energy integration and a collaborative ecosystem of "source-network-load-storage" [3] - The "light-storage-direct-flexibility" technology is defined as a new building power distribution system that integrates photovoltaic and storage, utilizing direct current distribution systems with active power response capabilities [3][4] Group 2: Technological Innovations - Schneider Electric has introduced a comprehensive solution covering "direct current distribution + conversion + protection + control," designed to meet the diverse needs of different building scenarios [6] - The solutions offer three core advantages: safety and reliability, flexibility and convenience, and green low-carbon operation, enhancing energy efficiency and reducing carbon emissions [6][7] Group 3: Practical Applications - Schneider Electric's solutions have been successfully implemented in various projects, including the "green direct current highway" in Delft, Netherlands, and the "direct current bank building" in Amsterdam [7] - The newly established demonstration base in Wuhan, China, has achieved 100% green electricity supply for high-power loads and reduced carbon emissions by approximately 577 tons annually, meeting a 13% annual carbon reduction target [7] Group 4: Future Directions - The "light-storage-direct-flexibility" technology is becoming a core technology for the new power system and building low-carbon transformation under the "dual carbon" goals, with Schneider Electric committed to further innovation and project implementation [7]