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]

Carbon Neutrality Policy - In the first half of the year, the trading volume of green certificates doubled, with a total of 1.371 billion green certificates issued, of which 958 million were tradable, a year-on-year increase of 149% [3] - The trading scale also doubled, with 348 million green certificates traded, a year-on-year increase of 118%, including 242 million in standalone trades and 107 million corresponding to green electricity trades [3] - The average price of green certificates has gradually returned to a reasonable level, with the average price in June reaching 6.5 yuan per certificate, a 4.4-fold increase from the lowest price this year [3] New Energy Storage - By the end of 2024, the installed capacity of new energy storage in China reached 73.76 million kilowatts, accounting for over 40% of the global total installed capacity [4] - The report on new energy storage development outlines the progress and future outlook for the industry, emphasizing the need for a balanced approach to scale and efficiency [5] Environmental Regulation - The Ministry of Ecology and Environment issued a notification to standardize environmental inspections, aiming to reduce the burden on enterprises while ensuring effective regulatory oversight [6] - The notification emphasizes a planned approach to inspections, aiming to avoid redundant checks and streamline the process for businesses [6] Local Developments - Beijing's Chaoyang District is creating "One Microgram" green blocks, with the first batch of demonstration blocks featuring advanced energy-efficient technologies [7] - The "light-storage-direct-flexible" technology implemented in the Sanlitun Taikoo Li project allows for 100% self-consumption of solar energy, improving energy efficiency by 5%-10% [7] Corporate Practices - The Beijing Green Exchange reported a cumulative transaction volume of 2.398985 million tons of greenhouse gas voluntary reduction credits, with a total transaction value of approximately 202.55 million yuan [8] - The establishment of China's first 180°C high-temperature heat pump laboratory by Nuotong Technology fills a gap in the ultra-high temperature heat pump system research field, supporting industry standards and innovation [9]

Core Viewpoint - The project by China State Construction Engineering Corporation (CSCEC) in Zhangjiang is progressing with the commencement of the curtain wall engineering, marking a significant milestone towards achieving near-zero energy consumption goals and showcasing the project's green performance [1][3]. Group 1: Project Development - The curtain wall engineering has officially started, indicating a new phase in the project's external facade display and green performance efforts [1]. - The project aims to become a vibrant hub for leading enterprises in Zhangjiang Science City, focusing on innovative living and green technology [3]. Group 2: Energy Efficiency and Technology - The project utilizes a high-efficiency curtain wall system with four-glass two-chamber Low-E glass, achieving a thermal transmittance coefficient of 1.7 W/(㎡·K), surpassing near-zero energy consumption standards [5]. - An integrated smart control system has been implemented, allowing for the coordination of air conditioning, ventilation, and shading devices to optimize indoor comfort and energy efficiency [6]. - The project emphasizes the use of renewable energy through innovative applications of photovoltaic technology, including BIPV and BAPV systems, to balance and reduce grid load [7]. Group 3: Project Management and Execution - The project team has meticulously planned and executed the curtain wall engineering, overcoming challenges related to site coordination, multi-disciplinary integration, and safety risks [9]. - The company is committed to maintaining high quality and efficiency in the project execution, aiming to set a new benchmark for commercial and office projects in the Zhangjiang area [9].