风光点亮上合——上合组织峰会首次实现全绿色用能

Core Insights - The Shanghai Cooperation Organization (SCO) summit in Tianjin achieved 100% green electricity supply for all venues, marking the first time this has been accomplished for the summit [1] - The green electricity transaction involved 1 million kilowatt-hours, reducing standard coal consumption by 320 tons and cutting carbon dioxide emissions by 800 tons [1] - The Tianjin Green Electricity Certificate Service Center facilitated the purchase of 2,250 green certificates for key service locations, equating to an additional 225 million kilowatt-hours of green electricity, further reducing standard coal consumption by 720 tons and carbon dioxide emissions by 1,794 tons [1] Group 1 - The local renewable energy companies involved in the green electricity supply include the Guoneng Longyuan Bohua Photovoltaic Power Station and the Gangnan Wind Power Plant [3] - State Grid Tianjin Electric Power has been upgrading infrastructure and optimizing the local grid to enhance stability and reliability for green electricity delivery [3] - Since 2025, the company has integrated 206 million kilowatts of new energy capacity from 27 renewable energy enterprises into the grid [3] Group 2 - The green electricity market in Tianjin has seen significant growth, with market transactions reaching 16.087 billion kilowatt-hours this year, nearly doubling from the previous year [5] - The Tianjin Green Electricity Certificate Service Center has provided full green electricity supply to 214 enterprises, totaling 7.497 billion kilowatt-hours [5] - During the summit, over 4,200 personnel and 1,800 vehicles were deployed for power supply assurance, with 24-hour readiness across 101 grid-based power stations [5] Group 3 - The new panoramic power supply command platform was utilized for real-time monitoring of electricity supply from the main grid to venue equipment, enhancing resource allocation [6] - The platform is expected to improve overall inspection efficiency by approximately 65% through intelligent fault warning and rapid response capabilities [6] - Advanced technologies such as intelligent inspection systems and infrared detection devices were employed to ensure urban power supply security [6]