Core Insights - Hangzhou's electricity load reached a record high of 23.267 million kilowatts on August 6, marking an increase of 1.11 million kilowatts compared to last year's peak [1] - The city's economic growth, particularly in digital economy and new energy vehicles, has driven a 700,000 kilowatt increase in basic load this year [1] - The State Grid Hangzhou Power Supply Company has completed 59 key power grid projects to enhance supply capacity by 2 million kilowatts in key economic areas [1] Group 1 - The highest electricity load in Hangzhou has exceeded 20 million kilowatts for 22 days this summer [1] - The company has implemented a "precise, flexible, and seamless" power supply model, enhancing grid dispatch efficiency by over three times [2] - The AI-powered platform has increased the power supply capacity by 18.5% since its launch [2] Group 2 - The peak capacity of renewable energy sources has significantly increased, with solar power installations reaching 5.7 million kilowatts, making it the largest local power source [2] - The virtual power plant platform has been established to aggregate flexible resources, providing a rapid supply capacity of 400,000 kilowatts [2] - During sunny weather, the midday peak electricity supply can increase by over 800,000 kilowatts [2]

Core Viewpoint - Zhejiang province is experiencing sustained high temperatures, leading to increased power grid load, prompting local power departments to implement digital solutions for maintaining stable power supply and grid operation [1] Group 1: Digital Solutions in Power Supply - The local power department in Lishui City, Zhejiang, has developed an intelligent power supply protection system using digital technology to ensure stable grid operation and orderly power supply [1] - The 10 kV Jianlin D191 line in Lishui is equipped with 70 monitoring cameras, allowing staff to monitor the line's status in real-time through a monitoring platform [1] - In the event of a power supply failure, real-time monitoring footage can be accessed to assist in fault detection and resolution [1]