According to the latest information from the State Grid Corporation of China, as of the end of January, the total installed capacity of the Hebei North Power Grid has surpassed 100 million kilowatts, reaching 10.051 million kilowatts.
Source: Comprehensive Report
According to the latest information from the State Grid Corporation of China, as of the end of January, the total installed capacity of the Hebei North Power Grid has surpassed 100 million kilowatts, reaching 10.051 million kilowatts. Among this, new energy capacity accounted for 7.455 million kilowatts, making up more than 74% of the total. In January alone, new energy generation in the Hebei North Power Grid exceeded 10 billion kilowatt-hours, which accounted for over 51% of the grid's total power generation. Currently, Hebei North leads all provincial-level power grids in China in terms of both new energy generation capacity and output.
The Hebei North region is rich in energy resources, with significant advantages in wind and solar power. The Zhangjiakou and Chengde areas have a combined development potential of 10 million kilowatts. As part of China’s national renewable energy strategy, the region is designated as a major wind power base with a planned capacity in the tens of millions of kilowatts. It is also one of the country's nine key new energy bases. In its role of ensuring energy security and driving green, low-carbon development, State Grid Hebei North Power has been accelerating the implementation of a comprehensive new power system demonstration. Over the past few years, 19 major grid projects of 500 kV and above have been completed on schedule, helping to accelerate the development of new energy.
Ahead of the Chinese New Year holiday, State Grid Hebei North Power also prioritized the grid connection of regional energy projects. In January, 2.6487 million kilowatts of new capacity was added, marking a strong start for 2025. This includes 1.272 million kilowatts from wind power, 891,200 kilowatts from solar power (including 301,200 kilowatts from distributed solar installations), and 520,000 kilowatts from energy storage. The reduction in capacity from other power sources totaled 34,500 kilowatts.