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During the annual NPC and CPPCC sessions (the "Two Sessions"), the world's largest clean energy corridor operated and managed by CYPC delivered impressive results in ensuring power supply. The accumulative power generation of cascade hydropower plants reached 4.96 TWh, with an average daily power generation of 620 GWh, and an increase of 20% compared to the same period in the past five years. This is equivalent to guaranteeing the daily electricity demand of 210 million people. These hydropower plants have built a solid guarantee for energy security through lean operation, accurate control and technological innovation capabilities.

Under the guidance and support of Changjiang Water Resources Commission of the Ministry of Water Resources, State Grid and China Southern Power Grid, CYPC has stricken an accurate balance among the diverse needs of power plant maintenance, reservoir drawdown, navigation and water replenishment, achieving efficient utilization of water resources. During the Two Sessions, the maximum number of operational units reached 90, which enabled a peak output of 42,000 MW to meet the needs under emergency situations. By relying on the "dual insurance" mechanism of intelligent monitoring system and specific manual patrol, and innovatively using cutting-edge technologies such as holographic monitoring and intelligent audio inspection, the all-time "health diagnosis" has been carried on the equipment of Gezhouba and Three Gorges hydropower plants to ensure that the units are able to generate sufficient electricity in a stable manner.

As an important support for the national energy strategy, the world's largest clean energy corridor, consisting of six large hydropower plants of Wudongde, Baihetan, Xiluodu, Xiangjiaba, Three Gorges and Gezhouba, has a total installed capacity of 71,695 MW and an average annual power generation of about 300 TWh. The successful completion of the power supply guarantee tasks during the Two Sessions has once again demonstrated China's global leading capability in the operation and scheduling of large-scale hydropower station cluster.