施工供水, 节能减排, 治理创新, 社会责任

The original water supply plan for construction of Xulong hydropower station adopts the traditional approach of pumping and purifying water from river. This plan is affected by the geographical and hydrological condition of the power station, resulting in high energy consumption, large carbon emissions, high construction and operation maintenance costs, and poor reliability of the water supply system. By further study, focusing on the key constraint point of water source, the natural river channels around Xulong hydropower station are adopted as the construction water source innovatively, which can fully utilize the elevation difference to achieve zero energy consumption and self-flowing pressure reducing water supply. As a result, the energy-saving and emission reduction effects are gained, the construction and operation costs are significantly reduced, the land acquisition area is greatly reduced, and the reliability of the system is effectively improved, achieving a win-win situation of environment, society and governance innovation.

construction water supply, energy conservation and emission reduction, governance innovation, social responsibility