Hydropower
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This micro hydro turbine generator is a compact and efficient solution for generating electricity from small water sources. Designed for minimal head hydropower generation, the system is suitable for remote locations or small-scale power generation, offering a sustainable and reliable energy source.

This hydro turbine runner is designed for efficient energy conversion in hydroelectric power generation systems. The runner features a robust construction with curved blades optimized for hydrodynamic performance.

This hydro generator is designed for use in hydropower stations, converting the mechanical energy of flowing water into electrical energy. It features a robust construction with a cylindrical housing and multiple ventilation holes for efficient cooling.

This impulse turbine efficiently converts the kinetic energy of water into mechanical energy. It is suitable for hydroelectric power generation across a range of head and flow conditions.

This hydroelectric turbine generator converts water's kinetic energy into mechanical energy. It is designed for efficient and reliable power generation in hydroelectric power plants.

Hydroelectric power generation systems convert the kinetic energy of flowing water into electrical energy. These systems are a renewable energy source, utilizing the natural water cycle to produce power.

Engineering services are available for hydroelectric power plants. These services encompass the construction and maintenance of power plants and their associated infrastructure.

This is a large-scale hydropower project featuring a substantial dam structure. The dam impounds a significant body of water, creating a reservoir and managing water flow for power generation.

This hydropower plant features a large dam that impounds a substantial reservoir of water. The facility channels water through penstocks to drive turbines and generate electricity.

The pumped storage hydropower station features a dam and reservoir. It is designed for efficient energy management within its natural environment.

This vertical shaft Kaplan turbine runner is designed for hydroelectric power generation. It features adjustable blades for efficient operation under varying water flow conditions and is constructed from durable materials to withstand high hydraulic forces.

Vertical ship lift for hydropower stations. It features a 250t lifting capacity.

The Jinniuping hydropower station is designed for comprehensive utilization of the Gui Jiang River. It is located approximately 7 km upstream of Xiong Bucun in Gui Jiang County.

This hydropower generation station uses the kinetic energy of water to generate electricity. It includes a dam, spillway, and power plant.

This hydropower station uses a large dam to retain water for electricity generation. The dam features spillways and control structures for regulating water flow.

This hydropower station uses a concrete dam to impound water for power generation. The station includes spillways and a network of gates for water management.

Hydroelectric power stations convert the kinetic energy of flowing water into electrical energy. These stations are composed of a dam that impounds water, creating a reservoir, and a powerhouse where electricity is generated.

The hydropower plant provides a 2x2500kW capacity for renewable energy. Its infrastructure includes power generation and distribution systems.