Hydropower
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This turbine generator set is designed for hydropower plants. It efficiently converts the energy of flowing water into electricity, providing a sustainable power source.

These custom-designed vertical hydro turbine generator sets are tailored for hydropower plants. The turbines are engineered to meet specific site requirements and operational parameters, ensuring efficient and reliable power generation.

These hydro turbine generator sets are engineered for use in micro and medium hydropower plants. They provide an efficient and reliable solution for power generation.

This hydropower station uses the force of water to generate electrical power. It includes a dam, powerhouse, spillways and intake structures.

These complete hydropower turbine generator sets are engineered for efficient power generation. They include turbine runners such as Pelton, Francis, and Kaplan, accommodating various head and flow conditions.

These turbine components are essential for hydroelectric power generation. They convert the kinetic energy of water into rotational mechanical energy, which is then converted into electricity by a generator.

Vertical Francis turbine generator groups efficiently convert the kinetic energy of water into electrical energy. The compact vertical arrangement facilitates easier maintenance in hydroelectric power plants.

These propeller (axial flow) hydroelectric power generating sets are suitable for 2 to 30m low head HHP. They are divided into two types: Nagler (fixed blade propeller) and Kaplan (movable blade propeller).

These reaction turbines feature an axial-flow design. Adjustable blades optimize efficiency across a wide range of flow conditions.

This hydro-generator unit is designed for tidal power plants. It features a robust metallic construction with a central circular opening and internal radial supports for efficient energy conversion.

This is a bulb turbine generator component. It is designed for use in hydropower systems.

This industrial bulb turbine is engineered for efficient energy conversion in low-head hydropower applications. It features a multi-blade rotor enclosed within a streamlined housing, complete with hydraulic actuators for blade pitch control.

This Kaplan turbine is engineered for high-efficiency, low head hydropower generation. Its adjustable runner blades allow optimal performance across varying flow conditions.

This axial flow turbine is designed for small hydropower applications. It converts energy from flowing water using a runner, guide vanes, and a draft tube to maximize efficiency.

Axial flow turbines are designed for efficient energy conversion in low to medium head hydropower plants. Their robust construction and optimized blade design ensure reliable operation and maximum power output.

Large-scale hydrogenerator system designed for efficient conversion of hydraulic energy into electrical power. The Francis turbine is optimized for medium head applications to harness the kinetic energy of water flow.

This Francis turbine is designed for heads between 20 and 450 meters. The volute directs water flow efficiently, enhancing performance and reliability for small to medium hydropower plants.

This hydropower generation system converts the energy of moving water into electricity. It is suitable for renewable energy projects requiring sustainable power generation.