Brief: Observe the step-by-step operation and see practical examples of usage in this video showcasing our 1000kw Hydro Electric Systems. You'll learn how these hydro turbine generators efficiently convert flowing water into reliable electricity for micro hydro power plants, featuring proven technology for long-term energy conversion and system reliability.
Related Product Features:
Converts the energy of flowing water into mechanical energy and then into electricity using Faraday's principles.
Engineered to reduce thermo-mechanical stress on the generator structure for improved reliability and extended lifetime.
Features a stator core pressing system that provides precise pressing force where needed in the core.
Includes a closed loop air ventilation circuit as standard, with optional state-of-the-art cooling systems.
Available in low-speed configurations ideal for run-of-river plants with Kaplan turbines.
Offers high-speed machine options for use with Francis and Pelton turbines in high head applications.
Built with copper coil material and brushless excitation for durable and efficient operation.
Designed with F/F generator insulation and a vertical layout pattern, supporting a lifespan of up to 50 years.
FAQs:
How does the hydro turbine generator convert water energy into electricity?
The hydraulic turbine first converts flowing water's energy into mechanical energy. This mechanical energy then drives a generator, where electromagnets (field poles) on the rotor move past conductors in the stator, inducing electricity flow based on Faraday's principles of electromagnetic induction.
What types of turbines are these generators compatible with?
Our generators are compatible with various turbine types: low-speed machines are ideal for run-of-river plants with Kaplan turbines, while high-speed machines are used with Francis and Pelton turbines for high head hydro power applications.
What features ensure the long-term reliability of these hydro generators?
Key features include engineering that reduces thermo-mechanical stress on the generator structure, a stator core pressing system for precise force application, a standard closed loop air ventilation circuit, and optional advanced cooling systems, all contributing to a lifespan of up to 50 years.