Brief: This video frames the solution within typical operational contexts for clearer understanding. Watch as we demonstrate the 1000 KW Hydro Turbine Generator with brushless excitation in action, showcasing its horizontal layout for easy installation and stable performance in hydropower plants. You'll see how this generator efficiently converts water's kinetic energy into reliable AC electrical power, making it ideal for medium-scale projects and diverse applications.
Related Product Features:
High-efficiency design suitable for various hydroelectric power plants.
Power output range up to several hundred MW for large-scale energy demands.
Horizontal layout for optimized installation and maintenance access.
600V operational voltage for standard power system compatibility.
Compatible with multiple turbine types: Francis, Kaplan, and Pelton for different flow conditions.
Insulation Class F/F for superior thermal endurance and reliability.
Brushless excitation system for minimal maintenance and enhanced reliability.
Robust construction ensuring long service life in demanding applications.
FAQs:
What is the rated power and capacity of this hydro turbine generator?
This generator has a rated power of 1000 KW and a capacity of 650 KW, designed to maintain optimal performance under varying load conditions for medium-scale hydroelectric plants.
Which turbine types is this generator compatible with?
It is compatible with multiple turbine types including Francis, Kaplan, and Pelton, allowing it to be used effectively in different water flow conditions and project requirements.
What are the key advantages of the brushless excitation system?
The brushless excitation system minimizes maintenance needs and enhances overall reliability, making the generator more durable and cost-effective over its long service life.
What applications is the SFW-2025 model suitable for?
It is engineered for diverse hydroelectric applications including mountainous regions, river basins, run-of-river installations, reservoir-based stations, rural electrification, industrial facilities, and remote communities.