Brief: Want to know how a 100kw hydro generator delivers renewable energy for industrial applications? In this video, we walk you through the design and operation of the Vertical Layout Francis Hydro Turbine. You'll see how its 30° blade rotation angle and 0.80 power factor maximize efficiency, and learn why it's a versatile solution for medium-head, medium-flow water sources, scalable from small KW to large MW projects.
Related Product Features:
Features a vertical layout pattern for flexible installation in various hydroelectric projects.
Delivers a wide power output range from a few kilowatts to several hundred megawatts.
Operates with a high power factor of 0.80 for efficient energy conversion.
Includes an automatic control system enabling unattended operation.
Utilizes a brushless generator type for reliable and efficient performance.
Equipped with adjustable wicket gates for precise flow regulation.
Designed with a 30° blade rotation angle to minimize hydraulic losses.
Offers both vertical and horizontal shaft types to suit site-specific conditions.
FAQs:
What is the power output range of the Francis Hydro Turbine?
The Francis Hydro Turbine is highly scalable, with a power output range starting from just a few kilowatts (KW) up to several hundred megawatts (MW), making it suitable for both small-scale and large-scale hydroelectric projects.
How does the blade rotation angle affect the turbine's performance?
The blade rotation angle is precisely set at 30 degrees to optimize water flow through the turbine, reducing hydraulic losses and enhancing torque generation, which significantly improves overall energy conversion efficiency.
What types of applications is this hydro generator suitable for?
This turbine is ideal for small to medium-sized hydroelectric plants, remote off-grid electrification, industrial power supply, agricultural irrigation, and municipal water management systems where sustainable, renewable energy is required.
What control features does the Francis Hydro Turbine include?
It features an automatic control system for unattended operation and adjustable wicket gates that allow precise regulation of water flow, optimizing performance and energy output.