500KW to 1000KW hydro turbine generators

Presenting a compact and efficient hydroelectric solution, our turbines range from 500KW to 1000KW, offering versatile power generation capabilities.

With a flow rate spanning 1.27 m³/s to 4.23 m³/s and water head potentials from 11m to 30m, these turbines are optimized for various settings.

The generators, with models like SFW100—1000, operate seamlessly at 50Hz/60Hz frequencies and provide a reliable power supply at voltages of 400V/6300V.

Certified with ISO9001/CE/TUV/From-E, these turbines reflect our commitment to quality.

Featuring a remarkable efficiency of 92%-96%, the brushless excitation generator and butterfly valve contribute to the system's reliability and precision.

Crafted with a stainless steel runner, our turbines ensure durability, corrosion resistance, and sustainable energy production, embodying our dedication to advancing hydroelectric solutions.

Short Description of 500kw to 100kw hydro turbines:

Output:                          500KW~1000KW
Flow Rate:                     1.27 m³/s—4.23m³/s
Water Head:                  11m—30m
Generator:                     BrushlSFW100—1000
Frequency:                    50Hz/60Hz
Certificate:                     ISO9001/CE/TUV/From-E
Voltage:                         400V/6300V
Efficiency:                      92%-96%
Generator:                      Brushless Excitation
Valve :                            Butterfly valve
Runner material:            Stainless steel

The Francis Turbine represents a pinnacle of hydroelectric engineering with its advanced features. Employing a dynamic balance check wheel and an all-stainless steel wheel, the turbine ensures precision and durability.

The inclusion of a flywheel and brake device enhances safety and operational control. The generator, designed with a voltage of 0.4KV and operating at a frequency of 50HZ, boasts a power factor of COSф=0.80. With a brushless excitation generator, it guarantees reliable power generation.

Furthermore, the power plant's electrical equipment is equipped with automatic remote control, facilitating unattended operation and adding to the efficiency of the system. The control valve adopts a full-bore electric butterfly valve with an electric bypass and PLC interface, ensuring precise control and adaptability to varying conditions.

In terms of logistics and protection, the packaging strategy is comprehensive, comprising a wooden box, steel frame, and waterproof, moisture-proof packaging.

This meticulous approach safeguards the turbine components during transportation, underscoring a commitment to quality and reliability from production to deployment.

1.The Francis Turbine adopts dynamic balance check wheel, all stainless steel wheel, with flywheel and brake device

2.Generator design voltage 0.4KV, frequency 50HZ, power factor COSф=0.80, brushless excitation generator

3.The electrical equipment of the power plant is equipped with automatic remote control, which can be unattended

4.The control valve adopts full bore electric butterfly valve, electric bypass, PLC interface

5. The packaging adopts wooden box + steel frame + waterproof and moisture-proof packaging

Hydro Power Plant: Harnessing Sustainable Energy

A Hydro Power Plant is a marvel of engineering that converts the potential energy of flowing water into electrical power.

This renewable energy source has been harnessed for centuries and continues to play a crucial role in the global pursuit of sustainable power generation.

Components and Working Principle: At the heart of a Hydro Power Plant is a turbine, often a Francis, Pelton, or Kaplan turbine, depending on the characteristics of the water source. The turbine is strategically placed in the path of flowing water, utilizing its kinetic energy to drive the generator. As water flows over the turbine blades, it causes them to spin, converting the mechanical energy into electrical energy.

The dam is a key element in the setup, creating a reservoir that stores water. The controlled release of this stored water ensures a steady flow to the turbine, regulating power generation. The height from which the water falls, known as the head, and the volume of water flow collectively determine the plant's output capacity.

Key Features and Benefits:

1. Renewable and Clean: Hydro power is renewable, as it relies on the continuous water cycle. It produces minimal greenhouse gas emissions, contributing to cleaner air and a reduced carbon footprint.

2. Reliability: Hydro Power Plants offer a consistent and reliable power supply, providing base-load electricity to meet both regular and peak demand.

3. Storage Capability: Hydroelectric dams act as energy storage systems. Excess electricity generated during periods of low demand can be stored by pumping water back into the reservoir, ready for use during peak demand.

4. Long Lifecycle: Hydro Power Plants are known for their longevity, with well-maintained facilities lasting for several decades. This ensures a sustained return on the initial investment.

5. Adaptability: Hydro power can be harnessed in various forms, from large-scale dams to smaller run-of-the-river plants, making it adaptable to different geographic and environmental conditions.

Environmental Considerations: While hydro power is a clean energy source, the construction of dams can have environmental impacts, including changes to ecosystems and aquatic habitats. Modern hydro projects often incorporate measures to minimize these effects and maintain a balance between energy production and environmental conservation.

In conclusion, Hydro Power Plants exemplify the synergy between nature and technology, providing a reliable and sustainable energy source that contributes significantly to the global quest for cleaner, greener power generation.

Contact Us For A Quick Quote