Francis turbine is applicable to middle and low water head and middle and small flow of hydropower station. Micro hydropower project is usually using vertical type Francis turbine generator system. The turbine is mainly composed of spiral case (water diversion chamber), turbine runner or wheel, water guide vane (wicket gates), draft tube, etc.
Our 50KW Francis Hydro Turbine Generators are a compact yet powerful solution for harnessing hydroelectric energy.
With a targeted output of 50KW, a flow rate of 0.5m³/s, and a water head of 20m, these generators are designed for efficiency and sustainability.
Operating at a frequency of 50Hz, they adhere to international standards, holding certifications such as ISO9001, CE, TUV, and SGS, ensuring reliability and quality.
The generator, of the SFW50 type, employs advanced brushless excitation technology, enhancing its durability and performance. The customized valve allows precise control over water flow, adapting seamlessly to diverse hydro conditions.
The runner material is also tailored to specific project requirements, underlining our commitment to flexibility and optimization.
With a voltage of 400V and an impressive efficiency rating of 92%, these generators are not only reliable but also highly effective in converting water's kinetic energy into electrical power.
In summary, our 50KW Francis Hydro Turbine Generators are a testament to precision engineering, adaptability, and sustainable energy solutions in the field of hydroelectric power generation.
Output: 50KW
Flow Rate: 0.5m³/s
Water Head: 20m
Frequency: 50Hz
Certificate: ISO9001/CE/TUV/SGS
Voltage: 400V
Efficiency: 92%
Generator Type: SFW50
Generator: Brushless Excitation
Valve : Customized
Runner Material: Customized
The Francis turbine's adaptability extends to middle and low water heads and moderate to small flows, making it an ideal choice for hydropower stations.
In micro hydropower projects, particularly, the vertical type Francis turbine generator system is commonly employed.
This turbine, pivotal for harnessing energy from water, consists of key components such as the spiral case (water diversion chamber), turbine runner or wheel, water guide vane (wicket gates), and the draft tube.
Engineered to operate within water head ranges of 20-300 meters and with a specific suitable flow, the Francis turbine offers versatility in its applications.
It can be configured in both vertical and horizontal arrangements. The vertical orientation is frequently favored for micro hydropower projects, providing compact and efficient solutions.
In the case of horizontal Francis turbine units, the design incorporates a horizontal shaft and can have 2 or 3 supports, usually arranged in a single stair configuration.
This arrangement ensures a simple structure, facilitating ease of operation and maintenance. The horizontal configuration's advantages lie in its straightforward design and accessibility, making it a practical choice for various hydropower applications.
Noteworthy is the Francis turbine's distinct advantages, including high efficiency, compact size, and a reliable structure.
These attributes make it a preferred choice for hydropower projects where optimizing energy conversion, space utilization, and structural dependability are paramount.
The horizontal arrangement, in particular, aligns with these advantages, offering a straightforward solution for harnessing hydroelectric power in diverse settings.
Francis turbine applies to middle and low water head and a middle and small flow of hydropower station.
Micro hydropower projects usually use vertical-type Francis turbine generator systems.
The turbine is mainly composed of spiral case (water diversion chamber), turbine runner or wheel, water guide vane (wicket gates), draft tube, etc.
Francis turbine is a kind of turbine suit to water head 20-300meters and with certain suitable flow.
It could be divided into vertical and horizontal arrangement.
Francis turbines have the advantage of high efficiency, small size, and reliable structure.
A horizontal Francis turbine unit, with a horizontal shaft, could have 2 or three supports.
Which is normally a stair arrangement. Simple structure, easier operation, and maintenance.
The culmination of a 50KW Francis Turbine engineering project marks a significant milestone as we deliver the finished goods for a valued French customer.
The order was initiated at the close of 2018, driven by the customer's engineering company's anticipation of future, more robust hydropower projects.
Recognizing the importance of this endeavor, the customer, accompanied by their spouse, personally visited our factory in China to gain insights into our manufacturing processes and provided crucial feedback regarding the impending delivery.
This collaborative venture involved our dedicated engineers tailoring the Francis hydroelectric generating set to the specific requirements of the customer.
Leveraging detailed data on the customer's head and flow parameters, our engineering team crafted a unique design, ensuring optimal performance and efficiency tailored to the intricacies of the upcoming hydropower project.
The production process, guided by precision and innovation, has now culminated in the completion of the Francis Turbine.
The product stands as a testament to our commitment to delivering tailor-made solutions that meet and exceed our customers' expectations.
This collaborative journey, from the initial order to the personalized design and eventual delivery, underscores the seamless integration of client feedback into our engineering processes, ensuring a product that not only meets technical specifications but also aligns seamlessly with the evolving needs of our esteemed clientele.
As we dispatch the Francis Turbine to our French customer, we anticipate the positive impact it will have on their hydropower endeavors and look forward to continued collaborations in the realm of renewable energy solutions.
The Francis Turbine ordered by a French customer has been produced.
The equipment was ordered at the end of 2018, because the customer’s engineering company will have other more powerful hydropower projects in the future, so this time he and her wife went to China together to visit our factory, and gave us feedback on the upcoming delivery.
Our engineers designed the Francis hydroelectric generating set for the customer uniquely based on the customer's head and flow data
Francis turbine is applicable to middle and low water head and middle and small flow of hydropower station. Micro hydropower project is usually using vertical type Francis turbine generator system. The turbine is mainly composed of spiral case (water diversion chamber), turbine runner or wheel, water guide vane (wicket gates), draft tube, etc.
