Bulb Turbine Generator

Horizontal 450kw Electric Water Wheel Generator For Micro Hydro Power Plant overview Pelton turbine have two mount type of vertical and horizontal which is suitable for high water head site. vertical shaft machines equipped with multi-jet collectors for an output up to ~20 MW and with runner diameters up to 4m. horizontal shaft single or double runner Pelton turbines with one or two jets. These turbines operate economically with the lowest discharges. Hongya runner design

Horizontal 550kw Hydroelectric Turbine Generator For Micro Hydro Power Plant Micro Mini Small Water Francis Pelton Turgo Kaplan Hydro Hydraelectric Turbine Permanent Magnet Generator Alternator EPC overview A Pelton turbine or Pelton wheel is a type of turbine used frequently in hydroelectric plants. These turbines are generally used for sites with heads greater than 1000 meters. When used for generating electricity, there is usually a water reservoir located at some height

High Head Water Turbine for Hydropower Projects The High Head Water Turbine is an advanced axial flow turbine engineered for exceptional performance in hydroelectric power generation. Designed to operate efficiently under a water head of 180 meters, this turbine is ideal for sites with significant elevation differences, ensuring maximum energy extraction from flowing water. Key Features Product Name: High Head Water Turbine Type: Hydraulic Turbine Power Range: 1400-2200 KW

High Head Water Turbine Advanced hydroelectric solution designed to harness water energy from heights ranging 50-700 meters, featuring tubular turbine technology with axial flow mechanism for optimal energy conversion. Key Specifications Power Range 1400-2200 KW Head Range 50-700 Meters Rotation Speed 1000 RPM Operating Temperature -10°C to 50°C Frequency 50Hz/60Hz Product Features Model: XJ02-W-50/1*11 with tubular turbine design Efficient axial flow turbine mechanism for

High Head Water Turbine - Model XJ02-W-50/1*11 The High Head Water Turbine model XJ02-W-50/1*11 is an advanced hydroelectric power generation solution designed to efficiently convert the energy of high head water sources into electrical power. This hydraulic turbine features a robust design with stainless steel guide vanes and operates at 1000 RPM, making it ideal for various hydroelectric applications requiring reliable performance and long-term durability. Key Features

High Head Water Turbine Overview The High Head Water Turbine is an advanced hydraulic turbine engineered to efficiently convert high-pressure water flow into electrical power. Featuring a 1.0 meter runner diameter, this compact yet powerful solution is ideal for diverse hydroelectric applications. Key Features Product Name: High Head Water Turbine Phase Type: 3 Phase / 1 Phase Operating Temperature Range: -10°C to 50°C Rotation Speed: 1000 RPM Runner Diameter: 1.0 M Color:

High Head Water Turbine Overview The High Head Water Turbine is an advanced hydroelectric solution engineered to harness water power at elevations ranging from 50 to 700 meters. Designed specifically for high head applications, this turbine excels in mountainous regions and locations with significant water elevation drops. With a water head capacity of 180 meters, it efficiently converts kinetic energy into mechanical energy to drive generators for electricity production.

High Head Water Turbine The XJ02-W-50/1*11 High Head Water Turbine is an axial flow turbine engineered for optimal performance at 1000 RPM, delivering precise rotational speed control and reliable power generation in demanding hydroelectric applications. Product Overview This high-efficiency hydroelectric turbine is specifically designed for high head applications up to 180 meters, featuring a 1.0-meter runner diameter and extensive head range capability from 50 to 700 meters

High Head Water Turbine with Stainless Steel Runner The High Head Water Turbine is an advanced hydroelectric power generation solution engineered to efficiently harness energy from water sources with significant vertical drops ranging from 50 to 700 meters. This turbine optimizes performance in high head applications, making it ideal for hydroelectric projects where elevation differences are substantial. Featuring brushless excitation technology and stainless steel guide

Stainless Steel Guide Vane Bulb Generator High-performance 1000RPM hydroelectric power generator specifically designed for river and dam installations, delivering reliable energy conversion in demanding environments. Product Overview The High Head Water Turbine is an advanced hydroelectric solution engineered to efficiently harness energy from high head water sources. Operating within a power range of 1400 to 2200 KW, this turbine delivers optimal performance for medium to

High Head Water Turbine for Energy Production The High Head Water Turbine is an advanced hydro tubular turbine engineered for exceptional performance in hydroelectric power generation. Designed to operate efficiently under high head conditions, this turbine harnesses fast-flowing water sources to produce clean, renewable electricity. With robust construction and cutting-edge technology, it maximizes output while minimizing environmental impact. Key Specifications Power Range:

High Head Water Turbine Bulb Turbine Generator The High Head Water Turbine is an advanced hydroelectric solution engineered to efficiently convert high head water energy into reliable electrical power. Designed for modern hydroelectric plants, this turbine delivers impressive performance, durability, and adaptability across diverse operating conditions. Power Range: 1400-2200 KW Head Range: 50-700 Meters Key Features Stainless steel guide vane for enhanced durability and

Vertical 600kw Mini Water Turbine Generator For Micro Hydro Power Plant overview A hydraulic turbine converts the energy of flowing water into mechanical energy. A hydroelectric generator converts this mechanical energy into electricity. The operation of a generator is based on the principles discovered by Faraday. He found that when a magnet is moved past a conductor, it causes electricity to flow. In a large generator, electromagnets are made by circulating direct current