"casting steel turgo hydro generator"

Pelton Hydro Turbine for Micro Hydroelectric Generation High-performance Pelton hydro turbine designed for micro, mini, and small-scale hydroelectric systems operating at 250-meter head with 50Hz grid compatibility. Product Overview This impact hydraulic turbine features a working jet center line tangent to the runner pitch circle, with runner blades composed of double bowl-shaped buckets. Available in horizontal and vertical shaft configurations, it's ideal for high-head,

Product Description: Turgo Impulse Turbine The Turgo Impulse Turbine is a highly efficient, reliable and versatile hydro turbine designed for small to medium scale power generation. With an impressive power output range of 1 KW to 100 KW, it is suitable for a wide range of applications including micro-hydro power plants, irrigation systems, and off-grid power generation. Power Output The Turgo Impulse Turbine is capable of producing power in the range of 1 KW to 100 KW,

Product Description: Turgo Impulse Turbine The Turgo Impulse Turbine is a highly efficient and reliable hydro power generation product that harnesses the power of water to produce electricity. Developed by a team of experts in the field, this turbine is designed to meet the growing demand for clean and sustainable energy sources. Environmental Impact The Turgo Impulse Turbine has a minimal environmental impact, making it an ideal choice for those looking to reduce their

Turgo Turbine - High Head Small Hydroelectric Generator The Turgo turbine is specifically engineered for power stations operating with high head and low flow conditions. Water flows from the reservoir or pressure pool through the diversion pipe, then exits the nozzle at high velocity to strike the runner blades, driving rotation. After passing through the runner, water discharges into the tailwater tank and downstream channel. This inclined-jet turbine is designed for small

350kw Turgo water turine Generator For Hydro Power Plant overview Turgo turbine compared with tangential impulse or called pelton one has a lot of advantage such as higher specific speed,wide range of application as well as easy match directive driving generator,except wide range of application as well as easy match directive driving generator,except simple of construction, reliable operation,convenience in operation and maintenance etc. Turgo or inclined-jet implulse turbine

200kW Generator Turbine - Pelton, Crossflow, Propeller & Reaction Types for High Head Applications Turgo Turbine Overview The Turgo inclined-jet turbine is engineered for power stations operating with high head and low flow conditions. Water flows from the reservoir through diversion pipes and nozzles, striking runner blades at high velocity to generate rotational energy. After passing through the runner, water discharges into the tailwater tank and downstream channel.

PLC Controlled Pelton Hydro Turbine A high-efficiency water jet turbine designed for large-scale power generation with atmospheric outlet pressure and automatic operation capabilities. Product Overview The Pelton Hydro Turbine is a highly efficient water impulse turbine that harnesses water power to generate renewable energy. It operates in both automatic and manual modes, providing flexibility and convenience. Key Features Dual Operation Modes: Automatic and manual control

97% Efficiency Hydroelectric Pelton Turbine For Mini HPP 650KW High-Efficiency Pelton Turbine Generator Unit Advanced CJA237/475 Pelton turbine generator unit designed for mini hydro power plants with exceptional 97% efficiency rating. CJA237/475 Pelton Turbine Generator Unit Specifications Turbine Type Water Head (m) Discharge (m/s) Output (kw) Speed (r/min) Generator Type Capacity (kw) CJA237/475-1*7 200 0.232 383.2 750 SFW320-8/850 320 220 0.243 440.5 750 SFW400-8/850 400

100 Kw Small Mini Francis Turbina High Head Hydro Water Generator Turgo Turbine The inclined-jet turbine is designed for power stations with high head and low flow conditions. Water flows from the reservoir through diversion pipes and nozzles at high velocity onto the runner blades, creating rotation that drives the hydrogenerator to produce electrical energy. The turbine features an inclined axis design where water flows at an angle to the unit axis. Key components include: