Turgo Type Turbine

Suitable water head: h=40-300m Suitable flow: q=0.35-1.166m3/s Capacity of the generator unit: 100-1250kw The speed range of the turbine: 600-1000rpm * its nozzle has a 22.5161227;angle with the runner rotation surface. * the runner is heavily pushed by water from pressure pipe that is switched to high speed jet flow through spray nozzle, imposing the runner in inclined direction. * the runner works by water flow entering one side of vane and coming out from its other side, pushing the runner to rotate, the runner then drive the generator through coupler to produce electricity. * it can reliably operate with simple structure, easy inspection and maintenance. * inclined jet type turbine has as simple structure as the pelton turbine, reliably operate with simple structure, easy inspection and maintenance. * it has the merit of high specific speed, wide application range, easy to coupling and direct connation to the generator. Addnew's inclined jet hydro turbines (turgo turbines) is one type of impulse turbine. It is well developed and widely used in mountain area.

1.400w output 2.Contains items: -generator -blades -waterproof charge controller 3.Place of origin: wuxi city, china 4.Materials: aluminum alloy shell 5.Supply capacity: 2900/month 6.Packing: carton 7.Delivery lead-time: 1 working day after receiving payment Model   ne-400m  rated power  400w  maximum power  410w  rated voltage  12/24v  start up wind speed  2.0m/s  rated wind speed  11.5m/s  survival wind speed   50m/s  top net weight   9.5kg  wheel diameter  1.55m  blades number   3/5  blades material   nylon fiber  generator   three phase permanent magnet ac generator  magnetic steel   ndfeb  generator case   die-casting aluminum  control system  electromagnet  speed regulation   automatically adjust windward  working temperature  -40 to 80â?? Design lifeâ  20 years  certifications Ce, iso14001, iso 9001 -

The Axial turbine is for low head power plants. Water flows axially into and out of the turbine. Axial flow turbines fall into two categories, fixed blade runner and variable pitch runner, also known as a Kaplan turbine. Fixed blade turbines are very well suited to low head power plants with limited variation in head and load. Its main advantage is its simple design. When operated at fixed speed, maximum efficiency is achieved at the design head and water flow. Kaplan turbines are used for medium to large power stations where there are large variations in the head, water flow and load. Its main advantage is its ability to adapt to variable conditions with a high efficiency. The variable pitch runner is mechanically more complex than a fixed pitch runner. Axial flow turbines can be supplied for a head of 2m to 70 m. The runner diameter is available from 0.6 m to 5 m. Power capacity is from 55 kW to 50 MW.

The tubular turbine is an axial flow turbine, in a straight or S-shaped configuration. A Tubular Turbine can be supplied for a head of 2 m to 30 m. The runner diameter is available from 0.8 m to 5.6 m. Power capacity is from 250 kW to 15 MW. This turbine has high efficiency and lower constructon cost.

Pelton turbine The runner has bucket shaped blades on the periphery. The jet of water is tangential to the runner. The characteristics are, high head applications, a simple design, few problems with cavitation, highly cost effective. Pelton turbines can be supplied for a head of 100m to 500 m. The runner diameter is available from 0.55 m to 1.5 m. Power capacity is from 200 kW to 10 MW. Inclined jet turbine: The water flows into and out of the runner at an angle to the main shaft. The characteristics are high efficiency over a wide range of water flow, more flexible installation options, somewhat more complex than a Pelton turbine. Inclined jet turbines can be supplied for a head of 60m to 300 m. The runner diameter is available from 0.32 m to 0.8 m. Power capacity is from 55 kW to 6.3 MW.

In a Francis turbine, the water flows radially into the turbine and axially out of the runner. The Francis turbine, invented by an American engineer in 1849, is the most widely deployed modern turbine. The main characteristics of the Francis turbine are - a wide range of water head, simple and reliable structure, and high efficiency. A Francis Turbine can be supplied for a head of 15 m to 250 m. The runner diameter is available from 0.4 m to 4.5 m. Power capacity is from 75 kW to 50 MW. New style francis turbine, compared to the old one, it has the advantages of convenient installation, high efficiency, low noise and compact structure.

Francis turbine, kaplan turbine, pelton turbine, turgo turbine, bulb turbine, gate valve, butterfly valve, ball valve, synchro generator, excitation system, electric and control system. No

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MEGATRO provides the Wind Power Generating Industry the most reliable, economical MET tower systems in the business. These wind towers are made from solid steel and welded by certified welders, which is the tower units for wind power turbine, applied with wind power Generator during wind power generation. It is the large diameter & thick steel pipe structure below the generator of a wind turbine that supports the turbine, houses the meters and wires, and keeps the turbine high above the ground level to protect the surrounding area and people from the force of the blades. It is also the main stressed components which need to be enough strength and rigidity to endure huge wind pressure and shearing forces. The base also serves to elevate the turbine above surrounding obstacles that could otherwise block the wind. The tower units are formulated to a large tube with a variety of accessories which include platforms, ladders, cable fixings, positioning of switchboard and so on. Some of MEGATRO wind tower belong to sefl-support type, as same as taper monopole; MEGATRO's all welded design provides maximum tower stiffness, minimum twist/sway and bending. Towers come with single pole and climbing ladder and rest platform and other tower accessories. After fabrication towers are delivered to take sand-blasting, then painting them one by one. First prime painting, then intermediate coat and as last finish painting. All fabrication will be discussed by both parties and reach an agreement before mast production. Place of Origin: Qingdao, Shandong, China Model No: Based on the customer's requirements Terms of Payment: L/C, T/T Port of Loading: Qingdao Port Delivery Lead Time: one month or based on the customer's needs Design Requirements: based on the customers' specific requirements. Minimum Order Quantity: 1 set Performance Standard Chinese standard or international standard Material: Chinese material or as per clients material Export standard package or as per client