Horizontal 1000kw Off Grid Hydro Power Water Turbine Generator For Micro Hydro Power Plant

overview

Turbine – generator unit

The role of the turbine is to transform the energy of water, steam or wind into mechanical energy that will make the generator spin. The generator transforms the mechanical energy into electricity. In hydropower plants, this combination of generator and turbine is called a generating unit.

Moving water makes the turbine spin

In this generating unit, water rushes through the penstock and into the scrollcase. It turns the turbine blades and is then drawn to the turbine axis to exit through the underneath draft tube. The mechanical energy produced by the tremendous force that rushing water exerts on the turbine is transmitted to the generator, which then converts it into electrical energy.

Driven by the turbine, the generator produces alternating current

The generator is connected to the turbine drive shaft. It has a moving part–the rotor–and a fixed part–the stator. The rotor's outer surface is covered with electromagnets. The stator's inner surface, or cylinder wall, is made up of copper windings. When the rotor turns inside the stator, the electrons in the copper windings "vibrate." Their movement generates an electric current, similar to the one created by Michael Faraday in his 1831 experiment on electromagnetic induction, but on a much larger scale.

Turbines have a constant rotation speed

All the generating units in a power system must be synchronized. In other words, it's essential that they maintain an exact rotation speed. Why? To ensure adequate power quality. Equipment that runs on electricity is designed to use alternating current of a specific frequency. This frequency depends on the generating unit's rotation speed, i.e., the number of times per second that rotor magnets travel past the stator windings. This frequency is expressed in cycles per second, or hertz (Hz), named after the German physicist Heinrich Hertz, who proved the existence of radio waves.

In North America, the standard alternating-current cycle is 60 times per second, but in Europe it is 50 times per second. This means that a clock designed to work at 60 Hz will be slower when plugged into a European socket.

The package of Project

a. Verification of documents submitted
b. Audition of documents by the authority
c. Signing the contract
2. Engineering Design
a. Selection of a complete set of equipment according to the request or Runh Power's recommandation or the request from the commissioner.
b. Design of overall layout and all the sub-systems within the parameter of power plant.
c. Selection of personnel participating in the project
d. Submission of technical solution to the commissioner for review and approval.
3.Equipment Purchase& Transportation
a.Turbo Generator Set and its auxiliary systems (boiler, condensing water collector, deaerator, high pressure and low pressure superheaters, power distribution system. etc )
b. All the construction material, tools, spare parts and other necessities of the project
4. Civil Construction
a. All the civil construction work within the parameter of power plant
5. Operation & Maintenance
a. Operation of power plant (technical counseling)
b.Regular maintenance and inspection
c.Technical Training Program for Power Plant Personnel
d.General Overhaul
6. Installation & Testing
a.Installation & testing for all systems & equipment provided by Runh Power
b.Installation, testing & trail run of all systems of a power plant
c.Installation, testing & trail run of entire power plant
7. Supply of Spare Parts
a. Long-term supply of spare parts and other consumibles.

Specification

Why choose us?

1. More than 20 years of industry experience, install commissioning more than 150 equipment each year

2. Provide complete proposal for hydro power plant from water to wire

3. Abundant foreign power plant project implementation experience such as France, Japan, USA, South Africa, Sri Lanka, Iran, Southeast Asia

4. Design and manufacture of hydro power generator with voltage 400V,6.3KV . capacity exceed 1000kw with 400V

FAQ

1.You are a trading company or a manufacture?

We are a hydro turbine generator manufacture with over 20 years of experiences, Our factory is in the Sichuan you will take 2 hours driving after you reach Shuangliu Airport, pay a visit to our factory you will know more about us.

2.What Kind of water turbine should I choose?

We need to know water head, flow rate, voltage level, frequency, on-grid or off-grid running, automation level from you to work out the solution

3: Can you do the EPC for the hydro power plant?

Yes, We can design, producing and install the equipment, we will dispatch technologist and workers to install the equipment.

 


Established in 2003, Hongya power is an international company offering tailored solutions for “small”hydroelectric developments. Hongya power complete water to wire package includes design, manufacture,installation & commissioning.

Hongya power offers a range of hydroelectric turbines capable of generating up to 20MW from a single unit. The range consists of Pelton, Francis and Turgo turbines and includes compact solutions for the 50kW to 10000kW market.

Drawing on the vast experience gained from over 30 years of designing, manufacturing and commissioning hydro schemes, Hongya power excels when it comes to servicing and plant modernisation –from single part replacement to fully rehabilitating whole installations back to their optimum working

efficiencies.

Hongya power exports to over 30 countries from the original headquarters in Yuping town, Hongya county, China. With thousands of installations around the world, Hongya power continues to demonstrate the ability to be sensitive to regional differences and requirements, designing, manufacturing, and installing customized engineered solutions for their clients. This coupled with a corporate commitment to invest in research and development, software, hardware, and people, allows Hongya power to improve products to best serve their clients and the Hydropower market.