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The Hydrologic Cycle
Water constantly moves through a vast global cycle, in which it evaporates from lakes and oceans, forms clouds, precipitates as rain or snow, then flows back to the ocean. The energy of this water cycle, which is driven by the sun, is tapped most efficiently with hydropower.
 

How HydroPower Plants Operate
Hydropower plants capture the kinetic energy of falling water to generate electricity. A turbine and a generator convert the energy from the water to mechanical and then electrical energy.

The turbines and generators are installed either in or adjacent to dams, or use pipelines (penstocks) to carry the pressured water below the dam or diversion structure to the powerhouse. Hydropower projects are generally operated in a run-of-river, peaking, or storage mode.

Hydroelectric generation makes up about 96 percent of our renewable energy production, or about 310.3 billion kilowatt-hours of energya year -- saving over 531 million barrels of oil each year.

HydroPower Formula Calculation
The power capacity of a hydropower plant is primarily the function of two variables:

Flow rate expressed in cubic feet per second (ft3/s)

The hydraulic head, which is the elevation difference the water falls in passing through the plant.

Project design may concentrate on either of these variables or both.

Examples of Hydropower Distributed Generation Projects
Commercial hydropower projects are generally operated in a run-of-river, peaking, or storage mode. Many projects combine the modes.

Diversion Hydropower


Diversion channels a portion of the river through a canal or penstock, but may require a partial dam. This provides a lesser impact to the stream flow.

Run-of-River Projects

Low impact hydropower method that utilizes the flow of water within the natural range of the river, requiring little or no impoundment. Run-of-river projects use the natural flow of the river and produce relatively little change in the stream channel and stream flow.

Run-of-river plants can be designed using large flow rates with low head or small flow rates with high head. The hydraulic head is the elevation difference the water falls in passing through the plant.

 

Peaking Projects

A peaking project impounds and releases water when the energy is needed.

Storage Projects

A storage project extensively impounds and stores water during high-flow periods to augment the water available during low-flow periods, allowing the flow releases and power production to be more constant.

Pumped storage projects differ from conventional hydroelectric projects in that they normally pump water from a lower reservoir to an upper reservoir when demand for electricity is low.

Water is stored in an upper reservoir for release to generate power during periods of peak demand. For example, in the summer water is released during the day for generating power to satisfy the high demand for electricity for air conditioning. At night, when demand decreases, the water is pumped back to the upper reservoir for use the next day.

Microhydropower Distributed Generation Projects
Smaller, single community projects are termed Microhydropower and produce 100 kilowatts (kW ) or less.

Microhydro plants can utilize low heads or high heads. The hydraulic head is the elevation difference the water falls in passing through the plant.

These are projects that can pass on RE towards small communities or single households.

Basic Microhydropower Formula

Approximate power available at any given site can be assessed using the formula: 

head (feet) x flow (gpm) / 8 -- Watts

e.g., 100 feet x 30 gpm / 8 = 375 Watts

or

head (m) x flow (l/m) / 10 = Watts

e.g., 30 m x 120 I/m / 10 = 360 Watts

Most hydroelectric projects serve other purposes such as navigation, flood control, recreation, and irrigation, and flow augmentation.

Please visit our other Hydro web pages for further information on estimating your potential, feasibility studies, abstraction licensing, system design and installation. maintenance.

 
micro hydro power, micro hydroelectric generator
Dual Nozzle XJ25-3.0DCTF4-Z
small hydro generator
Single Nozzle XJ14-0.2DCT4-Z
Dual nozzleXJ30-20SCTF4/6-Z
hydro power turbines
ECO-Axial-1.8-0.3DCT4-Z
Stream Line, Kenya
Small Hydro
Water Turbines
Figuring Out if Microhydro Will Work For You
Hydro Power
A Guide to Hydro Power
Hydroelectric Scheme
Hydropower As Renewable Energy
Introduction to Water Turbines
Hydro Power Intro
Hydro Resources
Solar Powered Water Pumping
Natural & Renewable Energy Sources
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Low Water Head
 
ECO-Axial-1.8-0.3DCT4-Z

ECO-Axial-2.0-0.5DCT4-Z

ECO-Axial-2.2-0.7DCT4-Z

ECO-Axial-ZD2.5-1.0DCT4-Z

 

Medium Water Head
 
ECO-GD-LZ-12-3KW

ECO-GD-LZ-20-3KW

ECO-GD-LZ-20-5KW

ECO-GD-LZ-20-6KW

ECO-GD-LZ-20-8KW

ECO-GD-LZ-20-10KW



 

High Water Head
 


Single Nozzle XJ14-0.3DCT4-Z

Single NozzleXJ18-0.5DCT4-Z

SingleNozzleXJ18-0.75DCT4-Z

Single NozzleXJ22-1.1DCT4-Z

Dual NozzleXJ22-1.1DCTH4-Z

Single Nozzle XJ25-1.5DCT4-Z

Dual Nozzle XJ25-1.5DCTH4-Z

Single Nozzle XJ25-3.0DCT4-Z

Dual Nozzle XJ25-3.0DCTF4-Z

SingleNozzleXJ28-6.0DCT4/6-Z

DualnozzleXJ28-6.0DCTF4/6-Z

Single nozzle XJ30-10DCT4-Z

Dual nozzleXJ30-10DCTF4/6-Z

Dual NozzleXJ30-15SCTF4/6-Z

Dual nozzleXJ30-20SCTF4/6-Z

Dual nozzleXJ38-30SCTF4/6-Z

 
Hydro Power Turbines
 
Francis Turbine(mixed type)

 
 
Kaplan Turbine (propeler)

 
 


Tubular Turbine (bulb type)

 
 
Pelton Turbine(impulse type)

 
 
Turgo(Inclined Jet Turbine)

 
 


Synchronous Generator

 
 


Control System

 
 


Slurry Pump

 
 


Engineering

 
 


Efficiency Testing

 
 


Manufacturing Machines

 
 


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