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Hydroelectric Power - How it Works

Hydroelectric Power - How it Works

Hydroelectric stations act as factories that convert the energy of falling water into the flow of electrons or what is commonly known as electricity. Most hydroelectric stations use either water…

Documentary film on Big Dams in India ( Part 3, Produced in 1999 - 2000)

Documentary film on Big Dams in India ( Part 3, Produced in 1999 - 2000)

Arable land and fresh water are two important resources of India. India's arable land area is 30% more than that of China which is as such three times India in…

Documentary film on Big Dams in India ( Part 2, Produced in 1999 - 2000)

Documentary film on Big Dams in India ( Part 2, Produced in 1999 - 2000)

Over 40 percent of India's population does not have access to electricity and providing electricity for 24 hours in rural areas is a major challenge. For this the Indian government…

Documentary film on Big Dams in India ( Part 1, Produced in 1999 - 2000)

Documentary film on Big Dams in India ( Part 1, Produced in 1999 - 2000)

This documentary film was produced by Shantakaram Films for WAPCOS - Water And Power Consultancy Services to present the views of South East Asian Countries and Govt. of India on…

Hydrokinetic energy

Hydrokinetic energy

Hydrokinetic energy-emerging trend in hydro power

Micro hydro: how it works

Micro hydro: how it works

Micro hydro uses diverted river water to local produce up to 100 KW of power. Very useful in water rich areas where access to other energy sources is difficult. Find…


Latest Videos from Hydro Energy for Cleantech Industry


Hydroelectric Power - How it Works

Hydroelectric Power - How it Works

Hydroelectric stations act as factories that convert the energy of falling water into the flow of electrons or what is commonly known as electricity.
Most hydroelectric stations use either water from the natural drop of the river such as waterfalls or rapids, or from a dam built across the river to raise the water level and to provide the drop needed to create a driving force.
Water at the higher level is collected and flows through the plant intake into a pipe which carries it down to a turbine water wheel at the lower water level. The water pressure increases as it flows down the pipe. It is this pressure in flow that drives the turbine that is connected to the generator. Inside the generator is the rotor that is spun by the turbine. Large electromagnets are attached to the rotor located within coils of copper wire. As the generator rotor spins the magnets, a flow of electrons is created in the coils. This produces electricity that can be stepped up in voltage through the station transformer and sent across transmission lines. The falling water, having served its purpose, exits the generating station, where it rejoins the main stream of river.

Topics: Large Hydro

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Documentary film on Big Dams in India ( Part 3, Produced in 1999 - 2000)

Documentary film on Big Dams in India ( Part 3, Produced in 1999 - 2000)

Arable land and fresh water are two important resources of India. Indias arable land area is 30% more than that of China which is as such three times India in size - geographically. Indias surface water estimated at 1952 BCM is about two-third that of China. Indias northern region makes up the Worlds largest alluvial plane and the soils rank among the most fertile in the World.
And yet India remains poor and underfed : Then, what is the handicap? It is two-fold - first our arable land is spread out stretching from Kachchh to Brahmaputra valley and from Deccan trap to planes of Punjab, while bulk of surface water sources are concentrated in about a dozen river basins; second, 80 to 90% of surface water is available only in monsoon months, and flows down the sea if not impounded. Therefore neither water nor land is utilised optimally, depriving the country of their full benefits.
The Sardar Sarovar Project, or any other large water resources project for that matter, has to be viewed in this national perspective.

In course of 50 years of planned economic development of our country, we have taken tremendous strides in agriculture sector. Our country which had to depend upon imports to feed even a population of 350 millions (35 crores) when we became independent, has attained a position of self sufficiency with some exportable surplus even with a population of over 1 billion (102 crores). This has been made possible by harnessing waters of major rivers of our country with a chain of large multipurpose projects starting from Bhakhara Nangal, Hirakud, Nagarjuna Sagar, Tungabhadra etc. Indias population continues to grow notwithstanding our all out efforts on family planning front. Various studies indicate that countrys population might cross 120 crores by 2020 A.D. Thus we shall have additional 200 million (20 crores) people to be accommodated in our production basket of food grains, sugar, cotton, edible oil and so on. This can be possible only by creating more Bhakhara Nangals and more Hirakuds. Harnessing entire water resources of the country is the only way to sustain our self-sufficiency in basic requirement of food and clothing. Other countries of the World have also done the same. And the faster we go on this path better assured we shall be on the food security and keeping poverty and hunger at bay, improving the quality of life and providing electricity to light the rural homes and energise wheels of Cottage Industries.

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Documentary film on Big Dams in India ( Part 2, Produced in 1999 - 2000)

Documentary film on Big Dams in India ( Part 2, Produced in 1999 - 2000)

Over 40 percent of Indias population does not have access to electricity and providing electricity for 24 hours in rural areas is a major challenge. For this the Indian government has envisioned several paths for its energy requirements, from nuclear to renewable. Despite greening its energy requirements, the government has taken various paths from bidding foreign oil well through diplomatic manoeuvring to establishing fossil fuel thermal plants. Meanwhile, hydro-power is one of the energy sources which oscillate between aspiration and achievements. But today there is a strong push for large hydro projects in India.

The Bhakra Nangal dam project is an icon. Policy-makers, media persons and even ordinary people very often credit it with bringing about the Green Revolution. The irrigation waters from the extensive canal network of the project situated on the river Sutlej in Himachal Pradesh — it also taps water from the river Beas — is said to have turned Punjab and Haryana into the nations bread baskets.

In addition to preventing destructive floods, this multipurpose project irrigates the agricultural areas of Delhi,Rajasthan, Punjab, Himachal Pradesh and Haryana. The project generates 1 million kilowatt of hydro-electricity.
The lake created by the dam is a 97 km long, 6 km wide reservoir named Gobindsagar.Though located in Himachal Pradesh, the entrance to this dam is at Nangal in Punjab

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Documentary film on Big Dams in India ( Part 1, Produced in 1999 - 2000)

Documentary film on Big Dams in India ( Part 1, Produced in 1999 - 2000)

This documentary film was produced by Shantakaram Films for WAPCOS - Water And Power Consultancy Services to present the views of South East Asian Countries and Govt. of India on large dams, there benefits and there R&R problems in the 2nd World Water Summit held in The Hague in Netherlands in February 2000.
The worlds worst recorded food disaster happened in 1943, when an estimated 4 million people in eastern India died. At the time, people believed the Bengal Famine happened because Indias farmers could not produce enough food to feed everyone. Food security—ensuring sufficient food production to feed a countrys people—became the Indian governments biggest priority. Green Revolution is
the term that refers to the governmental focus on food production in India from 1967—1978. Previously, the country had focused on expanding the amount of land under cultivation, but as the population continued to increase at a much faster rate than food production, the government changed its focus. During the Green Revolution, attention turned to improving farming techniques.
There were three basic parts of the Green Revolution in India: (1) expansion of farming areas; (2)double cropping technique; and (3) improved seed genetics. Double cropping, harvesting two crops per year, was the primary feature of Indias Green Revolution and required a steady supply of water. To make this possible, the government began construction of a network of large dams. Dams are able to conserve monsoons rains and irrigate crops all year, especially useful during the dry season.
In India, agriculture employs about two-thirds of the workforce and is the most important economic sector. Since the 1950s, there has been a 2.5% average yearly increase in crop output, mostly due to yield—how much food a plant or seed produces—and not to an increase in the amount of land being farmed. With the Green Revolution, the production of rice, the staple food of southeast India,
increased by 350% and the production of wheat, the staple in the northwest, increased nearly 850%.

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Hydrokinetic energy

Hydrokinetic energy

Hydrokinetic energy-emerging trend in hydro power

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Micro hydro: how it works

Micro hydro: how it works

Micro hydro uses diverted river water to local produce up to 100 KW of power. Very useful in water rich areas where access to other energy sources is difficult. Find out how it works in this minute long silent animation.

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