project badyar - small hydro plant - panglobal corp
DESCRIPTION
Annual power output of the 5.7 MWp project is estimated to be 27,500 MWh. The site is located in the District Uttarkashi in the state of Uttarakhand, India (the foothills of the Himalayas), about 50 km northeast of Dehradun, the state capital and 300 km northeast of New DelhiTRANSCRIPT
We are focused on environmentally sustainable energy, infrastructure and technologies. Our aim is to invest in green energy technology and infrastructure
to build an inclusive green economy around the world.
To help build the World’s Green Economy. A green
economy is one that results in “improved human well-
being and social equity, while significantly reducing
environmental risks and ecological scarcities”. In its
simplest expression, a green economy is low carbon,
resource efficient, and socially inclusive.
Our aim is to invest in green energy technology and infrastructure around the world. We incubate and fund investments in renewable energy and energy efficiency technology and “green” projects that
comprise innovative solutions for basic infrastructure.
We are focused on developing a series of highly environmentally sustainable and
high ROI projects. Many of our current opportunities are concentrated on
developing projects in India. We are specifically focused on the following
immediate opportunities:
The development of small hydro power
generation projects in India
The development of solar PV
projects in India
The development of agriculture under
controlled growing conditions in India
The development of mega-watt
scale geo-thermal power projects in
India
The development of green buildings
in India
India currently suffers from a major shortage of electricity generation capacity, even though it is the world's fourth largest energy consumer after United States, China and Russia.
India's electricity sector is amongst the world's most active players in renewable energy utilization. As of December 2013, India had an installed capacity of about 69.3 GW of renewable technologies-based electricity, exceeding the total installed electricity capacity in Austria by all technologies.
The electricity sector in India had an installed capacity of 233.929 GW as
of December 2013, the world's fourth largest.
Annual power output of the 5.7 MWp project is estimated to be 27,500 MWh.
The site is located in the District Uttarkashi in the state of
Uttarakhand, India (the foothills of the Himalayas), about 50
km northeast of Dehradun, the state capital and 300 km
northeast of New Delhi
Construction expected to be completed in spring 2014
The average Indian household uses
only about 250 kWh of electricity per
year, on the other hand a new fridge in
a US household uses about 350 kWh
per year all by itself (so a typical
Indian household uses very little
power) as mentioned before Badyar
will provide 27,500 MWh per year
thus covering the demand of around
100,000 Indian households.
Flovel Energy Private Limited
APH Regency Power Group
Tractebel Engineering GDF-Suez
• Project's Lifespan - 35 years
• Workload – 24/7 365 d/y
• Staff 3 shifts, ~10 employees each
• Chief Engineer
• 3 Deputy Engineers
• 6 Technicians
• 6 labor staff/workers
Water from the river is partially collected by the Weir and passed on, into the Desander
The Desander is one of the most vital parts of a small hydro electric power plant, it collects the sediment and foreign particles carried by water. This protects the hydro mechanical equipment below in the Powerhouse.
Conveyance lines are laid out along the contours of the mountains so as not to disturb the surrounding landscape, water is driven through these lines to the forebay tank.
A forebay or surge tank is an additional storage space or reservoir fitted between the main storage reservoir and the power house. The forebay tank mitigates pressure variations due to rapid changes in velocity of water
A pipe placed at a steep angle, used for conducting water from the Forebay Tank to the motor in the powerhouse. Its primary use is to increase pressure and the speed of water flow, which directly impacts the power output.
The powerhouse is located alongside the river and right next to the Substation. It houses the two turbines and two generators as well as the control room.
Water taken from the river on top of the mountain is returned back to the same river via these two tail races. Even further reducing the impact of the hydro dam to the environment.
The two turbines and generators fitted in the powerhouse combined produce 27,500 MWh annually. Thus the annual average emission reduction works out to be 18,955 metric tonnes of CO2 equivalent.
Power produced by the Power Station is immediately transmitted to the Switchyard then on to the sub station, which in turn feeds the electricity directly to the grid.
The substation is the final stepping stone before electricity is passed on to the grid for the benefit of consumers.
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