When was the Koyna Dam in Maharashtra built?
1956
Koyna Dam – Lake Tapping/Constructions began
Which is the biggest dam in Maharashtra?
1. Koyna Dam, Satara. The Rubble-concrete Koyna Dam constructed on Koyna River, located in Koyna Nagar, Satara district in the Western Ghats of India. It is the largest dams in Maharashtra with a total installed capacity of 1,920 MW.
Who constructed Koyna Dam?
Hint: The Koyna dam was built by the Maharashtra government. After the Ganga, Godavari and Brahmaputra, the river is India’s fourth largest river in terms of water inflows and river basin area. Before entering Telangana State, it flows through the state of Karnataka.
Where is the largest hydroelectric power plant located in Maharashtra?
The Koyna Hydroelectric Project is the largest hydroelectric power plant in India. It is a complex project with four dams including the largest dam on the Koyna River, Maharashtra hence the name Koyna Hydroelectric Project. The project site is in Satara district. The Koyana Dam situated near Koyananagar village.
What will happen if Koyna dam breaks?
A considerable amount of water stored over the earth’s plate can trigger seismic activity in the Koyna region. If the dam fails without warnings, it will be a colossal disaster and causing loss of human life and power as the dam has a vast catchment and generates 60% of Maharashtra state’s electricity.
What are the 5 major dams of Maharashtra?
Given below is a list of the five most popular dams found in Maharashtra.
- Koyna Dam. Photo (cropped) by Ameymodak, CC BY-SA 3.0.
- Mula Dam. Built in 1974, Mula dam is located near the Baragoan Nandur village.
- Mulshi Dam. Photo by Photography@Mihir, CC BY 2.0.
- Ujjani Dam. Photo by amar lungare, CC BY-SA 2.0.
- Jayakwadi Dam.
Which dam is in Maharashtra?
Dams in Maharashtra by specification
| Name of Dam | Year Completed | Reservoir Area (103m2) |
|---|---|---|
| Khadakwasla | 1880 | 14800 |
| Ashti | 1883 | |
| Mhaswad | 1887 | 16251 |
| Tansa | 1892 | 19.1 |
Which is the biggest power plant in Maharashtra?
Chandrapur Super Thermal Power Station
The Chandrapur Super Thermal Power Station is a 2,920MW power plant in Chandrapur, Maharashtra, India. It is the biggest power plant operated by the Maharashtra State Power Generation Company.
Which type of Koyna dam is?
Rubble-concrete dam
Koyna Dam
| Koyna Dam कोयना धरण | |
|---|---|
| Type of dam | Rubble-concrete dam |
| Impounds | Koyna River |
| Height | 103.2 m (339 ft) |
| Length | 807.2 m (2,648 ft) |
Which is highest dam in world?
Currently, the tallest dam in the world is Nurek Dam on the Vakhsh River in Tajikistan. It is 984 feet (300 meters) tall. Hoover Dam is 726.4 feet (221.3 meters) tall.
Which is the first dam in India?
Kallanai Dam
Kallanai Dam is the oldest in India.
Where is the Koyna Dam located in Maharashtra?
Location of Koyna Dam in Maharashtra. The Koyna Dam is one of the largest dams in Maharashtra, India. It is a rubble-concrete dam constructed on Koyna River which rises in Mahabaleshwar, a hillstation in Sahyadri ranges. It is located in Koyna Nagar, Satara district, nestled in the Western Ghats on the state highway between Chiplun and Karad.
Which is the largest dam in Maharashtra, India?
Location of Koyna Dam in Maharashtra. The Koyna Dam is one of the largest dams in Maharashtra, India. It is a rubble-concrete dam constructed on Koyna River which rises in Mahabaleshwar, a hillstation in Sahyadri ranges.
Why is Koyna River the life line of Maharashtra?
Due to its electricity generating potential Koyna river is considered as the ‘life line of Maharashtra’. The spillway of the dam is located at the center. It has 6 radial gates. The dam plays a vital role of flood controlling in monsoon season.
When was the spillway of the Koyna Dam strengthened?
In 1973 the non-overflow portion of the dam was strengthened, followed by strengthening the spillway section in 2006. Now the dam is expected to be safe against any future earthquake, including ones with a higher intensity than that of 1967. ^ “Koyna D05104”. Archived from the original on 2 December 2013. Retrieved 1 March 2013.
