In today's article we will explore in depth the topic of Servalar dam, a topic that has captured the attention of researchers, philosophers, scientists and the general public. Servalar dam has been the subject of debate and study for centuries, and its relevance in contemporary society is undeniable. From its impacts on technology and science, to its implications on culture and art, Servalar dam has proven to be a multifaceted phenomenon that deserves our attention. Throughout this article, we will analyze the different facets of Servalar dam, examining its origins, its evolution over time, and its influence on the modern world. Get ready to embark on a fascinating journey through the intricacies of Servalar dam!
Servalar dam | |
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![]() Servalar Dam at Mundanthurai in 2016 | |
Country | India |
Location | Papanasam, Tirunelveli District, Tamil Nadu |
Coordinates | 8°41′24″N 77°18′17″E / 8.690041°N 77.304823°E |
Purpose | Power generation Irrigation |
Opening date | 1986 |
Dam and spillways | |
Type of dam | Gravity dam |
Height | 156 ft (48 m) |
Height (foundation) | 175.20 ft (53 m) |
Length | 1,525.59 ft (465 m) |
Reservoir | |
Creates | Servalar reservoir |
Total capacity | 1.22×10 9 cu ft (28,007 acre⋅ft) (1.22 tmc ft) |
Power Station | |
Operator(s) | TNEB |
Commission date | Unit 1: 23 March 1986 |
Turbines | 1 x 20 MW |
Installed capacity | 20 MW |
The Servalar Dam was set up for power generation in 1986, with a capacity of 1225 million cubic feet. The peak water level of the dam is 156 ft. The water drained out of the dam's power plant is again stored in Papanasam Dam for irrigation.[1][2][3][4][5]