Post - Articles

Rain revives Chandrapur plant

  • 14 years ago (2010-07-04)
  • David Flin
Africa 306 Asia 859 Australasia 51 Biomass 8 Climate change 20 Coal 282 Cogeneration 1 Concentrating solar 5 Cyber security 8 Decarbonisation 1 Decentralised energy 5 Demand side management 2 Demand side response 2 Digitalisation 10 Distributed energy 10 Distribution 113 Electric vehicles EVs 4 Emissions 61 Energy management 1 Equipment 2 Europe 1068 Gas 379 Gas engine plant 62 Gas fuel 2 Horizon 2 Hydroelectric 17 Hydrogen 56 Hydropower 116 Latin America 77 Maintenance 3 Marine 1 Metering 2 microgrid 5 Middle East 317 North America 1004 Nuclear 643 Offshore wind 119 Oil 18 Operations 4 Policy 8 Regulations 3 Renewables 757 smart grid 2 Solar 249 Storage 40 substation 8 Tepco 2 Tidal 2 Toshiba 4 Transmission 181 US Senate Washington 4 Wind 240

The Chandrapur Thermal Power Station in Maharashtra, India, is being put back into significant service following its partial shutdown due to water shortages earlier in the year.

Battery Innovation Days 2024
More info

Battery Innovation Days 2024

The partial shutdown of the 2340 MW plant, located in Vidarbha, had to be closed down due to a lack of adequate water supply from the Erai dam, which provides water linkages to the plant. This lead to a single 210 MW set being operated at 150-190 MW at the plant.

Following a rise in the water level during the monsoon season, officials of the state power generation utility Maharashtra State Power Generation Company Limited confirmed that two more 210 MW units had re-entered service. At present, units 1, 2 and 4 are generating power, while unit 3, which was in operation during the summer, has been taken off-line for overhaul.

An official at the utility said that if there was a further rise in the water level, they would be able to start an additional 500 MW unit. He also said that while the units were shut down due to the lack of water, the utility had taken the opportunity to undertake the advance overhaul of the units.

The plant has a total of four 210 MW units and three 500 MW units.