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By The End Of 2026-2027, India's Power Generation Capacity Is Expected To Increase To 619GW
Recently, Indian Power Minister R.K. Singh said that as of February 29, 2020, India's installed power generation capacity reached 369GW, and the highest power demand for 2019-2020 is 183GW. India has gradually shifted from a country with a shortage of energy to a state close to an energy surplus.
It is reported that compared with 2018-2019, by 2036-2037, power demand may increase by 231%. According to the 19th Electric Power Survey (EPS) report issued by the Central Electricity Bureau, peak power demand will increase by 237%. By the end of 2026-2027, India's power generation capacity is expected to increase to 619GW, including traditional energy and renewable energy. This projected installed capacity is expected to meet the demand forecast for the 19th Power Survey for 2026-2027. However, the minister said that the optimal power generation mix from 2026-2027 would depend on the development of energy storage technologies and renewable energy.
It is worth noting that India's Central Electricity Authority aims to install 523GW of renewable energy by 2030, which is said to require the deployment of a 34 GW / 136 GWh battery energy storage system (BESS) to help balance the grid. However, according to the Institute of Energy Economics and Financial Analysis (IEFA), deploying a battery energy storage system at this scale and speed will bring higher costs and integration risks to the country.
Among them, the bearing is an integral part of the generator. Single-bearing and double-bearing generators refer to the electric ball part of the generator set. Most of the electric balls used by generator sets above 15KW are single-bearing, double-bearing, or Single-bearing electric ball has little effect on the overall performance of the unit. Due to the large load at the front end of the generator bearing, the higher speed is generally a more massive single-row deep groove ball bearing or double-row deep groove ball bearing, and the rear end uses a single-row deep groove ball bearing.
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