ALSO READNTPC installs electric vehicle charging stations in Delhi, Noida Users can pay electronically for charging electric vehicles: Panel to govt Solar capacity grows over 3 fold to 10,000 Mw in three years Schneider Electric to supply equipment for 2.5 GW solar capacity in 2017 Rewa achieves commercial close with signing of PPAs
After successfully commissioning two charging stations for electric vehicles (EVs) in Delhi, state-run NTPC is planning to add 20 more soon. In June this year, the Maharatna firm entered into the new business segment of setting up charging stations for EVs and has installed first such points at its offices in Delhi and Noida. "We want to expand this business and hope to add at least 20 more locations. We are also in talks with different governments for the same," NTPC Chairman and Managing Director Gurdeep Singh told reporters in a select media briefing here today. He said initially the company will set up stations in the New Delhi Municipal Corporation area and then spread its business across the country. "It is a policy decision to have a major share in the charging station. We are currently working on it," Singh said. He further said the company is planning to add 25,000 MW of solar capacity by 2025 and has already opened tenders for 10,000 MW of projects. "We believe the solar tariff prices are more or less likely to be between Rs 3-3.25 per unit.
Solar tariff fell to Rs 2.44 per unit for the 200 MW Bhadla project in Rajasthan, but going forward, we don't expect to see such a drop. Also the implementation of good and services tax will only increase the tariff to some extent," he said. NTPC is also exploring the feasibility of cofiring biomass along with coal, Singh said. "We have invited bids for identifying vendors for retrofitting biomass cofiring facility in 490 MW thermal plant in Uttar Pradesh. We are working on it," Singh added. In FY17, NTPC commissioned around 3000 MW of coal projects and has a total installed capacity of 51,635 MW as on June, 30, out of which 38,755 MW is thermal capacity.