SJVN’s clocks highest ever power generation
Displaying the highest level of professional excellence in Operation & Maintenance of all its power stations, SJVN has clocked the highest ever 1480 MU of power generation in the 3rd quarter of FY 2021-22, officials informed on Thursday. Stating this on Thursday, Nand Lal Sharma, Chairman and Managing Director, SJVN stated that with this achievement SJVN has surpassed its previous record of 1343 MU of power generation in the corresponding period of FY 2019-20 from all its power stations.
Sharma said that against total Design Energy of 8700 Million Units for full Financial Year 2021-22 of its Power Stations comprising of two Hydro Power Stations in Himachal Pradesh, two Wind Power Stations and two Solar Power Station in Himachal Pradesh, Maharashtra and Gujarat, SJVN in just Three Quarters of the FY has generated 8321 Million Units of Energy.[06/01, 22:30] Anuj: He further stated that this has been made possible due to the minute monitoring of each and every activity of the plants and excellence in the maintenance of the power stations which are at par with international standards. By constant maintenance of the machines to deliver the highest level of performance and optimum utilization of the available water, SJVN has been able to consistently exceed the Design Energy and highest machine availability.
Sharma applauded the efforts of the officials manning Operation and Maintenance of the power stations, for establishing new benchmarks and carving new milestones in power generation. It’s worth mentioning here that the SJVN started with a single hydro project in the year 1988 and today, the company has a portfolio of more than 16000 MW, out of which 2016.5 MW is under operation and the rest is under various stages of development. Today SJVN has a footprint in 9 States of India and in 2 neighboring countries Nepal & Bhutan.
The company has also diversified into other fields of energy generation and transmission. SJVN is vigorously marching forward to achieve its Shared Vision of installed capacity of 5000 MW by 2023, 12000 MW by 2030 and 25000 MW by year 2040.
