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Canal, dam-based rooftop solar plants can save 25pc of water evaporation: study

Canal, dam-based rooftop solar plants can save 25pc of water evaporation: study


Canal and dam-based rooftop plants can not only produce power but can also potentially save 25 per cent of water evaporation losses in India where water is a critical infrastructure. According to a recent survey done by ASSOCHAM and EY joint, higher maintenance cost comes with less or no cost of land and water and energy security are addressed simultaneously.The study titled ‘Road to 100 GW: Grid integration & power market perspectives’ said that addressing both adequacy of resources and system quality is essential to maintain reliability of power at least-cost while the power sector shifts from being dominated by conventional power to renewable.

The study highlighted that rising shares of variable renewable is making resource flexibility, effective demand side management, generation forecasting and accurate load forecasting an investment consideration as well as an operational one.”These phases will lead to the development of a market where 100 per cent solar power can potentially be sold at the exchange and it will also lead to a well-established ancillary services market,” added the study.Low-cost measures like investment in transmission, introduction of shorter scheduling intervals for increasing accuracy of schedule, enabling regional balancing of power and others can help mitigate operational challenges posed by growing shares of variable renewable energy before introducing flexibility in generation portfolio, suggested the study for facilitating accelerated growth of solar power.It should be ensured that existing power market is designed and operated to extract all cost-effective flexibility services available from all existing resources (consumers and generators).

Besides, all qualifying demand-side management options should also be fully able to participate in the market, both directly and through aggregators.Going forward, large shares of variable and intermittent renewable energy requires that investment is done to ensure system quality through CERC (Central Electricity Regulatory Commission) regulation on ancillary services and also through introduction of a fully functional control reserves market to ensure provision of ancillary and balancing service. The study recommended establishing a procedure for combining gross demand forecast with renewable energy generation forecast to derive a net demand forecast. “Use this net demand forecasts to assess on a periodic basis, the demand for critical flexibility services thereby taking into account the available dispatchable resources to provide these services,” it said.The study also suggested establishing a methodology for setting maximum value to the upcoming generation both conventional and renewable energy depending on expected future peak load forecast and system reliability requirements.UNI ADP SHS 1628.

Anand Gupta Editor - EQ Int'l Media Network


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