There are two ways we offer our renewable energy services
Capex
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Opex
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Solar Park
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We develop solar projects on a turnkey basis, providing power on a per- kWh basis under long-term Power Sale Agreements, typically at rates cheaper than grid tariffs. We also provides solar power plants on a capex basis, and can supply "offsite" solar power through Open Access where regulations permit. We can install solar power plants on almost any roof type (concrete, metal etc.) as well as on unused land within your premises. Our Solar Business is managed by the Professionals who have vast experience in Solar Industry and executing projects in demanding & complex environment. We have some of the best technology partnerships and a very competent project execution team to ensure best in class engineering, procurement, installation and commissioning of solar system.
Our Solar EPC services scope include the following:

We facilitate supply of RE Power (solar/wind/biomass/hydro) power from Independent Power Producers through the state/national grid at a discount to tariff rate . We have strategic alliances with a portfolio of Independent Power Producers/Power Traders for this offering. The RE power procurement is in discount to current grid power tariff and in alignment with the electricity portfolio management strategy .
Towards this we provide entire suite of services
To build up a highly energy efficient enterprise, we offer the following suite of services
Under recycling we undertake two types of recycling projects
Recycle low/high temperature waste heat to energy for captive use or export back surplus energy to the grid. This can downsize grid power requirement by 10-20% based on the industry. We have Global Alliance with World Class Technology Partners who are leaders in this arena. The heat, industrial waste heat or power production, is taken through a bypass route & fed to a processing unit/ generator. Inside the unit a heat exchanger transfers the heat to an internal fluid, which vaporizes due to its lower boiling point. The vapours are then expanded over a turbine to run a generator and produce electricity.
The working fluid at the exit of the turbine is condensed by direct contact with cooled fluid in a condensation vessel. A small fraction of the fluid at the exit of the condensation vessel is directed to the hot side heat exchanger. The rest is circulated through the cold side heat exchanger where the unused heat is rejected to cooling water. The now cooler heat source is either re-injected into the reservoir for geothermal heat or sent back to the industrial process.