Why Solar



Now a day’s Uninterrupted power supply is like God’s Gift.  Now this Gift can be generated with your own hands by installing Solar Power Plant.  It provides Uninterrupted Power, reduces Energy bill, and you will be the major contributor to the nation by generating power.

Solsken Solar Power Plant is designed to produce power from Sunlight by using Photo Voltaic Modules.  The SPV modules will be placed on the precise structures with the specially designed MPPT Solar charge controller for optimum Sunlight energy tracking.  This solar plant will include SPV, Hybrid Solar Inverter / UPS, MPPT, Batteries (for Power Backup) and interconnecting wire system.  Unit varies from 5 KVA to 100 KVA. It is user friendly and environmental safe.  It can be mounted on the roof top also.

The power production and the working of the Plant can be monitored through remote Monitoring system widely called as Solar Energy Meter.

Solar home

Why Investment in Solar Power Plant ?

1. Capital Subsidy ( 30% )-MNRE, India provides 30% capital subsidy on Solar roof top plants up to 500 KWp size.

2. Accelerated Depreciation (100%) in Income Tax- Investment in solar power is eligible for 100% accelerated depreciation In Income Tax Act, hence can save 33.3% of the cost from Income Tax Savings.

3. Long useful life ( More than 25 years ).

4. Nominal / negligible maintenance and Requires less monitoring.

5. Reduce your electricity bill / DG Set fuel cost and generate valuable additional income from your rooftop space.

6. Attractive recovery/ payback period of 3 to 5 years.

Battery Backup or Off-Grid System

Battery Back-Up systems, or Off-Grid systems, utilize batteries to store energy produced by the Photovoltaic (PV) solar panels. The energy may then be used at night, during power outages, or any desired time to offset traditional energy consumption. The solar system may or may not be connected to the local utility grid. The solar system may or may not be connected to the local utility grid. The solar panels produce electricity in the form of DC (Direct Current) which is converted to AC (Alternating Current) by an inverter before it is delivered to the local utility grid.

In case of battery storage, the DC electricity is delivered through a charge controller before charging the batteries in order to efficiently and safely charge the batteries. Then, when the electricity from the battery storage is needed, the DC is converted to AC by the inverter and then consumed.

Off-Grid System
Grid - Tie System

Grid - Tie System

PV systems generate energy from sunlight during the day. This energy goes into a grid connect inverter which converts the DC current into AC current, similar to that of the grid. This solar electricity current can then power all the appliances in your home such as cooking appliances, phones, computers, lights, radios, etc. Power can be drawn directly from the solar inverter and any leftover electricity can be fed back into the grid.


Solar water pumping

Solar PV pumping systems are used for irrigation and drinking water in places where there is no mains power available. Solar PV water pumps make an ideal replacement for diesel and petrol powered pumps as they deliver the most water when it is needed, i.e. when the sun is shining. They also emit no greenhouse gas and last a very long time. Essentially, any DC / AC pump could be converted to a solar with the correct controller.


Solar water pumping
Solar Water Heater

Solar Thermal / Solar Hot Water

Solar thermal applications are the most widely used category of solar energy technology. These technologies use heat from the sun for water and space heating, ventilation, and many other applications.

Solar hot water technology is entirely different to the technology that you see when you think of of the basic solar PV panels on the roof of a house. Solar hot water systems are usually composed of a solar collector and a tank. 


Solar Street Light System


1 . Stand Alone System

2. Centralised Syatem

Solar Street Light
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