ON-GRID SOLAR
On-Grid Solar Power systems are used widely in commercial and residential segments where consumption of electricity is very high. These systems do not require batteries and make use of solar inverters and is connected to the public electricity grid. Utility grid is a necessity for this system. Solar power generated is fed to the load and the excess power is exported into the grid. The net meter connected in the system reads the net power imported from and exported in to the grid. During the absence/outage of the utility grid, the system shuts down, as a safety measure. This has the advantage of effective utilization of generated power because there are no storage losses involved. Even if there is no load during the day time, power generated does not get wasted, but gets fully exported into the grid. Installations of On-Grid system require the clearance and approval from the Electricity Board and Electrical Inspectorate. The user has to pay only for the net power consumed. The excess power given to grid will be adjusted in the electricity bills. Credits are normally carried forward over the months and any remaining surplus is settled annually. Additional power backup should be available in case of any power outage.
OFF-GRID SOLAR
Off-grid Solar systems work independently off the grid but have batteries which can store the solar power generated by the system after catering to the electrical load. The stored energy in the batteries can be utiltzed during non-solar hours. The drawback of this system is in the absence of enough sunlight, adequate power is not available and hence requires manually switching over to the utility grid. This results in the loss of solar power generated on that day. Our off-grid inverters reduce the grid’s power consumption by automatically drawing the necessary balanced power from the grid when solar output is poor on cloudy days.
OFF-GRID SOLAR
Off-grid Solar systems work independently off the grid but have batteries which can store the solar power generated by the system after catering to the electrical load. The stored energy in the batteries can be utiltzed during non-solar hours. The drawback of this system is in the absence of enough sunlight, adequate power is not available and hence requires manually switching over to the utility grid. This results in the loss of solar power generated on that day. Our off-grid inverters reduce the grid’s power consumption by automatically drawing the necessary balanced power from the grid when solar output is poor on cloudy days.
HYBRID SOLAR
A hybrid system is when your solar panels remain connected to the grid’s power lines and have a backup battery system to store excess power. The sun’s energy absorbed by the solar panels goes through an inverter to create usable electricity. From there, electricity either goes to your home, to your battery, or to the grid. The benefit of a hybrid solar system is that you will always have power in any situation. With a backup battery, the excess energy that your solar panels create (but your home does not use), will be stored in this battery. Then, when the sun is not shining, this battery will provide your power during the night, system blackouts, or inclement weather.