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Solar Systems

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Types of Solar Systems

We are offering

HYBRID SOLAR SYSTEM (Solar + Grid + Batteries)

A hybrid solar system is the most popular system especially for the residential segments due to its capability of not only providing savings but to avoid electricity blackouts as well since this system includes the batteries to store energy (from solar or solar plus utility) which can be used during peak hours of saving or/and in case of electricity blackouts.
The option of net metering; i.e. selling back excess energy to the grid also remains available in a Hybrid system.
The DC power generated by solar panels is converted to AC power by the inverter to feed the connected load through a network of distribution boards of wires and to keep charging the batteries also in parallel.
During nighttime or low generation from the solar system, the load can be fed from the grid, and in case of no solar and no grid, the load can be fed from the batteries to avoid any blackout. Option or selling back the excess energy to the grid during the day and flexibility of using stored energy in batteries during peak-tariff timings maximizes the savings for the clients.

Benefits

Eliminates complete black-out

Combine benefits of both Off-Grid & On-Grid Systems

Power stores in batteries to feed load, when solar and grid are not available

Net metering to sell excess energy from solar to grid

ON-GRID SOLAR SYSTEM (Solar + Grid + No Batteries)

An on-Grid solar system is the most widely used solar system in the residential and industrial segments as well as the commercial sectors. Having the option of selling back the excess solar energy back to Grid (through Net Metering) makes this solar system very popular among consumers.
An on-Grid solar system is connected to the electrical grid with the option of power-IN from the grid in case of low or no Solar energy and Power-OUT to the grid (from solar) in case of excess energy produced by the Solar system during the day.
The DC power generated by solar panels is converted to AC power by the inverter to feed the connected load through a network of distribution boards and wires.
During the night-time or low generation from the solar system, the load is fed from the utility grid. On the contrary, in the case of extrasolar energy generation during the day, additional energy is transmitted to the grid system for which the consumer gets credited and adjusted in the utility bill.

Benefits

Economical system

Net metering to sell excess energy from solar to grid

Significant savings in utility bills

Excellent payback period (ROI)

OFF-GRID SOLAR SYSTEM (Solar + Batteries + No Grid)

An off-grid solar system is normally recommended where no grid supply is available. This system is reliable but the inclusion of batteries makes it a little expensive compared with an on-grid solution and is therefore not preferred when grid connection is available.
An off-grid solar system contains solar energy and the batteries as a backup with no connection to grid supply.
The DC power generated by solar panels is converted to AC power by the inverter to feed the connected load through a network of distribution boards and wires. Fulfilling the requirement of connected load as a priority, the excess energy from solar panels is stored in the batteries to feed the load when there is no or less solar energy available (night time, cloudy day, etc.).

Benefits

Independent of the grid

100% savings in utility bills

Ideal for remote areas where no grid is available

Power stores in batteries to feed load, when solar is not available