A hybrid solar system operates by directing solar energy to an inverter, which then distributes the electricity to your home. Any energy that isn’t needed to power your house is stored in your home battery.
When your solar panels are not generating energy, this battery can offer power to your home. If there is any energy left over after all of these stages, it is transmitted to the grid.
Even while a solar system is not very difficult to put together, this does not always indicate that a hybrid solar inverter is simple to set up. It is possible that installing a solar hybrid inverter on your own might be dangerous if you do not have some expertise of electrical systems. Furthermore, the setup of a solar hybrid inverter needs special tools and gear that can only be obtained through professional assistance.
A 3KW Hybrid Inverter could cost around Rs. 72,000/- This price can vary from location to location.
A solar net-metering system is a system that allows you to export any excess power that you generate from solar panels back into the utility grid. Your metre will run backwards whenever you export power, which will result in a lower charge for your monthly electricity use.
The typical output of a solar system with a capacity of 5 kW is 20 units per day and 600 units per month. It is 40 units per day and 1200 units per month for a solar hybrid system that is 10 KW.
Batteries are optional in a hybrid solar power system. For building 5kW pv system 8 batteries and for establishing 10kW system 10 batteries are necessary.
Yes. In the event that there is a disruption in the supply of electricity, a hybrid solar system that has been correctly constructed may detach your home from the grid in a risk-free manner and transform your home into its own own micro grid.
Your monthly power costs will be significantly decreased if you decide to make the investment in a solar hybrid system. The cost of a hybrid system is somewhat more than the other types of solar systems; nevertheless, this system provides an uninterrupted supply of electrical power in addition to a greater return than its initial investment over the course of its lifetime.