Fabritech Solar was established in 2018 with a clear vision: to accelerate the mass adoption of clean, solar energy across India.
Today, we stand as one of the fastest-growing EPC contractors in the country, having successfully solarized over 200+ homes and many housing societies.
Our Services Include:
● Installation of on-grid rooftop solar systems for individual homes and residential communities
● Comprehensive after-sales support and regular system maintenance
● Flexible EMI plans, including zero-cost options for easy affordability
● Use of high-quality prefabricated mounting structures built for strength and durability
● Personalized service, working closely with customers to deliver a solar system that lasts 25+ years
Overview of an on-grid solar system
An on-grid solar system, also known as a grid-tied system, is directly connected to the main power grid. It’s the most popular choice for Indian households with consistent electricity supply — and Fabritech Solar specializes in the design and installation of on-grid rooftop systems for both individual homes and housing societies.
Every Fabritech on-grid installation is a smart combination of:
● High-efficiency solar panels
● Advanced solar inverter
● Sturdy mounting structures
● Bi-directional meter (to record export/import of electricity)
● Essential solar accessories for seamless performance
We offer on-grid systems in various capacities such as 2 kW, 3 kW, 5 kW, 10 kW, and more – customized to match your household’s energy consumption.
For reference:
● Homes with a monthly electricity bill of ₹1500 to ₹3000 typically need a 2 to 3 kW system
● Households using 0-50 units/month are eligible for subsidies of ₹30,000 to ₹60,000 (1-2 kW systems)
● 150-300 units/month: Eligible for ₹60,000 to ₹78,000 (2-3 kW systems)
● Above 300 units/month: Get up to ₹78,000 subsidy for systems above 3 kW
With Fabritech Solar, you not only reduce your electricity bills — you also gain access to government subsidies and long-term savings.
Net Metering Works in an On-Grid Solar System
An on-grid solar system operates on the smart principle of net metering — a billing mechanism that helps you track and optimize your electricity usage.
With net metering, your bi-directional meter records:
● The amount of electricity your solar system generates
● The units your home consumes
● The excess power sent back to the grid
● Any additional electricity drawn from the grid
At the end of each billing cycle, your electricity provider (discom) reviews this data:
● If your solar system exported more units to the grid than you consumed, the extra units are deducted from your bill, giving you more savings.
● If you used more power than your solar system produced, the additional units imported from the grid are added to your bill.
Net metering ensures you only pay for what you actually use – making solar even more cost-effective and efficient.
Subsidy on the installation of On-grid solar system
Here is an example calculation for your reference:
Here is an example calculation for your reference:
System size | New subsidy rates (for applications filed on or before February 13, 2024) |
1kW | ₹30,000 |
2kW | ₹60,000 |
3kW | ₹78,000 |
5kW | ₹78,000 |
An on-grid solar system – as the name suggests -is directly connected to the electricity grid. It works with a net meter (bi-directional meter) that measures both the electricity your solar system exports to the grid during the day and the electricity you import when your system isn’t producing enough power.
The benefit of an on-grid system is that if you need more electricity than your solar system produces, you can use the electricity from the grid.
The operation of an on-grid solar system is simple and efficient. Here’s how it powers your home:
1. Solar panels capture sunlight and generate DC (Direct Current) electricity.
2. This DC power is sent to a solar inverter.
3. The inverter converts DC into AC (Alternating Current) — the form of electricity your appliances use.
4. AC power runs your home’s electrical devices during the day.
5. Excess electricity generated during the daytime is fed back into the grid through a net mete
6. At night, when the system isn’t producing electricity, your home draws power from the grid using the exported units, ensuring 24/7 availability.
The right solar system depends entirely on where you live and your electricity access:
If you live in a city with a stable electricity supply, an on-grid solar system is your best choice. It connects to the grid, offers net metering benefits, and significantly reduces your electricity bills.
If you’re in a rural or remote area without access to the power grid, an off-grid solar system is the ideal solution. It operates independently, providing reliable electricity day and night through battery storage.
