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Years of Experience
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+ Successful Projects Delivered
At Perfect Sunwin Solar, our journey began in 2015 with a strong vision — to accelerate the shift towards clean and renewable energy across India.
From a small passionate team, we’ve grown into one of the leading EPC contractors for residential solar installations in the country. To date, we’ve proudly powered 25,000+ homes and 250+ housing societies with sustainable solar energy solutions.
Our expertise includes:
On-grid rooftop solar installations for homes and housing societies
Dedicated after-installation service & maintenance
Flexible EMI options to make solar affordable for all
High-quality prefabricated mounting structures for long-lasting panel support
Every project we complete is built to last for 25+ years, ensuring families enjoy uninterrupted savings and clean energy for decades.
An on-grid solar system (also known as a grid-tied system) is directly connected to the electricity grid. It’s the most popular choice for Indian households with a stable grid connection.
At Perfect Sunwin Solar, we specialize in on-grid rooftop solar systems for both independent homes and housing societies.
Solar Panels – Capture sunlight and generate DC electricity.
Solar Inverter – Converts DC electricity into AC power for home use.
Mounting Structures – Robust, weather-resistant supports for solar panels.
Bi-directional Meter – Tracks power supplied to and imported from the grid.
Solar Accessories – Cables, DC/AC combiner boxes, and safety connectors.
The process of power generation in an on-grid solar system is simple:
☀️ Solar Panels absorb sunlight → generate DC electricity
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⚡ Solar Inverter converts DC into AC power
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📟 Bi-directional Meter feeds AC power to your home
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🏡 Excess electricity is sent to the grid
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🌙 At night, electricity is imported back from the grid
Installed on rooftops facing south, solar panels capture sunlight and generate DC power.
Converts DC power into usable AC electricity, which runs household appliances.
Durable, galvanized steel frames designed to withstand storms, heavy rains, and last 25+ years.
Includes AC/DC cables, combiner boxes, MC4 connectors, and earthing wires for safety and reliability.
Monitors both imported and exported electricity, ensuring accurate billing through net metering.
With net metering, your monthly bill shows:
Units generated by your solar system
Units consumed by your home
Surplus units exported to the grid
Units imported back from the grid
👉 If you generate more than you consume, your bill goes down further.
Reduces monthly electricity bills significantly
No need for expensive batteries (the grid acts as backup)
Investment pays back in 3–5 years, after which electricity is free for 20+ years
Easy monitoring of consumption and savings
Government subsidies available (for residential DCR panel systems)
Most cost-effective among all solar system types
During a grid power cut, on-grid solar systems automatically shut down. This is due to a built-in safety feature called Anti-Islanding Protection — designed to protect grid maintenance workers from electrical shocks.
While this may seem like a limitation, in urban areas with reliable electricity supply, on-grid solar remains the most practical and economical solution.
📌 1 kW System → ~1400 units/year → saves ~₹11,200 annually
📌 2 kW System → ~2800 units/year → saves ~₹22,400 annually
📌 3 kW System → ~4200 units/year → saves ~₹33,600 annually
📌 5 kW System → ~7000 units/year → saves ~₹56,000 annually
📌 10 kW System → ~14,000 units/year → saves ~₹1,12,000 annually
💡 Savings are calculated with an average tariff of ₹8 per unit.
The price range of an on-grid solar system depends on many factors. It varies based on:
Here’s a reference table concerning the price range of a grid-tied solar system
The capacity of the solar system | Cost of the solar system |
2Kw | ₹1.51L to ₹2.28L (without subsidy) ₹0.91L to ₹1.68L (with ₹60,000 subsidy) |
3kW | ₹1.92L to ₹2.63L (without subsidy) ₹1.14L to ₹1.85L (with ₹78,000 subsidy) |
4kW | ₹2.4L to ₹3.19L (without subsidy) ₹1.62L to ₹2.41L (with ₹78,000 subsidy) |
5kW | ₹2.87L to ₹4.14L (without subsidy) ₹2.09L to ₹3.36L (with ₹78,000 subsidy) |
7kW | ₹4.21L to ₹5.39L (without subsidy) ₹3.43L to ₹4.61L (with ₹78,000 subsidy) |
10kW | ₹5.59L to ₹7.08L (without subsidy) ₹4.81L to ₹6.30L (with ₹78,000 subsidy) |
The government of India offers a subsidy on the installation of a solar system, but there are a few conditions:
| New rates for subsidy on solar panel systems |
For 1-2 kW systems: ₹30,000 to ₹60,000 |
For 3 kW systems: ₹78,000
The rates of govt subsidy on solar under the new scheme are capped at ₹78,000 for systems above 3 kW when the average monthly electricity consumption will be more than 300 units. |
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 |
Under the PM Suryaghar Muft Bijli Yojana, RWAs or housing societies can get subsidy upto ₹18,000/kw for common facilities usage (upto 500kw).
The return on investment (ROI) of an on-grid solar system depends on several factors: the type of solar panels you choose, the amount of sunlight your home receives, the discovered tariff (L1 rate) in your state, and more.
Let’s break it down with an example:
👉 Suppose you install a 5 kW solar system worth ₹2,80,000 (after subsidy).
👉 The electricity tariff in your state is ₹8/unit.
👉 Your average monthly power consumption is 580–600 units.
Your electricity bill would be around ₹4,640 to ₹4,800/month.
A 5 kW solar system generates about 580–600 units/month on average.
Slightly higher during summer months
Slightly lower during the monsoon season
This means almost all your power requirements are covered by solar. In many cases, your monthly electricity bill may drop close to ₹0.
Monthly savings: ₹4,640 – ₹4,800
Yearly savings: approx. ₹55,680
Payback period: 4 to 5 years (initial investment recovered)
Total savings in 20 years: more than ₹11,69,280
And remember — electricity tariffs rise by 3–5% every year. So, your actual savings will be even higher.
At Perfect Sunwin Solar, we don’t just install panels — we deliver peace of mind:
✅ Strong prefabricated mounting structures designed to withstand wind speeds of up to 180 kmph
✅ Free rooftop inspection by expert solar consultants
✅ Flexible financing options including:
Zero Investment Plan (subsidy covers downpayment, EMIs equal to or less than solar savings)
Easy loan approvals
5-year EMI option (60 easy installments)
Zero-cost EMI schemes
✅ End-to-end support including applications for load change, net meter installation, subsidy, and financing
✅ 5-year Annual Maintenance Contract (AMC) for complete system care
🌞 Book your free consultation today with Perfect Sunwin Solar and start saving!
1. What is an on-grid solar system?
An on-grid solar system is connected to the electricity grid using a net meter.
During the day, extra electricity is sent to the grid.
At night, when panels aren’t producing, you can draw electricity back from the grid.
2. How does an on-grid system work?
Solar panels convert sunlight into DC power.
A solar inverter converts DC to AC power.
AC power runs your appliances.
Extra energy is exported to the grid through the net meter.
Imported energy is pulled back at night or when demand exceeds generation.
3. Which is better – On-grid or Off-grid?
If you live in urban areas with a reliable grid: go for on-grid.
If you live in rural areas without a stable grid: an off-grid system is the solution.
✨ With Perfect Sunwin Solar, you don’t just save money — you invest in a greener future.
