Rooftop Solar Panel Installation for Home

Everything in One Place

Solar Domestic Installation Guide

Click any tab below to explore — all content is compact, interactive, and just one click away.

💸

Reduction in Electricity Bills

Solar energy significantly reduces dependence on grid electricity, lowering monthly electricity expenses by 60–90%.

📈

Long-Term Savings

A solar power system typically lasts 25–30 years, providing substantial long-term financial benefits beyond the payback period.

🌿

Environment Friendly

Solar power is a clean, renewable energy source that reduces carbon emissions and helps protect the environment.

🔌

Energy Independence

Building owners become less dependent on electricity supply fluctuations and tariff increases — your power, your rules.

🏡

Increase in Property Value

Buildings equipped with solar power systems often command a higher market value and attract better buyers.

🔧

Low Maintenance

Solar systems require minimal maintenance once installed — reliable panels with very little ongoing upkeep needed.

☀️

Reliable Power Source

Solar panels generate electricity during daylight hours, significantly reducing dependence on conventional power sources and grid outages.

The financial commitment depends on system capacity, rooftop space, electricity consumption, and technology used. Here is the typical financial model.

Initial Investment

Required for purchasing solar panels, inverters, mounting structures, and installation. A one-time cost delivering decades of electricity savings.

📈

Return on Investment

3–5 Years

ROI typically achieved within 3–5 years depending on system size and your electricity usage patterns.

⚡

Annual Bill Savings

60–90%

Electricity bills can be dramatically reduced with a properly sized solar system matched to your consumption.

🏆

Long-Term Profit

After recovering the initial investment, electricity generated becomes almost free for the remaining system lifespan.

Net Metering Available EMI Offset by Savings Govt Subsidy up to 40%

Solar capacity is determined by available rooftop area. 100 sq.ft = 1 kW system = 4–5 units/day. Enter your area for a quick estimate.

Rooftop Area	Capacity	Daily	Monthly
100 sq.ft	1 kW	4–5 Units	120–150
500 sq.ft	5 kW	20–25 Units	600–750
1000 sq.ft	10 kW	40–50 Units	1200–1500

Actual production depends on sunlight availability, location, and system efficiency.

Quick Estimator

Your Rooftop Area (sq.ft) Sunlight Hours / Day

Investment varies by system size. All packages include solar panels, inverter, mounting structure, wiring, protection, and installation.

1 kW

₹55,000 – ₹75,000

Solar Panels
Inverter
Mounting Structure
Wiring & Protection
Installation

3 kW

₹1,80,000 – ₹2,25,000

Solar Panels
Inverter
Mounting Structure
Wiring & Protection
Installation

Most Popular

5 kW

₹2,75,000 – ₹3,75,000

Solar Panels
Inverter
Mounting Structure
Wiring & Protection
Installation & Commissioning

10 kW

₹5,50,000 – ₹7,50,000

Solar Panels
Inverter
Mounting Structure
Wiring & Protection
Installation & Commissioning

EMI Advantage: Your monthly EMI is often offset by savings from reduced electricity bills — solar can be practically self-funding.

Government Assistance

MNRE subsidies & net metering

40%

Subsidy for systems up to 3 kWFor residential rooftop solar installations

20%

Subsidy for systems 3 kW – 10 kWApplicable for larger home systems

✓

Net Metering FacilityExport excess electricity to the grid and earn credits on your bill

Implemented through MNRE and respective State Electricity Boards. We handle all applications on your behalf.

Banking Assistance

Green energy loans & solar financing

3–7

Yr Tenure

Low

Interest

Easy

Approval

Public Sector Banks (SBI, Bank of Baroda, Canara)

NBFCs — Non-Banking Financial Companies

Green Energy Financing Institutions

Quick Tip: Monthly EMI payments are often fully covered by electricity bill savings from day one.

We follow a structured, professional 8-step process. Click any step to see the full details.

Site Survey

Day 1

Detailed inspection of rooftop space and available area
Assessment of rooftop orientation and shading conditions
Inspection of existing electrical infrastructure
Structural suitability check for panel mounting

Feasibility Study

Week 1

Analysis of solar generation potential and expected output
Evaluation of energy consumption patterns
Determination of optimal system size and configuration
ROI calculation and savings projection report

System Design & Proposal

Week 1–2

Customized solar system design based on client requirements
Selection of panels, inverter, and mounting system
Detailed proposal including cost, generation estimate, and timeline
Visual layout diagram of panel placement on rooftop

Government Approval & Documentation

Week 2–3

Assistance with subsidy applications (MNRE / State Board)
Net metering application and DISCOM approvals
All documentation and compliance handling done for you

Procurement

Week 3–4

Supply of high-quality MNRE-approved solar panels
Sourcing of certified inverters and accessories
Quality checks on all components before delivery

Installation

Week 4–5

Professional installation by certified technicians
Secure panel mounting on rooftop structure
Electrical wiring, inverter setup, and grid connection
Earthing, lightning protection, and safety compliance

Testing & Commissioning

Week 5

Full system performance testing before activation
Output verification and inverter calibration
Trial run under actual sunlight conditions
Monitoring app setup and client walkthrough

After-Sales Support

Ongoing

Annual maintenance visits and panel cleaning
Real-time performance monitoring and alerts
Quick response for troubleshooting and repairs
Long-term support for full 25–30 year lifespan

Solar Domestic Installation

Solar Domestic Installation Guide

Get a Free Solar Consultation

Solar
Domestic
Installation