Solar Panel Cost in India 2026: Complete Price Guide, Subsidy, Installation Cost & Savings

With utility tariffs climbing steeply across the sub-continent, evaluating the average solar panel cost has become a critical financial assessment for modern energy consumers. Solar panel cost is one of the biggest questions for Indian homeowners and businesses planning to switch to solar in 2026. As electricity bills continue to rise, understanding solar panel cost has become important for making the right investment decision.

Across India, more people are choosing rooftop solar because it helps reduce monthly power bills, supports clean energy, and gives long-term savings. From small homes to commercial buildings and industrial units, solar adoption is growing fast as customers look for reliable and cost-effective energy solutions.

Government incentives and rooftop solar subsidy schemes have also made solar more affordable for eligible residential consumers. However, the final price of a solar system depends on many factors such as system size, panel technology, inverter quality, roof type, installation charges, net metering, and location.

That is why checking only the basic solar panel price is not enough. Buyers should understand the complete cost, subsidy benefit, expected savings, and payback period before installing a solar power system.

In this guide, you will learn the latest solar panel price in India, cost per kW, installation cost, subsidy details, savings examples, and ROI for homes and businesses. You can also explore Residential Solar Solutions, connect with a trustedSolar EPC Company in India, or learn more from a leadingSolar Panel Manufacturer in India.

What Is the Average Solar Panel Cost in India in 2026?

Navigating the economics of clean energy starts with a look at average baseline pricing. Driven by expanding domestic manufacturing capacity under the Production-Linked Incentive (PLI) scheme, increased supply chains, and intense installer competition, the average Solar Panel Cost in India has reached historic lows in 2026.

To fully grasp the financial layout of going solar, let's break down the core parameters of the current market:

• Current Market Trends: Over the last decade, the overall cost of solar hardware has crashed by over 90%. Back in 2014, a typical 1 kW setup would set you back roughly ₹1,00,000. Today in 2026, massive global production capacities and rising domestic cell manufacturing have brought the cost of a fully installed 1 kW system down to ₹45,000 to ₹60,000 before subsidies.
• Average Cost Per Watt: The raw price of solar modules is highly dependent on cell efficiency and manufacturing standards. Currently, wholesale panel-only prices range from ₹18 to ₹22 per watt for traditional Polycrystalline panels, ₹22 to ₹28 per watt for standard Mono PERC, and ₹28 to ₹36 per watt for premium, high-efficiency TOPCon modules. High-yield Bifacial panels command between ₹25 and ₹32 per watt.
• Cost Per kW: On a per-kilowatt scale, all-inclusive rooftop installations generally range from ₹42,000 to ₹62,000 per kW. Smaller installations inherently carry a slightly higher per-kilowatt cost due to fixed overheads like bidirectional net metering setup, civil engineering foundation work, and electrical compliance processing.
• Residential vs. Commercial Pricing: Households pay an average rooftop solar panels cost in india of ₹55,000 to ₹75,000 per kW before subsidies, but can recover up to ₹78,000 of their investment via direct government DBT subsidies under the PM Surya Ghar scheme. In contrast, the average commercial solar panel cost ranges from ₹35,000 to ₹50,000 per kW due to bulk equipment procurement and streamlined commercial logistics. Although commercial buyers do not qualify for residential direct subsidies, they can write off up to 40% of their investment in Year 1 through accelerated depreciation tax benefits.
• Impact of Technology Advancements: The rapid shift from older P-type silicon (Mono PERC) to N-type silicon (TOPCon) is redefining the investment returns of solar. TOPCon panels carry an upfront premium of roughly ₹2 per watt, but feature a significantly lower temperature coefficient of -0.30 %/⁰C compared to Mono PERC's -0.34%/⁰C. In India's high-heat summers, where rooftop panels regularly heat up to 65°C, this difference prevents thermal power degradation, boosting summer output by 1.6% to 2% and yielding up to 8% more electricity over a 25-year lifetime.

System Size	Average Cost Before Subsidy
1 kW	₹60,000–₹80,000
2 kW	₹1.1–1.4 Lakh
3 kW	₹1.5–1.9 Lakh
5 kW	₹2.5–3.2 Lakh
10 kW	₹5–6.5 Lakh

Solar Panel Cost in India by System Size

1 kW Solar System Cost

For micro-consumption households with low baseline power needs, the 1kw solar panel installation cost serves as a practical entry point. Generating approximately 4 units of electricity daily, a 1 kW system produces roughly 120 to 140 units per month, perfectly matching homes consuming within this range. Homeowners can expect monthly bill reductions of ₹1,000 to ₹1,500 depending on state tariff slabs. When evaluating the solar panel cost in india for home properties, a 1 kW configuration is highly suitable for running basic appliances such as lighting, ceiling fans, and a single refrigerator.

2 kW Solar System Cost

A 2 kW solar system is optimized for average middle-class homes with a monthly consumption of 150 to 300 units. Generating 240 to 280 units monthly, this system comfortably handles light appliance loads along with a water pump or small television. The baseline cost ranges from ₹1.1 to ₹1.4 Lakh before subsidy, but with the PM Surya Ghar subsidy of ₹60,000, the effective net investment is significantly reduced, making it a highly attractive option

3 kW Solar System Cost

As the most popular residential choice across India, the 3kw solar panel cost represents the most efficient balance of upfront expenditure and government financial assistance. Generating 360 to 420 units per month, this system satisfies the demand of standard three-bedroom homes equipped with inverter air conditioners. It qualifies for the maximum central subsidy of ₹78,000 under the PM Surya Ghar Muft Bijli Yojana, which significantly lowers the overall solar panels for home cost for middle-income families.

5 kW Solar System Cost

Designed for medium-sized homes, joint families, or independent bungalows running multiple heavy loads like air conditioners and electric vehicle chargers, a 5 kW on-grid solar system is a highly reliable asset. Generating approximately 600 to 700 units of clean electricity per month, a 5 kW system offers massive relief from high consumption tariff brackets, saving ₹5,000 to ₹7,000 monthly. The cost before subsidy ranges from ₹2.5 to ₹3.2 Lakh. Although the central subsidy is capped at ₹78,000 for residential capacities above 3 kW, the long-term savings make this a highly lucrative option.

10 kW Solar System Cost

Suitable for large residential estates, multi-story bungalows, or small commercial enterprises, a 10 kW solar system easily manages heavy inductive loads and centralized air conditioning. It generates 1,200 to 1,400 units monthly. With a baseline cost before subsidy of ₹5 to ₹6.5 Lakh, this system provides substantial financial returns. For commercial users, this system acts as a hedge against peak commercial grid tariffs, enabling substantial operational cost reductions.

How much does a 3 kW solar system cost in India in 2026?

In 2026, a standard 3 kW on-grid solar system costs between ₹1.25 Lakh and ₹1.67 Lakh before subsidy. After applying the central PM Surya Ghar subsidy of ₹78,000, the net 3kw solar panel cost for residential consumers ranges from ₹47,000 to ₹89,000

Solar Panel Price in India by Technology Type

Solar panel technology plays an important role in deciding the final Solar Panel Cost. Higher-efficiency panels may cost more per watt, but they can generate more power in limited roof space.

Polycrystalline Solar Panels

Polycrystalline panels are one of the older and more affordable solar technologies. They are useful where budget is a major concern and roof space is available.

Pros:

• Lower upfront price
• Easily available
• Suitable for basic residential systems

Cons:

• Lower efficiency than modern technologies
• Requires more space for the same capacity

Price range: Around ₹22–₹25 per watt.

Monocrystalline PERC Panels

Mono PERC panels are more efficient than polycrystalline panels and are widely used in residential solar installations.

Pros:

• Better efficiency
• Good performance in limited roof space
• Suitable for homes and businesses

Cons:

• Slightly higher cost than poly panels

Price range: Around ₹27–₹32 per watt.

TOPCon Solar Panels

Tunnel Oxide Passivated Contact (TOPCon) panels are rapidly becoming the dominant technology in India. This N-type technology features a very low temperature coefficient of -0.30% / ⁰C, allowing it to generate 5–8% more energy over its 25-year lifetime in hot regions compared to older PERC panels. With a high efficiency of 21–23%, they are competitively priced at ₹26 to ₹30 per watt

Bifacial Solar Panels

Bifacial solar panels generate electricity from both the front and rear sides, capturing reflected light from high-albedo roof or ground surfaces. This technology is highly beneficial for commercial or industrial setups with open concrete structures, enhancing generation yields by up to 25%. Deployed primarily in utility-scale and large commercial projects, they cost ₹32 to ₹38 per watt with efficiencies of 21–23%.

Panel Type	Price/Watt	Efficiency
Polycrystalline	₹22–25	15–17%
Monocrystalline PERC	₹27–32	19–21%
TOPCon	₹26–30	21–23%
Bifacial	₹32–38	21–23%

Complete Solar Panel Installation Cost Breakdown

Solar Panels

The photovoltaic modules represent the single largest investment in any solar project, accounting for roughly 45–50% of the total cost. For a typical 3 kW residential setup, this equates to a cost range of ₹75,000 to ₹90,000 for Tier-1 ALMM-listed panels.

Solar Inverter

Crucial for converting DC electricity into grid-compliant AC power, the solar inverter makes up 20–25% of the total system cost. Standard on-grid string inverters range from ₹15,000 to ₹21,000 for a 3 kW capacity, while premium micro-inverters or hybrid options carry higher upfront costs.

Mounting Structure

To withstand harsh weather conditions and wind loads, high-tensile hot-dip galvanized iron or aluminum mounting structures are required. This component accounts for 15–20% of the total installation expenditure.

Electrical Components

This segment covers weather-proof solar-grade copper cables, protection panels (ACDB/DCDB), surge protection devices, earthing pits, and lightning arrestors, ensuring electrical safety and isolation compliance.

Installation Charges

Covering 10–15% of the project cost, professional installation charges encompass civil concrete works, precise panel mounting, mechanical calibration, and electrical integration.

Net Metering Charges

To enable net metering, a bidirectional meter must be installed and commissioned by the local DISCOM, costing between ₹4,000 and ₹8,000 including inspection fees.

Maintenance Costs

Though solar systems have no moving parts, quarterly visual inspections, terminal tightening, and panel cleaning every two weeks are necessary to maintain peak generation and prevent shadow-induced hotspot damage.

Understanding the precise solar panel installation cost breakdown allows property owners to budget effectively and compare competitive installer quotes line-by-line. Factoring in these component costs ensures that the total solar panel installation cost in india remains optimized while maintaining safety and technical standards

Component	Cost Share Percentage	Typical 3 kW Cost Range (₹)
Solar Panels	45–50%	₹75,000–₹90,000
Solar Inverter	20–25%	₹15,000–₹21,000
Mounting Structure	15–20%	₹12,000–₹18,000
Installation & Civil Labor	10–15%	₹8,000–₹12,000
Electrical BOS & Net Metering	Variable	₹15,000–₹26,000

PM Surya Ghar Subsidy 2026 – How Much Can You Save?

The PM Surya Ghar: Muft Bijli Yojana represents India’s largest residential solar incentive, designed to provide up to 300 units of free electricity per month. This direct financial assistance dramatically reduces the net solar panel cost in india for home consumers, encouraging sustainable transition. By providing direct-to-bank subsidy credits, the central government has lowered the average rooftop solar panels cost in india to historic lows.

To secure this financial aid, homeowners must navigate the registration process on the national portal and ensure the final system complies with all domestic content and vendor empanelment regulations. This framework provides a clear path to reducing the overall cost of solar panel installation for home owners. Under current guidelines, the 1kw solar panel installation cost is offset by a fixed central financial assistance of ₹30,000.

System Size	Central Subsidy Support	Maximum Benefit
1 kW	₹30,000 per kW	₹30,000
2 kW	₹30,000 per kW	₹60,000
3 kW	₹18,000 per kW (for 3rd kW)	₹78,000
Above 3 kW	Capped at Max Limit	₹78,000

Solar Panel Cost After Subsidy in India

Evaluating the final out-of-pocket budget is much easier when examining the post-subsidy price matrix. Subtracting the central financial assistance from the baseline quotation reveals the actual capital required. This structure shows how the net cost of solar panel installation for home owners becomes highly manageable when selecting standard system capacities

System Size	Cost Before Subsidy	Subsidy	Net Cost
1 kW	₹60,000–₹80,000	₹30,000	₹30,000–₹50,000
2 kW	₹1.1–1.4 Lakh	₹60,000	₹50,000–₹80,000
3 kW	₹1.5–1.9 Lakh	₹78,000	₹72,000–₹1.12 L
5 kW	₹2.5–3.2 Lakh	₹78,000	₹1.72–2.42 L

Factors Affecting Solar Panel Cost in India

Solar Panel Technology

The cell architecture selected—whether standard P-type Mono PERC or premium N-type TOPCon—directly affects the upfront cost. TOPCon modules carry a minor premium but limit thermal degradation losses during peak summers.

Brand Selection

Sourcing modules from Tier-1 ALMM-listed manufacturers like Waaree, Adani, or Tata ensures 25-year structural reliability and compliance with subsidy content regulations.

Roof Type

Standard flat reinforced concrete (RCC) roofs require simple concrete ballast mountings, while sloped sheet metal structures require custom clamps and penetrating anchors, altering balance-of-system costs.

Roof Height

High-rise installations require complex logistical crane hoisting to transport materials safely, which adds a premium to the standard labor quote.

State Regulations

Filing fees, safety inspection charges, and administrative processing durations set by state electrical inspectors directly influence overall project budgets.

Net Metering Policies

DISCOM-specific regulations determine the maximum permissible solar capacity compared to the property's sanctioned connected load, dictating physical system sizing.

Installation Complexity

Roofs with structural shading obstructions from nearby water tanks or trees require elevated structures, increasing steel fabrication expenses by up to 20%.

Quality of Components

Using premium double-insulated copper cables, IP67 junction boxes, and robust earth pits with lightning arrestors increases long-term asset safety, despite higher initial costs.

Why do solar panel prices vary across India?

Solar panel prices vary across India due to state-specific top-up subsidies (ranging from ₹0 to ₹30,000), regional labor wages, distinct DISCOM net-metering charges, roof type complexity requiring elevated structures, and whether premium N-type TOPCon or budget P-type modules are installed.

State-Wise Solar Panel Cost in India

Analyzing the regional variations in the average Solar Panel Cost highlights the massive impact of state-level administrative efficiency and top-up policies. Local power companies and nodal agencies implement unique net metering limits and top-up structures that directly affect the final financial calculations.

While the central MNRE subsidy remains uniform across India, several progressive state governments stack local incentives to make solar highly affordable. For instance, Uttar Pradesh offers a state-level top-up of ₹15,000 per kW (capped at ₹30,000), allowing the total subsidy on a 3 kW system to reach a historic ₹1,08,000 under UPNEDA’s jurisdiction. Similarly, Rajasthan provides a ₹17,000 top-up through RREC, bringing combined residential benefits to ₹95,000 and matching the high solar potential of Jaipur and Jodhpur.

Gujarat remains the fastest-commissioning state, with local DISCOMs completing technical feasibility checks within 7 to 10 days, while offering an additional state subsidy of up to ₹20,000. In contrast, states like Maharashtra, Karnataka, and Tamil Nadu rely entirely on the central PM Surya Ghar scheme without adding direct cash top-ups, though they provide highly structured net metering and rapid technical inspection frameworks to support early adopters.

State	Central Subsidy (3 kW)	State Top-Up Subsidy	Total Maximum Subsidy	DISCOM Feasibility Speed
Uttar Pradesh	₹78,000	₹30,000	₹1,08,000	Moderate (15–30 Days)
Rajasthan	₹78,000	₹17,000	₹95,000	Rapid (7–15 Days)
Gujarat	₹78,000	Up to ₹20,000	₹98,000	Ultra-Fast (7–10 Days)
Maharashtra	₹78,000	Nil (Central only)	₹78,000	Moderate (20–30 Days)
Karnataka	₹78,000	Nil (Central only)	₹78,000	Moderate (15–30 Days)
Tamil Nadu	₹78,000	Nil (Central only)	₹78,000	Moderate (15–30 Days)

Solar Panel Cost for Homes vs Businesses

When analyzing the baseline financials, the target market and scale of deployment create clear cost disparities. For individual residential property owners, the focus remains on minimizing the initial cash layout using government DBT subsidies, where the pre-subsidy rooftop solar panels cost in india sits at ₹55,000 to ₹75,000 per kW. Conversely, business entities analyze the commercial solar panel cost purely on Levelized Cost of Energy (LCOE) and direct bottom-line savings.

Commercial systems benefit from massive bulk procurement discounts, yielding average hardware costs of ₹35,000 to ₹50,000 per kW. While businesses are excluded from the residential PM Surya Ghar subsidies, they can leverage a 40% accelerated depreciation tax benefit in the first fiscal year, drastically dropping the net investment recovery timeline.

Category	Average Pre-Subsidy Cost/kW	Subsidy Eligible	Tax Benefits (Accelerated Depreciation)
Residential	₹55,000–₹75,000	Yes (Up to ₹78,000)	Under Section 80C interest deductions
Commercial	₹35,000–₹50,000	No	Yes (40% in Year 1)
Industrial	₹25,000–₹40,000	No	Yes (40% in Year 1)

How Much Can You Save with Solar Panels in India?

3 kW Residential System

A standard 3 kW residential setup generates approximately 360 to 420 units of electricity per month. For a household with a standard monthly consumption of 400 units, this system can reduce the electricity bill by up to 90%, saving ₹3,000 to ₹4,500 monthly. This results in ₹36,000 to ₹54,000 in annual savings, or over ₹9 Lakh across the 25-year operational lifecycle of the panels.

5 kW Residential System

Generating approximately 600 to 700 units monthly, a 5 kW system covers heavy cooling and EV charging demands. This yields monthly bill reductions of ₹5,000 to ₹7,000, translating to annual savings of ₹60,000 to ₹84,000. Over its 25-year lifespan, cumulative savings exceed ₹15 Lakh, making it a highly profitable investment.

10 kW Commercial System

Generating 1,200 to 1,400 units monthly, a 10 kW system offsets high commercial tariffs. For an enterprise paying commercial tariffs of ₹10 to ₹12 per unit, this system can save ₹10,000 to ₹15,000 monthly, yielding annual savings of ₹1.2 to ₹1.8 Lakh.

System Size	Average Monthly Generation	Monthly Savings (Est.)	Lifetime 25-Year Savings
3 kW	360–420 kWh	₹3,000–₹4,500	₹9,00,000
5 kW	600–700 kWh	₹5,000–₹7,000	₹15,00,000
10 kW Commercial	1,200–1,400 kWh	₹10,000–₹15,000	₹30,00,000+

Highlighted point: A solar panel cost calculator can help estimate savings, but a site survey gives a more accurate result because it checks roof area, shadow, structure, load, and actual electricity bills.

Solar Panel ROI and Payback Period

Investing in solar rooftop panels behaves like a highly secured financial asset. For a typical 3 kW residential setup, the payback period sits at 3–5 years, yielding a high return on investment (ROI) over the remaining 20 years of guaranteed system life. Larger commercial or industrial installations achieve paybacks in under 4 years due to high baseline industrial tariffs and tax offsets.

System Size	Payback Period
2 kW	4–6 Years
3 kW	3–5 Years
5 kW	3–5 Years
10 kW	4–6 Years

Is Solar Worth the Cost in India in 2026?

Yes, solar is worth the cost in India in 2026 for many homeowners, businesses, and industries. The combination of rising grid tariffs, improved panel technology, government subsidy, and long system life makes rooftop solar financially attractive.

Pros

• Lower monthly electricity bills
• Long-term energy savings
• Protection from rising power tariffs
• Cleaner and greener energy
• Better property value
• Low maintenance requirement
• Suitable for homes, businesses, and industries

Cons

• Initial investment is required
• Roof space should be suitable
• Shadow can reduce generation
• Net metering rules vary by state
• Poor installation can affect performance

Is installing solar panels worth it in India in 2026?

Yes, installing solar panels is worth it in India in 2026 if your electricity bill is high, your roof has shadow-free space, and net metering is available. With subsidy, reduced bills, and a typical payback of 3–6 years, solar can offer strong long-term savings.

Why Choose Rayzon Green for Your Solar Installation?

Choosing the right solar EPC partner is as important as comparing Solar Panel Cost. A low quote may look attractive, but a solar plant needs correct design, quality components, safe installation, and reliable after-sales support.

Rayzon Green provides rooftop solar solutions for homes and businesses with a focus on engineering quality, project execution, and long-term performance

Why Rayzon Green?

• Experienced solar EPC company in India
• Rooftop solar solutions for residential, commercial, and industrial users
• Strong understanding of solar panel installation cost and project execution
• Quality-focused design, procurement, and installation
• PAN India solar project experience
• Support for system sizing, installation, and maintenance
• Reliable after-sales and performance support

For premium solar solutions, visit: https://rayzongreen.com

For solar panel manufacturing expertise, visit: https://rayzonsolar.com

Frequently Asked Questions

Q1. What is the cost of a 1 kW solar panel system in India in 2026?

A standard 1 kW system costs between ₹60,000 and ₹80,000 before subsidy. Applying the central PM Surya Ghar subsidy of ₹30,000, the effective 1kw solar panel installation cost ranges from ₹25,000 to ₹40,000, presenting an affordable entry-point solar panel cost in india for home setups with micro-consumption. Are there standard solar panels for home cost metrics that apply to smaller installations to estimate the final Solar Panel Cost for a 1 kW system? Yes, the standard 1 kW pricing is highly competitive across most states.

Q2. What is the cost of a 3 kW solar system with subsidy?

A typical 3 kW solar system costs ₹1.25 Lakh to ₹1.67 Lakh before subsidy. Once the central subsidy of ₹78,000 is disbursed, the net 3kw solar panel cost ranges from ₹47,000 to ₹89,000 depending on the choice of panels and inverter.

Q3. How much subsidy is available on solar panels in India?

Under the PM Surya Ghar Muft Bijli Yojana, residential consumers can receive up to ₹30,000 per kW for the first 2 kW of installed capacity, and ₹18,000 for the third kW, capping the maximum central subsidy at ₹78,000. Certain states also offer top-up subsidies of up to ₹30,000.

Q4. How many solar panels are required for a 3 kW system?

A 3 kW system requires exactly 6 panels if using high-wattage 540W Mono PERC modules, or 5 panels if utilizing ultra-efficient 600W N-type TOPCon panels, optimizing physical roof space.

Q5. Which solar panel type is best in India?

N-type TOPCon solar panels are the best option for India's high-temperature climate. They feature a low temperature coefficient of -0.30%⁰C, allowing them to maintain peak generation during hot summers where standard P-type Mono PERC panels suffer significant power degradation.

Q6. How long do solar panels last?

Tier-1 solar panels are engineered to last 25 to 30 years. They carry a 10 to 12-year product warranty along with a 25-year linear performance warranty that guarantees the modules will still produce at least 80% to 85% of their initial rated power by year 25.

Q7. What is the maintenance cost of solar panels?

The annual maintenance cost is low, averaging ₹2,000 to ₹5,000 for basic cleaning and electrical terminal inspections. It primarily involves cleaning panels twice a month to prevent dust and bird droppings from causing shaded hotspots and power losses.

Q8. Can I run an AC on solar panels?

Yes. A 3 kW system can comfortably power a 1.5-ton inverter air conditioner alongside standard residential loads during sunny daytime hours by directly utilizing solar generation and grid synchronization.

Q9. How much electricity does a 5 kW solar system generate?

A 5 kW system generates approximately 20 to 24 units of electricity daily, translating to roughly 600 to 700 kWh (units) per month over a standard billing cycle.

Q10. What is the payback period of solar panels in India?

The typical payback period ranges from 3 to 5 years for standard residential systems of 3 kW or larger. Once this initial investment is recovered, the electricity generated over the remaining 20+ years of the system's life is essentially free.

Q11. Is net metering available in all Indian states?

Yes. Net metering is standardized across all Indian states and Union Territories under regional ERC rules, allowing consumers to feed excess solar energy back to the grid in exchange for utility bill credits.

Q12. Can I install solar panels without subsidy?

Yes. Residential property owners can install solar panels without subsidy if they choose non-ALMM panels, though it increases the overall cost of solar panel installation for home setups. Businesses are also ineligible for the residential cash subsidy but can offset their commercial solar panel cost through a 40% accelerated depreciation tax benefit in the first year.

Q13. Which is better: On-Grid, Off-Grid or Hybrid Solar?

On-grid is the most cost-effective option for properties with reliable grid access, qualifying for subsidies and net metering. Off-grid is suitable for remote areas with long power cuts where battery storage is necessary. Hybrid systems provide battery backup and grid connection but do not qualify for central subsidies.

Q14. Do solar panels work during monsoon?

Yes. Solar panels generate power using ambient (diffused) light on cloudy or rainy days. However, their total power output drops by 50% to 70% compared to clear, sunny days.

Q15. How can I apply for PM Surya Ghar subsidy?

Homeowners can apply online by registering on the national portal at pmsuryaghar.gov.in using their electricity consumer number and mobile. After receiving technical feasibility approval from the local DISCOM, they must install the system through an empanelled vendor, after which the subsidy is credited directly to their bank account via DBT.

Conclusion

Solar Panel Cost in India in 2026 depends on system size, panel type, inverter quality, installation complexity, location, and subsidy eligibility. For homes, subsidy can make rooftop solar more affordable. For businesses and industries, solar can reduce long-term power costs and improve energy stability.

Before choosing a system, compare more than just price. Check panel quality, inverter brand, structure strength, safety standards, warranty, net metering support, and after-sales service. A well-designed solar system may cost slightly more upfront, but it can deliver better savings, safer operation, and stronger performance for years.