Are you planning to reduce your electricity bills and switch to clean energy? Thanks to government incentives like the PM Surya Ghar: Muft Bijli Yojana alongside state discom initiatives, claiming a rooftop solar subsidy in Andhra Pradesh has become simpler and more affordable than ever. Whether you fall under APEPDCL, APSPDCL, or APCPDCL power distribution zones, this step-by-step guide walks you through the complete online application and subsidy claim process.

What is the PM Surya Ghar Scheme in AP?

Under the revamped central and state rooftop solar initiatives, residential consumers in Andhra Pradesh receive direct financial assistance (Direct Benefit Transfer – DBT) deposited straight into their bank account.

• Up to 2 kW capacity: ₹30,000 to ₹60,000 subsidy.
• 3 kW and above: Up to ₹78,000 maximum central subsidy.
• Group Housing Societies / RWAs: Up to ₹18,000 per kW for common facilities.

Understanding your AP solar panel subsidy eligibility requires only three basics: a valid residential electricity connection in AP, suitable unshaded roof space, and an active bank account linked with Aadhaar.

Step-by-Step Process to Apply for Rooftop Solar Subsidy in Andhra Pradesh

Step 1: AP Solar Rooftop Portal Registration

1. Visit the official National Portal for Rooftop Solar (pmsuryaghar.gov.in).
2. Select Andhra Pradesh as your state and choose your respective Electricity Distribution Company (APEPDCL, APSPDCL, or APCPDCL).
3. Enter your Consumer Number printed on your AP electricity bill, your mobile number, and your email address to complete registration.

Step 2: Submit the Online Application

Once logged into your portal account:

• Apply for the rooftop solar installation under your consumer profile.
• Fill in your roof area details and proposed solar system capacity (e.g., 2 kW or 3 kW).
• Wait for Technical Feasibility Approval (TFR) from your local Discom engineer.

Step 3: Choose Empanelled Solar Vendors in AP

Once your feasibility approval is granted, choose registered and empanelled solar vendors in AP from the portal directory.

• Important: Subsidy benefits apply only if the system is installed by official empanelled solar installers using DCR (Domestic Content Requirement) compliant solar modules and ALMM-approved components.

Step 4: System Installation & Net Metering Application in Andhra Pradesh

After vendor selection, the installer fits the rooftop solar array and inverter. Next:

• The vendor submits the completion report on the portal.
• Apply for net metering application in Andhra Pradesh through the same portal.
• Discom officials inspect the installation, install the bi-directional net meter, and issue a commissioning certificate.

Step 5: Claiming Your Subsidy

1. Upload your bank account details and a cancelled cheque on the portal.
2. The government verifies the commissioning report and bank details.
3. The sanctioned rooftop solar subsidy in Andhra Pradesh is directly credited to your bank account within 30 days.

Tracking your APSPDCL rooftop solar subsidy status or APEPDCL solar rooftop application online is fast and transparent through the national portal. By following this solar subsidy in AP step by step procedure, you can transition to renewable energy, cut your monthly power bills to zero, and recover your investment in under 3 to 4 years. Apply online today to secure your subsidy allocation!

One of the most common questions homeowners ask before installing rooftop solar is, “Do solar panels work on cloudy days in India?” It is a reasonable concern, especially in regions that experience heavy monsoon rains and frequent cloudy weather.

The good news is that solar panels do not stop working just because the sky is cloudy. They can still generate electricity as long as sunlight is reaching the panels. However, the amount of electricity produced can be lower than on a bright, sunny day.

How Do Solar Panels Generate Power on Cloudy Days?

Solar panels use sunlight to generate electricity. They can use both direct sunlight and diffused sunlight that passes through clouds.

On a clear day, panels receive stronger sunlight, allowing them to produce more electricity. When thick clouds cover the sky, less sunlight reaches the panels, so their power output naturally decreases.

This is why solar power generation on cloudy days can vary from one day to another. Light cloud cover may have a relatively small effect, while dark and heavy clouds can reduce generation considerably.

What Happens to Solar Panels During Monsoon?

The Indian monsoon does not mean that rooftop solar becomes useless. Solar panels continue to generate power whenever sufficient sunlight is available.

During the rainy season, generation can fluctuate. You may see good production on a sunny morning, followed by lower generation when clouds become thicker or rain begins.

This variation is normal and should not be considered a sign that the solar system is faulty.

When evaluating solar panel performance during monsoon, it is better to look at generation over several weeks or months instead of judging the system based on one rainy day.

Can Rain Damage Solar Panels?

Solar panels are designed to remain outdoors and operate under different weather conditions. Properly manufactured and installed panels can withstand normal rain and other environmental exposure.

Rain can even help remove some dust from the panel surface. However, good installation is still important. Proper mounting, cable protection, waterproofing and electrical safety measures can help maintain reliable system performance.

How Can You Get Better Solar Performance?

A few simple practices can help maintain your rooftop solar system:

• Keep panels reasonably clean.
• Remove heavy dirt or bird droppings when required.
• Avoid unnecessary shade from trees or nearby structures.
• Check the system regularly through monitoring software.
• Use reliable panels, inverters and other components.
• Get professional maintenance if you notice unusual drops in generation.

Remember that solar generation naturally changes with weather, season and sunlight availability.

Should You Install Solar If Your Area Gets Heavy Rain?

Yes. Living in a region with a strong monsoon does not automatically make rooftop solar unsuitable.

The important factors include your location, roof orientation, available sunlight, system size, shading and expected annual electricity consumption.

Instead of asking whether your panels will produce the same amount of electricity every day, it is better to consider the system’s overall yearly energy generation.

So, do solar panels work on cloudy days in India? Yes, they do. They can continue producing electricity from the sunlight available through the clouds, although their output may be lower during heavy cloud cover.

Monsoon weather is simply one of the natural factors that can affect solar generation. With proper system design, quality components and regular monitoring, rooftop solar can continue generating clean electricity throughout the year.

If you are considering solar for your home, don’t let cloudy weather alone stop you from exploring the option. A professional site assessment can help you understand the expected solar generation for your location and roof.

Net Metering for Rooftop Solar: How Does It Work?

Installing rooftop solar can help reduce dependence on electricity purchased from the grid. But what happens when your solar panels generate more electricity than your home needs?

This is where net metering for rooftop solar becomes important.

Net metering allows electricity generated by a grid-connected rooftop solar system to be used within the property, while surplus generation can be exported to the electricity grid according to the applicable rules. The exported and imported electricity is recorded through an approved bidirectional meter and is considered in the applicable billing or settlement process.

What Is Solar Net Metering?

Solar net metering is a mechanism through which electricity flowing between a rooftop solar system and the electricity grid is measured.

During the daytime, solar panels generate electricity. The generated power is first used by appliances in the home. If more electricity is produced than is being consumed at that moment, the surplus may be sent to the grid.

When solar generation is not enough to meet the property’s electricity requirement, additional electricity can be drawn from the grid.

This means that the grid can effectively support the rooftop solar system when electricity production and consumption do not occur at the same time.

What Happens to Excess Solar Electricity?

Imagine that your rooftop solar system is producing 5 units of electricity while your home is using only 3 units.

The additional 2 units can be exported to the grid, subject to the applicable net-metering regulations and technical requirements.

Later, when your solar system is producing less electricity than your home requires, electricity can be imported from the grid.

The energy flowing in both directions is measured by the appropriate meter.

This helps ensure that your solar generation and electricity consumption can be properly accounted for.

Do You Get Paid for Selling Solar Power?

The phrase “selling solar power” can sometimes create confusion.

Under a net-metering arrangement, surplus electricity is not necessarily paid to the consumer as direct cash for every exported unit. Instead, the applicable billing or energy-settlement mechanism determines how exported electricity is treated.

The actual benefit depends on the regulations followed by the concerned state electricity authority and DISCOM.

Therefore, homeowners should check the latest local rules before deciding how large their solar system should be.

How Can Net Metering Reduce Your Electricity Bill?

One of the biggest advantages of net metering for rooftop solar is the potential reduction in electricity purchased from the grid.

For example, assume a home consumes electricity throughout the month while its rooftop solar system generates a significant portion of that requirement.

During sunny periods, solar electricity can be consumed directly by household appliances. Any eligible surplus can be exported to the grid. When solar generation is unavailable or insufficient, electricity can be imported.

As a result, the amount of grid electricity used can be reduced.

The actual savings will depend on factors such as system capacity, electricity consumption, sunlight availability, tariff structure and applicable net-metering rules.

How Does PM Surya Ghar Subsidy Help?

For eligible residential consumers, the PM Surya Ghar: Muft Bijli Yojana provides Central Financial Assistance for qualifying rooftop solar installations, subject to the scheme’s applicable conditions and guidelines.

The subsidy can help reduce the initial investment required for an eligible solar system.

When government financial assistance is combined with long-term electricity bill savings, rooftop solar can become a more attractive option for eligible households.

However, subsidy eligibility and net-metering approval should be considered separately because different requirements and processes may apply.

Why Is Proper Solar System Sizing Important?

A solar system should not simply be selected based on the largest possible capacity.

The system should be designed after considering:

• Monthly electricity consumption
• Electricity tariff
• Available roof area
• Roof orientation and shading
• Local sunlight conditions
• Expected solar generation
• Net-metering regulations
• DISCOM requirements
• Eligible subsidy
• Future electricity requirements

A professional site assessment can be used to determine a suitable system size and installation approach.

Is Net Metering Suitable for Every Solar Customer?

Not necessarily.

The availability, capacity limits, application process, technical requirements and settlement mechanism can differ between states and electricity distribution companies.

For this reason, the applicable DISCOM rules should be checked before installation.

Customers should also understand whether their proposed system qualifies for the relevant metering arrangement and government incentives.

Net metering for rooftop solar provides an important connection between your solar installation, household electricity consumption and the power grid.

Instead of allowing surplus daytime generation to go unused, eligible excess electricity can be exported to the grid and accounted for according to the applicable rules.

Combined with proper solar system design and eligible government support such as the PM Surya Ghar scheme, rooftop solar can help households work towards lower electricity expenses over the long term.

Before installing a system, always verify the latest subsidy, tariff, metering and DISCOM requirements applicable to your location.

The future of clean energy in India is accelerating faster than ever, driven by rising electricity demand, climate
commitments, and rapid advancements in renewable energy technology. As we move into 2026, solar energy
stands out as the most reliable, scalable, and cost-effective clean energy solution for homes, businesses, and
industries. With supportive government policies, falling solar installation costs, and proven long-term savings,
solar power is no longer optional—it’s a strategic energy decision

India’s Clean Energy Transition: A Turning Point

India has set ambitious renewable energy targets to reduce carbon emissions and improve energy security.
Clean energy sources like solar power, wind energy, hydropower, and battery storage systems are reshaping
the national power mix.

With increasing fossil fuel costs and grid instability, clean energy adoption helps reduce dependence on coal
while ensuring sustainable growth. Solar energy, in particular, leads this transition due to India’s high solar
potential and rapidly expanding infrastructure.

Key Clean Energy Trends Shaping India in 2026

1. Rapid Growth of Solar Power Capacity

Solar power generation continues to dominate India’s renewable energy expansion. Large-scale solar parks,
rooftop solar installations, and hybrid solar systems are being deployed across residential, commercial, and
industrial sectors. Lower solar panel prices and improved efficiency make solar systems more accessible than
ever.

2. Advanced Solar Technology

Emerging technologies such as high-efficiency solar panels, bifacial modules, smart inverters, and AI-powered
energy monitoring are improving performance and reliability. These innovations maximize power output while
reducing maintenance requirements. Solar plus battery energy storage systems (BESS) are also gaining
traction, enabling round-the-clock clean power availability.

3. Strong Government Policies and Incentives

Government initiatives, including solar subsidies, net metering policies, accelerated depreciation, and
renewable purchase obligations, continue to support solar adoption. These incentives improve solar ROI and
shorten payback periods for investors and businesses.

Why Solar Is a Smart Choice in 2026

Lower Electricity Costs

Installing solar power systems significantly reduces monthly electricity bills. With grid tariffs rising annually,
solar offers predictable and long-term energy savings.

High Return on Investment

Solar energy provides attractive financial returns. Most solar installations achieve payback within 3–6 years,
followed by 20+ years of free electricity generation.

Energy Independence and Reliability

Solar power reduces reliance on grid electricity and protects against power outages and tariff volatility. With
storage integration, businesses and homes gain greater energy control.

Environmental and ESG Benefits

Solar energy reduces carbon footprint, supports sustainability goals, and strengthens ESG compliance. Clean
energy adoption enhances brand reputation and environmental responsibility.

Solar for Homes, Businesses, and Industries

Solar solutions are now customized for every sector—residential rooftop solar, commercial solar systems,
industrial solar plants, and ground-mounted solar installations. From factories and warehouses to offices and
housing societies, solar energy offers scalable clean power solutions aligned with future energy needs.

Why Now Is the Right Time to Go Solar

With technology maturity, policy stability, and rising energy costs, 2026 presents a perfect opportunity to invest
in solar energy. Early adopters benefit from higher savings, better incentives, and long-term cost control.
Choosing solar today ensures future-ready energy infrastructure and financial stability.

Installing commercial solar with Ellvin Energy helps businesses cut electricity costs, gain energy
independence, and achieve sustainability goals with confidence. From system design to long-term
maintenance, Ellvin Energy delivers reliable, high-performance commercial solar solutions tailored to your
energy needs.

Why Businesses Choose Commercial Solar

With rising electricity tariffs and increasing ESG expectations, commercial solar installation has become a
strategic investment for businesses. Rooftop and ground-mounted solar systems reduce operational costs,
stabilize energy expenses, and enhance brand credibility through clean energy adoption.

Ellvin Energy enables businesses to transition smoothly to solar power systems with a structured EPC
approach that minimizes risk and maximizes ROI.

Our End-to-End Commercial Solar Process

1. Site Assessment & Energy Analysis

Ellvin Energy begins with a detailed site survey and electricity consumption analysis. Factors such as rooftop
strength, shadow-free area, solar radiation, and load profile are evaluated to design the most efficient
commercial solar system.

• Accurate system sizing
• Optimized power generation
• Faster payback period

2. Custom Solar System Design

Every business has unique energy needs. Ellvin Energy develops a customized solar plant design, including
panel layout, inverter selection, mounting structures, and electrical configuration. Using advanced simulation
tools, businesses receive clear projections on annual energy generation, cost savings, and solar ROI.

3. Engineering, Procurement & Approvals

As a full-service commercial solar EPC provider, Ellvin Energy manages engineering, procurement, and
regulatory approvals under one roof.

• High-efficiency solar panels
• Reliable solar inverters
• Net metering & DISCOM approvals
• Compliance with local regulations

4. Professional Solar Installation

Certified teams execute the commercial solar installation with strict safety and quality standards. Installations
are planned to avoid disruption to daily operations while ensuring long-term system durability.

5. Testing, Commissioning & Grid Connection

Before handover, the solar power system undergoes rigorous testing and commissioning. Electrical safety
checks, performance validation, and grid synchronization ensure the plant is ready for optimal operation

6. Real-Time Monitoring & Performance Tracking

Ellvin Energy integrates solar monitoring systems that provide real-time insights into power generation, energy
savings, and system health.

• Transparent performance data
• Early fault detection
• Improved efficiency

7. . Operations & Maintenance (O&M;)

Long-term performance depends on proactive maintenance. Ellvin Energy offers comprehensive solar O&M;
services, including panel cleaning, preventive inspections, and performance audits. This ensures consistent
energy output and extends system life beyond 25 years.

• Significant reduction in electricity bills
• Protection against tariff hikes
• Accelerated depreciation benefits
• Payback period of 3–5 years
• Strong long-term cash flow savings

Solar also strengthens ESG compliance and carbon footprint reduction initiatives.

Why Ellvin Energy

Ellvin Energy is trusted for its technical expertise, transparent pricing, and long-term service commitment.
Businesses across industries rely on Ellvin Energy for scalable, future-ready commercial solar solutions.