Harness the Power of the Sun: How to Get the PM Surya Ghar Yojana Solar Subsidy in Rajasthan

Are you tired of skyrocketing electricity bills? Do you want to contribute to a greener future while saving money? If you’re a resident of Rajasthan, the PM Surya Ghar Yojana offers an incredible opportunity to install rooftop solar panels and enjoy a hefty subsidy of up to Rs. 78,000. Launched by the Government of India, this scheme aims to bring solar power to 1 crore households, and Rajasthan, with its abundant sunshine, is the perfect place to take advantage of it. In this blog, we’ll walk you through everything you need to know to unlock the benefits of the PM Surya Ghar Yojana subsidy in Rajasthan—step-by-step, hassle-free!

What is PM Surya Ghar Yojana?

The PM Surya Ghar: Muft Bijli Yojana, introduced by Prime Minister Narendra Modi in February 2024, is a game-changing initiative to promote solar energy across India. It provides financial assistance to install rooftop solar systems, offering up to 300 units of free electricity monthly and subsidies to offset installation costs. For a 3 kW system, you can claim a subsidy of Rs. 78,000—making it an unbeatable deal for Rajasthan households looking to go solar.

With Rajasthan’s sunny climate, this scheme is a golden opportunity to reduce electricity bills, achieve energy independence, and support India’s renewable energy goals. But how do you get started? Let’s dive in!

Why Rajasthan is Perfect for PM Surya Ghar Yojana

Rajasthan, known as the "Land of the Sun," enjoys over 300 sunny days a year. This makes it an ideal location for rooftop solar installations. Whether you live in Jaipur, Jodhpur, Udaipur, or a rural village, the PM Surya Ghar Yojana subsidy can help you harness this abundant solar energy. Plus, with initiatives like the Har Ghar Solar campaign by the Renewable Energy Association of Rajasthan (REAR), awareness and adoption are on the rise—making now the perfect time to act.

Eligibility for PM Surya Ghar Yojana Subsidy in Rajasthan

Before you apply, ensure you meet these simple eligibility criteria:

• Indian Citizenship: You must be an Indian citizen.

• Home Ownership: Own a house with a suitable RCC roof for solar panel installation.

• Electricity Connection: Have a valid electricity connection from a Rajasthan DISCOM (e.g., JVVNL, AVVNL, or JDVVNL).

• No Prior Subsidy: You shouldn’t have availed of any other solar subsidy previously.

If you tick these boxes, you’re ready to claim your subsidy and start your solar journey!

Subsidy Structure: How Much Can You Save?

The PM Surya Ghar Yojana offers a generous subsidy based on your solar system’s capacity:

• 1 kW System: Rs. 30,000 subsidy

• 2 kW System: Rs. 60,000 subsidy

• 3 kW System (or higher): Rs. 78,000 subsidy (capped at 3 kW)

For most households in Rajasthan, a 3 kW system is ideal, generating 12-18 units of electricity daily—enough to cover 40-60% of your power needs. With the Rs. 78,000 subsidy, your out-of-pocket cost drops significantly, and you’ll recover the rest through savings on your electricity bill in just a few years.

Step-by-Step Guide to Avail the PM Surya Ghar Yojana Subsidy in Rajasthan

Ready to go solar? Follow these easy steps to secure your subsidy:

Step 1: Register on the National Portal

• Visit the official website: pmsuryaghar.gov.in.

• Click on “Apply for Rooftop Solar.”

• Enter your details: State (Rajasthan), DISCOM name, consumer number, mobile number, and email.

• Submit to register and receive an application ID.

  
  

Step 2: Get Technical Feasibility Approval

• Once registered, your application is forwarded to your local DISCOM (e.g., Jaipur Vidyut Vitran Nigam Limited).

• The DISCOM will assess your roof’s suitability within 15 days and issue a feasibility approval.

  
  

Step 3: Choose a Registered Vendor

• Select a government-empanelled solar vendor in Rajasthan. Check the portal for a list of approved installers.

• Opt for mono perc black solar panels (as preferred for their efficiency and aesthetics) and ensure installation meets scheme guidelines.

  
  

Step 4: Install Your Solar System

• After signing an agreement with the vendor, get your rooftop solar system installed on your RCC roof.

• The vendor will handle net metering setup to track your energy generation and usage.

  
  

Step 5: Apply for Subsidy

• Log back into the portal, upload your installation details (photos, commissioning report), and submit bank account details with a canceled cheque.

• Your Rs. 78,000 subsidy will be credited to your account within 30 days!

  
  

Step 6: Enjoy Free Electricity

• Start generating your own power, enjoy up to 300 free units monthly, and even sell surplus energy back to the grid for extra income.

  
  

Additional Benefits for Rajasthan Residents

Beyond the subsidy, the PM Surya Ghar Yojana offers Rajasthan households:

• Lower Electricity Bills: Save Rs. 15,000-18,000 annually.

• Energy Independence: Reduce reliance on fossil fuels.

• Eco-Friendly Living: Cut your carbon footprint with clean energy.

• Local Support: Campaigns like Har Ghar Solar’s Surya Rath Yatra and awareness camps make it easier to learn and adopt solar.

• 
  

Tips to Maximize Your PM Surya Ghar Yojana Benefits

• Check Roof Space: Ensure your RCC roof is shadow-free and spacious enough for a 3 kW system.

• Compare Vendors: Work with REAR-approved installers for quality assurance.

• Use the Solar Calculator: The portal’s calculator helps estimate savings and system size.

• Act Fast: With rising registrations (over 1.3 crore nationwide), apply soon to avoid delays.

Conclusion: Go Solar with PM Surya Ghar Yojana Today!

The PM Surya Ghar Yojana subsidy is your ticket to affordable, sustainable energy in Rajasthan. With up to Rs. 78,000 in financial assistance, abundant sunlight, and a streamlined process, there’s no better time to switch to rooftop solar. Register on pmsuryaghar.gov.in today, and join the solar revolution sweeping Rajasthan—one rooftop at a time!

Ready to save money and power up with solar? Start your application now or call :- 8299519741 !! Go through the video below for more information !!

Glass-to-Transparent Backsheet vs. Glass-to-Glass Solar Modules: A Detailed Comparison

In the world of photovoltaic (PV) technology, solar module design plays a crucial role in determining the efficiency, durability, and overall performance of solar power systems. Two popular configurations are glass-to-transparent backsheet and glass-to-glass solar modules. Each has its own unique features, advantages, and trade-offs that cater to specific applications and environmental conditions.

1. Structural Composition

Glass-to-Transparent Backsheet Modules:

• These modules consist of a front glass layer and a rear polymer-based transparent backsheet, typically made from materials like Tedlar or PET (polyethylene terephthalate). The transparent backsheet allows for some light to pass through, which is beneficial for bifacial modules.

• The light weight of these modules makes them easier to handle during transportation and installation, reducing overall costs. They are widely used in residential and small-scale commercial projects due to their affordability and ease of installation​

  
  

Glass-to-Glass Modules:

• These modules feature glass on both the front and back, sandwiching the solar cells between two layers of heat-treated, tempered glass. This design enhances the module's mechanical strength and protects the solar cells from environmental factors like moisture, dust, and corrosion.

• Glass-to-glass modules are especially known for their durability and resilience, making them ideal for large utility-scale projects and installations in harsh environments, such as deserts, coastal areas, or regions with heavy snowfall​.

  

2. Durability and Environmental Resistance

Glass-to-Transparent Backsheet Modules:

• While these modules offer decent durability, they are more vulnerable to degradation over time compared to glass-to-glass modules. The polymer backsheet can experience issues such as yellowing, cracking, or chalking after prolonged exposure to UV radiation and temperature changes​

  
  

• The transparent backsheet allows bifacial modules to capture some reflected light from the rear, increasing energy yield. However, their lifespan is typically shorter than glass-to-glass modules, with an expected lifetime of about 25 years​

  .

Glass-to-Glass Modules:

• Glass-to-glass modules boast superior durability and resistance to environmental stressors. The dual glass layers provide excellent protection against water ingress, UV degradation, and mechanical stress. This results in lower annual degradation rates (0.45% compared to 0.7% for glass-to-backsheet modules), ensuring better long-term performance​.

  .

• These modules are more suitable for extreme environments, as they can withstand high humidity, salt fog, and strong winds, which makes them ideal for coastal regions, deserts, and high-altitude areas​.

  .

3. Weight and Handling

Glass-to-Transparent Backsheet Modules:

• One of the key advantages of glass-to-transparent backsheet modules is their lighter weight, typically around 40 pounds (18 kg) per panel. This makes them easier to handle, transport, and install, reducing labor and logistical costs​.

  .

• Their lightweight nature is particularly beneficial for rooftop installations, where structural load capacity may be a concern.

Glass-to-Glass Modules:

• These modules are significantly heavier, averaging around 50 pounds (23 kg) due to the additional layer of glass. This increased weight adds complexity during transportation and installation, but it also contributes to their robustness and long-term stability​.

  .

4. Degradation and Performance

Glass-to-Transparent Backsheet Modules:

• These modules experience a higher degradation rate of about 0.7% per year. Over a typical 25-year lifespan, this results in a power output of around 80% of the initial performance​.

  .

• While they are more prone to micro-cracks and mechanical stress, they remain a cost-effective solution for many residential and commercial projects.

Glass-to-Glass Modules:

• With a lower degradation rate of 0.45% per year, glass-to-glass modules retain around 87% of their original performance even after 25–30 years. The glass back provides additional support, reducing the likelihood of micro-cracks and protecting the solar cells from potential-induced degradation (PID)​.

  .

• This durability translates into longer warranties and more reliable long-term performance, making glass-to-glass modules ideal for projects where longevity and reliability are paramount​.

  .

5. Cost and Aesthetic Considerations

Glass-to-Transparent Backsheet Modules:

• These modules are more cost-effective, especially for smaller projects, due to their lighter weight and simpler manufacturing process. Additionally, bifacial modules with transparent backsheets can achieve better aesthetics on residential rooftops by blending seamlessly with different architectural styles​.

  .

• However, they may not offer the same level of robustness as glass-to-glass modules, particularly in harsh environmental conditions.

Glass-to-Glass Modules:

• The additional glass layer increases the cost of these modules, but this investment is offset by their superior durability and long-term reliability. Their transparent nature makes them visually appealing for structures like pergolas, carports, and greenhouses, where light transmission is beneficial​.

  .

6. Applications and Suitability

Glass-to-Transparent Backsheet Modules:

• These modules are best suited for residential and light commercial applications, where cost and ease of installation are key priorities. They can be a good choice for bifacial applications in regions with lower environmental stress​.

  .

Glass-to-Glass Modules:

• Thanks to their resilience, these modules are ideal for utility-scale projects and installations in extreme weather conditions, such as deserts or high-humidity areas. Their transparency also makes them suitable for specialized applications like greenhouses, pergolas, and other architectural projects​

  .

Conclusion

In summary, glass-to-transparent backsheet modules are a practical, cost-effective solution for smaller, less demanding installations, offering lightweight convenience and aesthetic appeal. However, glass-to-glass modules provide enhanced durability, lower degradation rates, and superior performance in harsh environments, making them a solid choice for large-scale, long-term projects. The decision between the two ultimately depends on the specific requirements of the installation, including environmental conditions, budget, and long-term energy yield expectations.

What's an I-REC (International Renewable Energy Certificates)?

I-RECs as an instrument that allow businesses to procure this energy even in the countries that don’t have their own certification systems. Each I-REC represents proof that 1 MWh of renewable energy has been produced and takes into account the multiple environmental benefits that are equivalent to the RE generated via that one certificate by generating a unique ID for each I-REC.

An international renewable energy certificate (I-REC) represents transferrable proof that one MWh of electricity was produced from renewable energy sources and added to an electrical grid. Purchasing an I-REC allows the buyer to claim consumption of one MWh of renewable energy. I-RECs can originate from wind, solar, ocean energy, biomass, hydropower, landfill gas, aerothermal, geothermal, and landfill gas projects.

I-RECs as an instrument allow businesses to procure this energy even in the countries that don’t have their own certification systems. Each I-REC represents proof that 1 MWh of renewable energy has been produced and takes into account the multiple environmental benefits that are equivalent to the RE generated via that one certificate by generating a unique ID for each I-REC. This ID in return tracks the asset that has generated that RE, enabling the purchaser to cross-check the authenticity and quality of clean energy generated. Generated from an underlying RE asset, through this process I-RECs prevent double-counting, double issuing, and false claiming of emissions reductions at the source.

I-RECS offer companies and individuals a convenient way to offset their carbon footprint and transition to green energy by simply claiming the energy that comes from renewable sources & renewable energy attributes of that electricity. The end-consumer can avail, redeem or trade the issued I-RECs and benefit from the same simultaneously.

How does I-REC work ?

The RE generators can register their plants on the I-REC Registry by making an application along with a set of plant documents. The application is then validated by the Registry and they seek clarity (if required). After the validation, an independent audit may also be initiated by the Registry based on their discretion. Once the registration is approved by the Registry, the generator can furnish the meter readings from time to time to get I-RECs issued on the electricity generation from the RE asset. The end-consumer or a trader can then purchase the issued I-RECs and may redeem/retire or trade the certificates respectively. The revenue generated out of the sale of I-RECs can be put back into the system by the RE generator to finance development of new RE projects. In effect, the I-REC mechanism encourages development of new RE projects and reducing the carbon emissions across the world while passing on the benefit to the end-consumers.

How do I-RECs benefit businesses?

Some of the key benefits for businesses includes

• It helps in the reduction of carbon footprint of any organization, followed by less pollution generated in your everyday operations.

• It helps in mitigating climate change, I-RECs also support the overall renewable energy market by ensuring fair & reliable trade of RE.

• I-REC gives purchaser the freedom to choose where exactly they buy RE from, both the source and the supplier, from both local or international markets.

• It helps corporates to achieve their ESG goals, I-RECs give a competitive edge to your portfolio for their investors.

IRECs serve as a flexible and efficient tool to incentivize the growth of renewable energy capacity globally, facilitate investment in renewable energy projects, and help organizations and governments meet their sustainability and carbon reduction goals. They are an essential component of the global effort to transition to a more sustainable and low-carbon energy future.

#carbontrading #irec #renewableenergycertificates