By embracing solar power!

Housing societies that have adopted solar power are already reaping significant benefits:

• Substantial savings on electricity bills
• Achieving quick break-even on their solar investments
• Contributing to environmental sustainability  

Shree Rudra Power Systems has succeeded in helping 150+ housing societies transition to solar energy and has delivered remarkable savings. In Bangalore’s prestigious Shriram Whitehouse Apartments, we installed a 173 kW solar system that has already saved residents an impressive ₹50 lakhs on their electricity bills.

Similarly, at SNN Raj Greenbay, another premier housing society in Bangalore, our 341 kW solar installation is saving residents approximately ₹3-4 lakhs every month. These consistent savings offer financial relief and a powerful reminder of the long-term value of investing in solar.

One of our early adopters, Century Saras Housing Society, another housing society in Bangalore, embraced solar energy back in 2020. Their investment has already reached break-even, far ahead of schedule, and they now look forward to enjoying more than 20 years of free electricity. 

These success stories highlight the enduring impact of solar energy, proving that the benefits extend far beyond the initial investment.

If you are a committee or RWA member of your society and you’re thinking about going solar, this article will help you understand–

• Ways housing societies can take advantage of solar subsidies
• The necessary documents for the application 
• The steps to secure approval from the AGM for solar panel installation. 

Understanding these key aspects will help your society in its respective city in India to smoothly transition to solar power and maximise the benefits of government incentives.

Required Documents, Subsidy, and Approximate Cost

Under the PM Surya Ghar Muft Bijli Yojana, the Indian government offers rooftop solar subsidies at a flat rate of Rs 18,000 per kW across all states and cities. The maximum subsidy amount is Rs 90 lakhs. 

Before applying for the subsidy, the total solar system installation cost could range from Rs 45,000 to Rs 65,000 per kW. After subsidy, the price could be reduced to roughly Rs 30,000 to Rs 47,000 per kW.

The eligibility criteria for a housing society to avail of the subsidy include the following:

• The Society should be legally registered.
• The Society should have a PAN Card
• The Society should have an eligible Bank Account
• The panel should be an Indian-manufactured DCR
• The Society should have a Detailed Project Report (DPR) from Engineering Procurement Construction professionals (EPC)

Housing societies must have the documents below to secure this government subsidy.

• Proof of Identity and Address
  • Identity proof of the society’s authorised signatory (e.g., Aadhaar card, PAN card).
  • Address proof of the society’s registered office (e.g., utility bill, rental agreement).

• Society Registration Certificate
  A copy of the society’s registration certificate, which is proof of the society’s legal existence
  
  
• Electricity Bills
  The most recent electricity bill(s) for the society’s common areas or the building where the solar system will be installed.
  
  
• Resolution of the Society
  A formal resolution passed by the society’s AGM or managing committee authorising the solar panel installation and appointing a committee to oversee the project.
  
  
• Roof Ownership Certificate
  Documentation proving the society’s ownership or legal right to use the roof where the solar panels will be installed.
  
  
• No Objection Certificate (NOC)
  An NOC from the local municipal authority, if required, to allow the installation of solar panels on the society’s property.
  
  
• Feasibility Report
  A report from DISCOM or an accredited solar vendor that assesses the suitability of the site for solar installation and provides technical specifications.

Tips to Achieve Approval from the AGM to Install Solar

One of the most important steps in installing solar power is getting approval from your housing society’s Annual General Meeting (AGM). 

A pro tip: Before the AGM, you can informally gauge the society member’s interest and support for a solar project. 

Once you have a reasonable estimate of the level of support from the members, here’s how you can manage achieving the necessary approvals effectively.

1. Get In-Principle Approval and a Tentative Budget from the AGM

Draft a clear proposal emphasising the approximate cost of going solar including expected installation, maintenance, and other relevant costs, the benefits of solar energy, potential financial savings, and environmental effects. 

A well-prepared plan that addresses possible objections and emphasises long-term benefits will likely get AGM approval.

2. Form a Solar Committee

Build a specialised committee with various talents and interests, including finance, engineering, and project management. The committee’s responsibilities include:

• Studying the available solar options
• Communicating with vendors
• Managing the budget
• Supervising the project from start to finish

Having a dedicated team guarantees that the project is well-coordinated and that decisions are made for the benefit of society.

3. Float a Request for Quotation (RFQ) for Vendor Selection

The RFQ should explicitly state the project requirements, estimated system size, installation timetable, warranty, and maintenance services. While evaluating the quotations, consider cost, vendor experience, product quality, and after-sales service.

4. Hire a Solar Advisor

The right solar advisor will ensure your society’s project is designed and implemented correctly. They will be a valuable liaison between the Solar Committee, and society members, addressing concerns and making decisions more efficiently. Reputed solar vendors like Shree Rudra Power Systems will act as solar advisors to help you through the process.

3. Educate Society Members About Solar

Organise awareness campaigns to inform society members about long-term cost savings, enhanced property value, and the ecological impact of solar energy. Share success experiences from other societies that have implemented solar energy. 

To get everyone on the same page and excited about the project, hand out informative brochures, host Q&As, and keep everyone updated on the progress of this endeavour.

Choose Sahi Solar for your Housing Society with Shree Rudra Power Systems

Shree Rudra Power Systems is India’s #1 rooftop solar company and the highest-rated in the market, with an impressive Google Rating of 4.8+ and over 4,500 customer reviews. 

We offer free consultation services to help you and your society members understand the benefits of solar energy and how it can be tailored to their needs. Our solar experts will assess your property, provide detailed insights, and guide you through the entire process, from planning to installation. There are no middlemen involved, only our crew in blue from the beginning till the end.

We also understand that every housing society has different financial capabilities. Therefore, we offer flexible financing options to make solar accessible to all. Whether your society prefers upfront payment, financing through EMIs, or a customised payment plan, Shree Rudra Power Systems solutions fit your budget.

We are committed to using only the highest quality components in their installations. From solar panels to inverters and mounting structures, every component selected ensures maximum efficiency, durability, and long-term performance. 

Our innovative Intelligent WindPro Mount is a trademarked solution designed to withstand extreme weather conditions, including cyclones. These cyclone-proof solar structures, approved by IIT Bombay, provide peace of mind, ensuring your investment is protected even in the harshest climates.

Make the switch towards Sahi Solar with Shree Rudra Power Systems – contact us today.

FAQs

Q1. When will the housing society get the solar subsidy?

Ans. The timeline for receiving this subsidy varies, depending on the approval process by the government authorities and their disbursal cycle. You can check your subsidy status through the national portal for rooftop solar.

Q2. How can the housing society apply for solar financing with Shree Rudra Power Systems?

Ans. A criteria to qualify and apply for solar financing with Shree Rudra Power Systems is as follows: 

The eligibility criteria:

Documents required include the following:

• PAN CARD of society – Self-attested
• KYC of signing authority (Any 2 Member) – Self-attested
• Registration documents – Self-attested
• List of members – Self-attested
• Contact details of signing authority
• Last 12 months’ bank statement
• The last 3 months’ electricity bill
• Last 2 years audited financials
• Quotation

Loan approvals are fast, often within 2-3 days. EMIs commence after the loan is approved.

Q3. When will the breakeven point reach for housing societies?

Ans.  The breakeven point for housing societies investing in solar energy depends on the price per unit charged by the electricity board. 

Formula:

Breakeven Point (years) = Net Cost of Solar Project/Annual Savings

Where:

• Net Cost of Solar Project = The total cost after subsidy.
• Annual Savings = Annual Energy Production (in units) × Rate per Unit of Electricity

Example Calculation:

For a 100 kW system with an average cost of ₹60,000 per kW:

• Net Cost of Solar Project = ₹60,00,000 – ₹18,00,000 = ₹42,00,000
• Rate per Unit of Electricity = ₹10 per unit
• Annual Energy Production = (from the previous example, 100 kW system) ≈100×1400=1,40,000 units/year

Steps:

1. Calculate Annual Savings:
   Annual Savings = 1,40,000×10 = ₹14,00,000
2. Calculate Breakeven Point:
   Breakeven Point (years) = 60,00,000 / 14,00,000 ≈ 4.2 years

This means the housing society would recover the solar installation cost in about 4.2 years from saving on electricity bills.

Q4. What is the maximum subsidy a housing society can avail through PM Surya Ghar Muft Bijli Yojana?

Ans. Housing societies can receive a government subsidy of ₹18,000 per kilowatt, up to ₹90 lakh for a maximum of 500 kilowatts, under the National portal for rooftop solar subsidy.

Q5. Is solar maintenance necessary for housing societies?

Ans. Yes, solar maintenance is necessary to ensure optimal performance of the solar power systems. Over time, panels can accumulate dust, debris, bird droppings, and other residues that can significantly decrease their effectiveness. 

One of our housing society projects, Prestige South Ridge in Bangalore, has diligently maintained their 268 kW solar plant with our comprehensive maintenance services. The result? This solar system has consistently exceeded its committed generation targets month after month, delivering an impressive 10% solar savings to the residents.

Scheduled maintenance, including cleaning and inspections, can prevent these issues, prolong the solar system’s lifespan, and ensure that the system continues to provide substantial energy savings for society. 

The post How to Obtain a Solar System for a Housing Society in Your City appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

It was a nation stripped of all its resources and glory for over 200 years!

And when it snatched its freedom in 1947, what was left behind was chaos and unrest!

In 1947, ours was a country with a literacy rate so poor that the West hung onto its beliefs that India would forever be nothing but a land of snake charmers. Even if there had been a prophecy, nobody would have believed then that India could one day become the face of the #hargharsolar revolution, installing rooftop solar systems and offering a govt subsidy on solar across homes nationwide!

But just as the sun rises to its full glory after every eclipse, India too emerged from the ashes of nothingness! From nowhere on the list of development and achievements, the nation rose to be the 4th largest producer of renewable energy and home to the world’s largest solar power plant, the Bhadla Solar Park. 

The government realized early on that proper development could only come from utilizing natural resources. And the most abundant resource available was sunlight, which could be converted to electricity. The primary aim behind taking gamble after gamble to popularize solar energy was to make electricity affordable (possibly free) for everyone! 

Ever since this realization struck, the Indian government has been simplifying the net metering meter installation (net meter installation) and solar commissioning processes, developing unique solar subsidy schemes, and offering a higher subsidy on solar panel systems to make solar affordable. 

And being true ambassadors of the #Apna Desh Apni Bijli movement, we have created this article. It is a snapshot of all the latest changes the government has made to simplify solar installation for homeowners. 

We’ve also walked the extra mile to gather the never-spoken-of-before modifications in the govt subsidy on solar, expected to be launched soon!

So, without further preamble, we present to you what’s new in subsidy on solar panel systems and net metering system installation processes — use this golden pass to have a closer look at what solar installation at your home! 

Subsidy On Solar Panel Systems — Is this Best Time To Benefit From the Solar Panel Government Subsidy Scheme?  

Prime Minister Narendra Modi made an iconic announcement on January 22, 2024 — he announced the ‘Pradhanmantri Suryodaya Yojana’ that pledges to solarize one crore homes in the country.

To turn this pledge into reality, the government has shifted its focus on offering as much financial help to homeowners installing rooftop solar systems as possible. This monetary help has been available in the form of a subsidy on solar panel systems for years. However, the latest reforms in solar subsidy policy and subsidy rates have made 2024 the most beneficial year to install solar systems. 

Wondering how? To assist you better, we’ve drawn this comparison table between the old and new solar subsidy rates for homeowners under the DBT scheme. Have a look to get a clearer idea! 

*Please note: The new solar panel government subsidy rates will be applicable only for applications filed on the National Portal for Rooftop Solar on or after February 13th, 2024.

Let’s simplify further with an example of old and new subsidy rates for 1 kW, 2 kW, 3 kW, and 5kW solar systems

Special Considerations: Higher Solar Subsidy for Some States  

For Uttar Pradesh:

The Uttar Pradesh state government offers additional financial assistance on top of the subsidy on solar panel systems offered by the central government. 

Here’s what this means for the residents of UP:

1. Central government’s subsidy on solar panel systems: 

• – For 1-2 kW systems: ₹30,000 to ₹60,000
• – ₹18,000 per kW for additional capacity up to 3 kW

2. State government’s additional subsidy on solar panel systems: ₹15,000 per kW, capped at ₹30,000

For Delhi 

Very recently, the Delhi government announced an additional solar subsidy on top of what the central government offers. 

Here’s what the Kejriwal government has in mind for the residents of Delhi installing rooftop solar systems at their homes:

1. Central government’s subsidy on solar panel systems: 

• – For 1-2 kW systems: ₹30,000 to ₹60,000
• – ₹18,000 per kW for additional capacity up to 3 kW

2. State government’s additional subsidy on solar panel systems: ₹2,000 per kW, capped at ₹10,000

For further clarity, let’s take the example of the solar panel government subsidy offered on rooftop solar systems in UP and Delhi, vs other states.

Simplification of Solar Installation and Net Metering System Installation

Unlike before, the process of installing home solar panels has become a lot less cumbersome. From hectic paperwork to a long-drawn process, solar installation has come a long way. Let’s take you through the many shifts in policies that the government made to make this simplification possible. 

Solar Installation Application: Earlier vs 2024

We’ve drawn this past vs now table that’ll help you understand how applying for solar has become more straightforward in 2024.

Net Metering System Installation Process: Earlier vs 2024

Earlier, a lot of paperwork was involved in installing the net metering meter, also known as the bi-directional meter. Now, the scenario has changed a lot.

Here’s a table that’ll give you a clearer picture of how the installation of the bi-directional meter has become simpler in 2024.

Did you know? 

The timeline from load enhancement to plant commissioning has greatly reduced in some states. 

Let’s give you a clearer picture!

Future Changes Suggested by the Government to Make Solar Installation Completely Hassle-free 

The idea behind having a single portal to apply for solar installation or to introduce flat subsidy on solar panel systems was to reduce confusion and hassles when installing home solar panels. 

Every amendment by the government was to simplify the installation of solar systems at home. Following the same footsteps, the government has suggested the following few amends. You can expect them to be implemented soon.

1. Consumers will only have to register on the National Portal for Rooftop Solar and upload the work completion report. Besides this, maximum steps will come under the scope of either the discom or the installation company
2. Technical feasibility inspection will be entirely removed for residential installations up to 10 kW nationwide 

A Bangalore Case Study! 

Let’s give you an example of how the Karnataka government has proposed some amends for Bengaluru that, when implemented, will simplify the net metering process even more. 

• From the time of submitting the work completion report on the National Portal for Rooftop Solar, the entire project completion should take no more than 150 days 
• After submitting the work completion report, the discom inspection must be completed within 5 days. If this deadline gets missed, the concerned officer has to pay a fine of 1,000 rupees per day 

Please note: these timelines will vary from discom to discom and state to state. 

A Jaipur Case Study! 

When talking about popularizing solar in India, the pink city, Jaipur, isn’t behind. 

Here’s how the Rajasthan government plans to make solar installation quicker and easier for homeowners in Jaipur –

• Earlier, it used to take approximately 80 days for the entire project execution after the Work Completion Report was successfully submitted on the National Portal for Rooftop Solar. According to the new suggestions made by the Rajasthan government, the plan is to bring this timeline down to just 18 days  

Conclusion

“The sun doesn’t send us a bill, and we don’t send the sun a check, but it is easy to take energy from the sun and turn it into electricity for all of our needs.”

Alexander McDonough, Partner at Pioneer Public Affairs

Who doesn’t remember the New York Times ‘Elite Space Campaign’ from 2014? When India was planning to send Chandrayaan 3 to the Moon, the West was still busy taking mocking jibes, questioning the country’s capabilities! However, not only was the Chandrayaan mission a success, but India’s feat of empowering the nation with solar energy spread like wildfire too! 

Today, over 5 lakh Indian households have already installed rooftop solar systems. On top of this, PM Modi has announced a new scheme, the ‘Pradhanmantri Suryodaya Yojana’, to solarize 1 crore homes! The credit behind this mass popularity goes to simplifying the overall solar installation process.  

The government has made everything straightforward, from increasing monetary assistance in the form of solar subsidy to reducing the hassles around net metering meter installation! 

There’s going to be no better time to take the benefit of the govt subsidy on solar that has significantly increased from just ₹14,588 per kW in 2023 to ₹30,000 per kW for solar systems up to 2 kW. 

Customers will also get ₹18,000 relaxation for additional capacity up to 3 kW. This means that earlier the govt subsidy on solar for 3 kW systems which was just ₹43,764 has been increased to ₹78,000 under the new solar subsidy scheme. 

It’s also worth noting that the subsidy on solar panel systems is now capped at ₹78,000 for systems above 3 kW.

Claim these benefits while you still can! Contact Shree Rudra Power Systems to learn more about such policies and install the most robust solar systems today! 

The post How’s the Govt Simplifying Net Metering and Subsidy on Solar Panel Systems? appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

It’s 2023 already. Are you still paying high electricity bills? You don’t have to. Installing a solar system is the way out of the trap of paying high electricity bills. 

Savings from solar are enough to sponsor that vacation you always wanted but couldn’t plan because your budget continually dwindled. 

We have made this post, especially for you. Read along and find out the kind of savings we’re talking about. 

How much money does going solar save?

The money that your solar system saves will depend on its capacity. Why – you ask us? Well, the number of units a system generates depends on the capacity of the system.

Here’s a breakdown of the average number of units a solar system generates.

Per se, the electricity tariff per unit in your area is ₹10. Here’s what the yearly savings will look like:

Conclusion 

The savings from solar depend upon the electricity tariff you pay and the capacity of the solar system. We hope our guide on going solar gave you an idea about the savings you can have if you install a solar system. 
You can book a solar consultation with us for more details.

The post Savings from solar in Maharashtra: A Quick Guide appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

Though you will come across three different solar panel connector types – MC4, MC3, and T4 – MC4 has already taken over MC3 and T4 connectors. No other connector apart from MC4 is used now. 

It all began during the early 2000s when new solar wire connectors with direct connectivity were launched. However, they posed certain limitations, like sensitivity to corrosion and breakdown due to mechanical stress.

Moreover, only highly trained technicians could handle these connectors based on the guidelines of the National Electrical Code.

The lack of feasibility downgraded their use, which led to the manufacturing and release of solar panel connectors types MC3 and T4. 

Though they addressed many problems, two issues persisted: the requirement for highly trained technicians and the opening of the connectors under load.  

With these problems in view, the National Electrical Code required solar wire connectors lacking these complications. It guided the production of the currently used ‘positive locking’ solar wire connector – MC4. 

MC4 connectors do not open on their own no matter the load because of the positive lock mechanism. 

So we know the success story of solar wire connectors. But let’s understand the drawbacks of MC3 and T4 solar panel connector types in detail.

Why do T4 Connectors Belong to a Bygone Age?

Among the failed solar panel connector types, T4 connectors were launched under the guidance of the National Electrical Code; and hence, comprised a locking mechanism. 

Launched by Tyco International Limited, this connector design was incompatible with the photovoltaic panels of that time. 

The workers could not plug in the T4 connectors in the extension cable due to the absence of specific terminals. It did not have positive and negative terminals between the plug and socket. The endeavour of connectivity required extra effort, whose solution was already available in the market, leading to a decrease in their usage.

What did MC3 Connectors Lack?

MC3 connectors were also released under National Electrical Code directions. However, the manufacturers did not focus on a possible nuisance. To remove the requirement for technicians, they made the wire locks easy to open. However, their ease worked on stretch and heavy load, leading to connectivity and wear and tear problems. 

Moreover, MC3 varied from other solar panel connector types by providing IP65 protection and features like a maximum load of 1000 volts and a current capacity of 30 amperes. The IP65 connectors were unfit for locations with extreme weather conditions, specifically those witnessing floods. 

The extreme obstacles led to the abolishment of MC3 solar wire connectors, which eventually gifted us with MC4 solar wire connectors. So, let’s learn more about the saviour of solar wire connectors, MC4. 

MC4 Solar Wire Connectors

Multi-contact 4 mm2 pins or MC4 pins revolutionised the use of solar wire connectors. Countering all the previous drawbacks, they provided IP67 protection and a locking mechanism to prohibit unintentional unplugging. MC4 solar panel connector types proved durable and resilient, thus expanding their applicability. 

The weather, water, UV and dust resistance, and quality material added a feather to its cap for better transmissibility.

After looking into the advantages, the next section deals with accessories and features required for MC4 installation. 

Specifications of MC4 Solar Solar Wire Connectors

MC4 solar panel connector types are suitable for a wide range of solar panels irrespective of the latter’s size in dimensions and power generation. Concerning power generation, these connectors can control and operate the resultant voltage. 

The accessories of MC4 solar wire connectors are of two types, interchangeable and non-interchangeable. 

• The interchangeable parts include a seal retainer, rubber water seals, and a screw on the end cap. 
• The non-interchangeable items comprise metal crimp and main housing. Another important component is safety lock clips to inhibit automatic disconnection. 

Handling MC4 connectors is also very easy. The required tools are a disconnect and spanner wrench, hinge and swing-out crimp tool with a contract holder. 

Furthermore, while installation, ensure the usage of only National Electrical Code and Underwriter’s Laboratory certified cables for good strength and connectivity. 

Read on to learn how to use these tools and specific add-ons of connectors.

Mechanism of MC4 with Power Systems

The only in-use connector among various solar panel connector types, MC4, enables series and parallel connections. 

• Series connection is easily possible with the direct positive and negative terminal connection. 
• The parallel connection requires multi-branch connectors. The multi-branch connection further requires male and female connectors. 

A combiner box is utilised to avoid confusion in the connectivity of multiple photovoltaic arrays, providing male and female outputs. 

The outputs directly or obtained from the combiner box are connected with power. Quality extension cables are needed for power sources placed at long distances. 

The same positive and negative terminal in the form of male and female connectors in the extension cable facilitates easy joining with solar wire connectors. 

Extension cables are cost-effective as they hold provisions to cut the cables as per the requirement, and the remaining one still functions. 

Conclusion

In the era of MC4 solar panel connector types, MC3 and T4 are outdated. The wide applicability and resistivity against numerous environmental and mechanical problems make MC4 the winner. 

When buying and installing solar panels, you must insist on the use of original MC4 connectors only. 

FAQs

1. What is the purpose of solar wire connectors?

Solar wire connectors are required to connect solar modules or panels and microinverters, power optimisers, or power systems. 

2. Does the market provide only original solar wire connectors?

Both original and fake MC4 solar panel connector types are available in the market. Ensure that the connector being used for the installation of your system is original. 

3. Do I need additional things while connecting the solar wires connectors?

Two additional tools are required while connecting the solar wires to the power systems. The tools are crimp and combo tools, along with an extension cable.

The post Solar Panel Connectors: Past and Present Trend appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

Solar inverters convert DC energy generated by solar panels into AC power to run home appliances. Saving electricity bills, these devices do not require you to discard your normal inverters. Rather a simple addition of a charge controller converts them into solar inverters. 

The major prerequisite for the application of a solar inverter is a solar panel since it’s the panel that harvests the sun’s energy. Next, if the inverter is not embedded with the MPPT technology already, a charge controller is necessary as well. 

Whether or not a sun battery will be needed depends on whether the solar inverter is being used in an on-grid system (no batteries are needed here) or a hybrid or off-grid system (batteries are needed in both).

Dive in for more details about a solar power inverter for home. 

How Does a Solar Panel Inverter Work?

A summarised view of the technical mechanisms will clarify your doubts about the working of a solar power inverter. 

Solar panels gather energy and produce DC electricity. It is in the form of a direct current or DC. This DC power is converted into Alternating Current or AC by a solar inverter because home appliances work on this current type. 

When installed as a part of an on-grid solar system, solar inverters are connected to a bi-directional metre. This metre supplies extra units of electricity to the grid.  

The reverse movement occurs during the night i.e. the bidirectional metre imports units from the grid to run home appliances because, in on-grid systems, it’s a solar inverter without battery. 

On the other hand, off-grid solar systems and hybrid solar systems have batteries.

Types of a Solar Panel Inverter

There are mainly two types – string and microinverters. We’ve explained what they are below. Have a look!

• String inverters – String inverters can be used for both commercial and residential solar installations. They are more affordable and are also easy maintenance devices. 
• Microinverters – Microinverters are directly connected to solar panels i.e. if there are 10 panels, there will be one micro-inverter attached to each panel. As a result, the efficiency will be more and so will their cost.

What is the Solar Inverter Price List?

Want to explore the solar inverter price list for inverters of different capacities? We have you covered. 

All the details are tabulated below. 

Why Should You Choose a Solar Power Inverter for Home?

Wondering why you should prefer a solar power inverter for home over a normal inverter? Here is a table comparing the two.

Pros and Cons of Solar Inverters

Pros:

• Helps reduce global warming
• Conveniently installed
• Minimal installation space needed
• No energy wastage
• Cost-effective in comparison to diesel generators

Limitations:

• Solar inverter with battery price is higher

Conclusion 

Solar panel inverter is a great option to reduce electricity consumption through a one-time investment. With many years of warranty and the opportunity to tackle environmental issues, it is a suitable option loaded with the latest technology. 

Besides, it’s not optional equipment in a solar system. Without one, electricity from solar panels cannot be converted into a usable form (AC).

FAQs

1. What factors need to be considered while choosing a solar inverter?

The choice of a solar inverter depends on the power consumption, usage type, amount of sunlight received, and location in terms of urban or rural areas. 

Further, while buying, taking a detailed insight into specifications, inverter company, and warranty is crucial for better judgement. 

2. Is the solar inverter price high in India?

Yes. A solar inverter constitutes no less than 25% of the price of the entire solar system. But, it’s necessary and absolutely worth the money.

3. Can I convert my normal inverter into a solar inverter?

Yes, a normal inverter can be converted to a solar inverter without disposing of any part through inverter kits. 

The post A Detailed Guide on Solar Inverter: Types, Price, Working, and More appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

The Rewa Ultra Mega Solar Power Project is India’s first 750 megawatt solar power plant. The Rewa Solar Plant is a ground-mounted solar power plant that spans 1,590 hectares. This solar project is set up in the Rewa district of MP and is amongst the most significant solar projects in the world. 

Notably, on 3rd January 2020, this 750 megawatt solar power plant was commissioned at its full capacity. Since then, it has been supplying clean, renewable, and economical electricity to the state DISCOM – MPPMCL (Madhya Pradesh Power Management Company) and the DMRC (Delhi Metro Corporation Limited)

If you want to know more notable facts and information on this 750 megawatt solar power plant, let us explore this further!

Who Implemented the 750 MW Rewa Solar Plant?

The implementation agency of this 750 MW Rewa Solar Plant is Rewa Ultra Mega Solar Limited (RUMSL). The RUMSL has developed the 750 MW Rewa Solar Project and the 250 MW Mandsaur Solar Park.

Established in 2015, the company Rewa Ultra Mega Solar Limited is a joint project of SECI (Solar Energy Corporation of India) and MPUVN (Madhya Pradesh UrjaVikas Nigam Limited) to undertake solar projects in India. 

Remarkably, the MNRE (Ministry of New and Renewable Energy) has assigned the RUMSL as the Solar Power Park Developer (SPPD) to establish large-scale solar power plants in Madhya Pradesh. RUMSL is setting solar parks in motion under the UMREPP (Ultra Mega Renewable Energy Power Projects) scheme by MNRE. 

The capacity of this 750 megawatt solar power plant was allotted in 3 packages of 250 MW each. In January 2017, the RUMSL requested bids from several solar vendors. About twenty companies participated in the bidding, including six international companies such as Sembcorp (Singapore), Engie (France), Soft bank (Japan), Enel (Italy), and Arinsun (Mauritius).

From all these, eighteen companies were shortlisted according to their technical and financial proposal forwarded in the bidding procedure. Notably, Mahindra Renewables, Acme Jaipur Solar Power Private Ltd, and Arinsun Clean Energy Pvt Ltd were the three winning bidders.

Achievements from the 750-megawatt solar Power Plant in Rewa

Let us now take a look at some considerable achievements of this 750 megawatt solar power plant. 

Rewa UMSPP is the foremost renewable project in India to achieve the following targets:

• This power plant has successfully scheduled open access power to an inter-state customer.
• It has gained a concessional loan from the World Bank to develop the plant’s internal evacuation infrastructure.
• It has successfully developed innovative energy contracts to replace conventional power contracts.
• To ensure regular payments to the developers from MP Discoms, it has introduced a three-tier security mechanism for payment.
• It has introduced the appreciable concept of Optimum Scheduling in the Delhi Metro to satisfy about 60% of the energy demands in the daytime. 
• It is the first large-scale solar-powered plant to supply solar energy for railway traction.

Now, let us discuss some interesting facts about this solar power project.

Notable Facts About the 750 Megawatt Solar Power Plant

Here are some noteworthy chunks of facts about the 750 Megawatt Solar Power Plant in Rewa. 

• The 750 MW Rewa Ultra Mega Solar Power Plant, located in Madhya Pradesh, is one of the biggest single-site solar power plants implemented across the globe.
• Our honourable PM, Shri Narendra Modi, inaugurated Asia’s largest 750 megawatt solar power plant at Rewa by video conferencing.
• The MNRE had approved this solar power project under its solar park scheme, and it allocated a fund of INR 12 lakhs per MW for this.
• Being developed over 1,590 hectares of land, this plant is nestled in Rewa’s Gurh tehsil and encompasses three units, each with 250 MW capacity.
• The IFC (International Finance Corporation), a part of the World Bank Group, has invested nearly $440 million (about ₹2,800 crore) in this 750 megawatt solar power plant project.
• This 750 megawatt solar power plant project includes a 3*33/220 KV pooling substation which is developed with the aid of a World Bank loan for the power evacuation.
• To enable the discharge of power from the project site to consumers, the Power Grid Corporation of India has established an inter-state transmission system of 220/400 KV under a green corridor.
• The operations of this solar power plant help in reducing 15.4 lakh tonnes of carbon dioxide emissions each year.
• The tariff of the Rewa solar project without any VGF support was significantly low, as compared to the prevalent solar project tariffs of ₹ 4.50/unit by the CPSUs. Remarkably, its first-year tariff was ₹2.97/unit and an equalised rate of ₹ 3.30/unit over the twenty-five years duration.
• As per the power purchase agreement, the Delhi Metro Rail and MP Power Management tap power from this 750 MW solar project.
• Larsen & Toubro (Oman) was selected to deliver the EPC services for all three units of the Rewa Ultra Mega Solar Power Park project.
• Rewa Solar Power Park Project has received the World Bank Group’s President award for Innovation and Excellence.
• Remarkably, the 750 megawatt solar power plant has been included in the Prime Minister’s Book of Innovation 2017.

Conclusion

The Rewa 750 megawatt solar power plant has been recognized in India as well as abroad for its strong structuring and notable innovations. The MNRE has recommended the transaction structure of this solar power plant as a model for other states to consider.

After this solar project, the RUMSL is engaged in the implementation of 1500 MW Solar Parks in the Shajapur, Neemuch, and Agar districts of Madhya Pradesh. Solar energy will soon become the most considerable energy source for electricity production across the world in the future.

FAQs

1. What is MW in the solar system?

MW stands for megawatt in solar power plants. It is a unit of power. 1 MW can generate 4,000 units per day or 1,20,000 units per month and 14,40,000 units per year. 

2. What is the cost of a 1 MW solar power plant?

The cost of solar power systems has been changing as the government is adopting several measures to promote green energy. The approximate cost of installing a 1MW solar power plant is 4-5 crore.

3. How many homes can a 1-megawatt solar system power?

On average solar panels with a 1-megawatt power generation capacity are sufficient to meet the needs of approximately 164 homes.

The post A Detailed Guide on the 750 Megawatt Solar Power Plant appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

With this global trend towards renewable solar energy, it is no surprise that solar tower power plants are becoming more widespread. Solar-powered towers harness the Sun’s heat to produce electricity via a solar radiation technology called solar concentrators. 

We are sure you are curious to know more about solar towers and how they work. So, let’s dive in!

What is a Solar Tower Power Plant?

Solar tower power plants are large-scale solar energy generation setups that use mirrors called heliostats to capture sunlight. Since solar towers rely entirely on sunlight, they are one of the most sustainable and greenest options for energy generation. 

However, you may be thinking, can they work in the absence of sunlight? The answer is yes! Since solar towers contain a heat-storing medium (water or molten salts), they can continue working without sunlight.

Now, let’s look at how solar towers work!

How Do Solar Tower Power Plants Operate?

Firstly, you should know that solar towers are a part of solar power plants. These solar towers are basically central towers that receive the captured sunlight from the surrounding mirrors. 

A solar tower stands in the middle of a sizable arrangement of mirrors. These mirrors can be curved or flat. However, most solar tower power plants use flat mirrors due to their cost efficiency. These mirrors catch the directly falling sunlight as they follow the sun’s rays. 

Afterward, the captured sunlight is reflected or redirected to the solar tower. Many of these mirrors concentrate a significant quantity of solar radiation onto the receiver, a small area of the tower where water is heated. 

Older solar towers used water as a direct heat-transferring medium. However, newer and more advanced solar towers use molten salts with significantly higher efficiency to heat water. Water plays a significant role in energy generation; once heated, it generates steam which turns the turbine. Consequently, this process generates electricity.

Does that sound quite technical? Well, to put it simply, here is how solar tower plants work in a nutshell!

• Mirrors capture sunlight.
• The sunlight is directed to the solar tower.
• The sunlight is used to heat the stored fluid (water or liquid sodium).
• Steam is generated from heating the fluid.
• The steam moves the turbine.
• The rotation of the turbine produces electricity.

Installing a solar tower is undoubtedly a wise decision. But how much does it cost? Let us find out!

Cost of Solar Tower Power Plants

There is no definite cost for solar tower power plants as the overall cost of the setup greatly depends on its components.

• Type of Mirror used: Solar tower power plants may use flat mirrors or curved mirrors. Although both mirrors have equal efficiency, most systems use flat mirrors. This is because the flat mirror is comparatively cheaper than curved mirrors.

• Type of Heating Fluid: As we mentioned earlier, older solar towers use water as the heating fluid. However, it is not cost-efficient as a stable flow of a considerable amount of water is required to operate the tower. In comparison, modern solar towers use liquid sodium, which has higher efficiency. 

• Installation Cost: Mounting structures and other necessities for installing the solar tower can affect the overall cost of the system.

What are the Benefits of Solar Tower Power Plants?

The primary benefit of solar towers is that they do not use fossil fuels for operation. The entire process of energy generation is reliant on sunlight. Therefore, it produces no emissions. 

Moreover, newer solar towers that use molten salts for energy storage can continue producing electricity even without sunlight. Hence, solar towers can work 24/7 without any interruptions due to the weather, making them a very reliable energy source.

What are the Drawbacks of Solar Towers?

Solar tower power plants are indeed highly beneficial and a green source of energy generation. However, they still have certain drawbacks as well.

• Solar towers need a constant water supply to generate steam that can turn the turbine to produce electricity.
• The overall temperature around the solar tower can reach up to 550 °C, which is harmful to wildlife.
• The components of the solar tower, such as heliostats, can produce harmful byproducts during manufacturing.

Solar towers are still reasonably new, and researchers and manufacturers are constantly working to improve them to reduce their drawbacks. Therefore, they are certainly worthwhile for the future.

Applications of Solar Tower Power Plants

Solar tower power plants are large-scale setups, making them perfectly suitable for commercial applications. Among the most notable solar tower plants, one of the biggest solar towers produces 650 GWh of energy per year. 

In addition to commercial applications, there have been numerous attempts to use them for other innovative applications as well. 

Using solar energy in both domestic and commercial spaces can significantly reduce yearly carbon emissions. 

In addition, systems generating solar energy, like the solar tower power plant, are sustainable and comparatively cheaper than conventional Photovoltaic systems. 

Conclusion

Solar power towers are highly reliable. Comparatively, PV systems fall slightly behind in this regard as they rely highly on direct sunlight. 

On the other hand, solar towers can generate electricity regardless of the presence of sunlight. Therefore, they are highly beneficial and something to look forward to for a better future.

FAQs

Q. Can solar tower power plants work without sunlight?

Solar towers generally require a certain amount of sunlight for heat generation. However, unlike Photovoltaic systems, they do not require constant sunlight exposure. 

Instead, the captured heat from the sunlight is stored in the solar tower. Therefore, when there is a lack of sunlight, the solar tower can still continue operating and generating electricity.

Q. What is the cost of solar towers?

The price of a solar tower varies according to the type of components used and how it has been installed. Therefore, it has no fixed price. 

Q. How much space is necessary for installing a solar tower?

Generally, you will need an open space of around 150 to 320 hectares to install a solar tower and the mirrors necessary for the operation.

The post What is a Solar Power Tower? – Types, Operation, Cost, and Applications appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

The Gujarat government has been actively trying to combat climate change. One of the biggest initiatives is the development of the Gujarat Solar Park in India, spread over 5,384 acres of unused land in the village of Charanka. However, solar parks are only one side of the coin. The other side is the active push to popularise rooftop solar amongst homeowners through the solar rooftop yojana in Gujarat, which is the PM Surya Ghar Muft Bijli Yojana subsidy. Gujarat is also the top state in the country for rooftop installations under the scheme.

Let’s take the example of Ahmedabad. The starting 3 kW solar in Ahmedabad will cost you around ~₹ 2.15 lakh* without subsidy. This price reduces to ~₹ 1.37 lakh* after the government subsidy of ₹ 78,000.

*Please Note prices are subject to change. These prices are indicative as of 01 October 2026 for the Shree Rudra Power Systems Blue 6ft variant. The final solar panel price in Gujarat depends on your city, DISCOM charges, product variant opted for, panel type, inverter type, mounting structure height, type of after-sales service, savings guarantee, roof height, etc.

In this blog, we will break down the cost of solar in Gujarat, who can claim it and the documents you need, the solar rooftop price list in different cities of Gujarat for different capacity solar systems with and without a subsidy, and the exact steps to apply. Let’s get started!

Solar Subsidy in Gujarat 2026: How Much Do You Get?

The central government gives homeowners a subsidy when they install on-grid rooftop solar systems under the PM Surya Ghar Muft Bijli Yojana. Here is how the solar panel subsidy in Gujarat works by system size:

The subsidy applies to residential households only, and it is the same in every Gujarat city. What changes from city to city is the system price, which we cover next.

Solar Panel Price in Gujarat With and Without Subsidy

Now that you have a clear subsidy breakdown, let’s start with the solar rooftop price list for different cities in Gujarat.

Solar Panel Price in Ahmedabad

The table below offers a walkthrough of the prices of solar in Ahmedabad with and without a subsidy.

*Please note prices are subject to change: The above-mentioned solar panel price in Gujarat is indicative as of 01 October 2026 for the Shree Rudra Power Systems Blue 6ft variant. The final cost of solar panel installation in Gujarat depends on your DISCOM (Distribution Company) charges, product variant opted for, panel type, inverter type, mounting structure height, type of after-sales service, savings guarantee, roof height, etc.

Solar Panel Price in Surat

The table below offers a walkthrough of the price of rooftop solar in Surat with and without a subsidy.

*Please note prices are subject to change: The above-mentioned solar panel price in Gujarat is indicative as of 03 October 2026 for the Shree Rudra Power Systems Blue 6ft variant. The final cost of solar panel installation in Gujarat depends on your DISCOM charges, product variant opted for, panel type, inverter type, mounting structure height, type of after-sales service, savings guarantee, roof height, etc.

What Decides the Solar Panel Price in Gujarat?

Two homes in the same city can get different quotes. These are the factors that move the price:

• System size: A bigger system costs more in total, but the cost per kW usually drops a little as capacity goes up.
• Panel type and brand: Made-in-India DCR (Domestic Content Requirement) panels are mandatory for the subsidy. Cells must also meet ALMM (Approved List of Models and Manufacturers) List-II norms for projects commissioned after 1 June 2026.
• Inverter and mounting structure: Brand, warranty, and structure height all change the quote.
• After-sales service and savings guarantee: The cheapest quote often leaves these out.
• Roof and DISCOM: roof height, shadow-free area, and DISCOM charges differ by location.

Who Is Eligible for the Solar Panel Subsidy in Gujarat?

To avail a subsidy on solar installation, you must meet the following eligibility criteria:

• You must be an Indian citizen
• You must own a home with a roof that is suitable for solar
• You should have a valid residential electricity connection
• You must choose Made-in-India DCR solar panels
• You must not have taken any other subsidy for solar panels earlier
• You must install through an MNRE (Ministry of New and Renewable Energy)-approved registered vendor on the PM Surya Ghar portal

If you tick all the boxes, congratulations! You’re eligible to receive a subsidy. Commercial and industrial rooftop solar connections are not covered by this scheme.

Documents Required for Solar Subsidy in Gujarat

• Aadhaar card (or PAN) as proof of identity
• Latest electricity bill with your consumer number
• Proof of ownership, such as property papers or tax receipt
• Cancelled cheque and bank account details for the subsidy transfer
• A mobile number and email ID for portal registration

How to Apply for a Subsidy in Gujarat? Step-by-step Guidance

Here’s a step-by-step walkthrough of how you can apply for a solar subsidy in Gujarat:

1. Portal Access: Visit the National Portal for Rooftop Solar (pmsuryaghar.gov.in) and click ‘Apply for Rooftop Solar’.
2. Register Your Account: Select your state, district, and DISCOM. Then, enter your ‘Customer Account Number’, mobile number, and email.
3. Apply for Rooftop Solar: Log in and fill in your personal details and electricity bill information. Upload your ID, ownership proof, and latest bill.
4. Get DISCOM Feasibility Approval: Your DISCOM checks feasibility and approves the application.
5. Choose an Approved Vendor: Select a DISCOM‑approved solar vendor like Shree Rudra Power Systems to install rooftop solar at your home.
6. Net Meter Installation: Once installation is complete, your DISCOM will fit a bi‑directional net‑meter to track imported and exported units.
7. Obtain Commissioning Certificate: Your DISCOM issues a Solar Commissioning Certificate confirming the system is live.
8. Submit Bank Details and Claim Subsidy: Log back into the portal, submit the Commissioning Certificate, enter your bank details, and upload a cancelled cheque.
9. Receive Subsidy: The approved subsidy amount is transferred to your bank account within 30-45 days of claim approval.

Gujarat DISCOMs You Will Deal With

Your DISCOM depends on where you live: UGVCL (North Gujarat), DGVCL (South Gujarat), MGVCL (Central Gujarat), PGVCL (Saurashtra and Kutch), or Torrent Power in Ahmedabad, Gandhinagar, and Surat. Pick the right one when you register on the portal.

Tips to Avoid Subsidy Delays

There can be multiple PM Surya Ghar Muft Bijli Yojana application rejection reasons. Here are a few of them:

• Apply on the portal before installation, not after.
• Make sure the name on the bill, ownership proof, and bank account match.
• Use Made-in-India DCR panels from a registered vendor.
• Keep your commissioning certificate and net meter details handy for the claim.

Conclusion

Installing a rooftop solar system is super affordable, with the government offering a solar subsidy to homeowners installing on-grid rooftop solar systems of up to ₹ 78,000. Banks and NBFCs (Non-Banking Financial Companies) also offer solar loans. Shree Rudra Power Systems takes that initiative to the next level by offering a zero-investment plan. The system’s down payment is almost equal to the subsidy amount you’re eligible to receive. After commissioning of your solar system, once the subsidy is approved, it is credited directly to your bank account, effectively bringing your upfront out-of-pocket cost close to zero.

So, there’s no reason to delay installing solar now, certainly not for affordability. In fact, since the subsidy will not be available forever (the scheme is approved till 31 March 2027), it is all the more reason to avail the benefit while it still lasts. Go solar today – book your free solar consultation with Shree Rudra Power Systems now. Let us handle the nitty-gritty of going solar while you settle back to enjoy free electricity for the next 25 years of your life.

Frequently Asked Questions

Does Gujarat give an additional state subsidy on solar panels?

The earlier SURYA Gujarat state subsidy was tied to earlier programme years. Right now, the subsidy you can count on is the central PM Surya Ghar subsidy, so check with GEDA (Gujarat Energy Development Agency) or your DISCOM before budgeting for any state top-up.

What is the last date for solar subsidy in Gujarat?

PM Surya Ghar is approved for implementation till 31 March 2027. Apply early so your system is commissioned, and your claim is filed well before the deadline.

Which documents are required for the solar panel subsidy in Gujarat?

You need an Aadhaar or PAN card, your latest electricity bill, proof of ownership such as property papers, and a cancelled cheque with bank details. A mobile number and email ID are needed to register on the portal.

How long does it take to get the solar subsidy in Gujarat?

Once your system is commissioned and your claim is approved, the subsidy is credited to your bank account within about 30-45 days.

Can housing societies, businesses, or farmers get a solar subsidy in Gujarat?

Housing societies can get a subsidy for common area solar for societies under PM Surya Ghar. Commercial and industrial connections are not covered by it. Farmers can look at PM-KUSUM.

Can I run 2 ACs on a 5 kW solar system?

Yes. A 5 kW solar system that generates 7,000-7,250 units of electricity every year can easily power 2 ACs (1.5 tons each).

Which solar panel is best in Gujarat?

Shree Rudra Power Systems’s latest 610-watt bifacial TOPCon solar panels are the latest technology panels that produce more power than standard 540-watt variants, and you need fewer 610-watt panels to make a system of the desired capacity than 540-watt modules. For the subsidy, choose Made-in-India DCR panels from a reputed brand with a solid performance warranty and after-sales support.

The post Solar Rooftop Price List in Gujarat With and Without Subsidy  appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.

Solar buyers obtain several estimates for a solar energy system before installation. Unfortunately, a newbie may find it challenging to compare offers. 

The brand and wattage of solar panels differ frequently. The type we will be explaining in this guide is a 165 watt solar panel. 

Dive in to understand all the features related to a 165 W solar panel, including its types, price, and uses.

How does a 165 Watt Solar Panel Work?

Few people know the science involved in converting sunlight into usable power through solar photovoltaic (PV) panels. 

Without going into many technicalities, let us understand the process in layman’s terms.

Numerous tiny photovoltaic cells make up solar PV panels, which can turn sunlight into energy. These cells are constructed from semi-conductive substances, most commonly silicon.

The basic steps involved in solar energy production and transmission are given below:

• Solar panels are illuminated by sunlight. 
• They convert sunlight into DC power.
• The produced power enters a conducting wire at the panel’s perimeter.
• The conducting material carries the electrical current to the solar inverter.
• The solar inverter converts DC power to AC power.

A 165-watt solar panel uses this same principle.

What Are The Different Types of 165-Watt Solar Panels?

Let us now go through the different types of solar panels of 165 Watts:

• Monocrystalline Solar Panels 

The cleanest solar panels are those composed of monocrystalline silicon. Due to the high quality of the semiconductor, this solar module has high efficiency. 

The efficiency ranges from 19% to 20%. Also, 165-watt monocrystalline panels will offer a higher power output and take up less area than 165-watt polycrystalline solar panels.

• Polycrystalline Solar Panels 

A polycrystalline 165 watt solar panel is created by melting unprocessed silicon, which is a quick and cheap method. 

This results in a reduced end cost but reduces the efficiency too: their efficiency is between 16% to 17%. 

• Bifacial Solar Panels

A Bifacial 165 watt solar panel uses monocrystalline cells. 

The design of these panels includes a reflecting back instead of the standard monofacial solar panels’ solid back sheet. 

As a result, they’re a lot more efficient: their energy efficiency is up to 22%.

What is the Pricing of a 165 Watt Solar Panel?

The price of a 165 watt solar panel varies by its model and type. Although solar panels may help you cut energy prices, it’s crucial to understand the whole setup cost of solar panels so that you can plan your finances.

• Monocrystalline Solar Panels: Their cost ranges from Rs. 4455 to Rs. 5445.
• Polycrystalline Solar Panels: They cost between Rs. 3786 to Rs. 4629.

Bifacial Solar Panels are less often used as they are a lot costlier than the other two types. 

What are the Specifications of a 165 Watt Solar Panel?

There could be many operational characteristics of a solar panel, but the most important ones are the warranty and types of cells used. Let’s discuss them. 

• The manufacturing defect warranty for a 165 watt solar panel is 2 to 5 years. 
• The output performance warranty for a 165-watt solar panel is 5 to 10 years. 
• The 165-watt mono panels and bifacial panels are made of mono cells.
• The 165-watt poly panels are made of multi-crystalline cells. 

Pros and Cons of a 165 watt solar panel

With the kind of options that keep solar enthusiasts entertained, it gets all the more important that you know the pros and limitations of 165W solar panels so that you make the best purchase. 

We’ve examined the pros and cons for you. Have a look and then decide!

Pros:

• 165-W solar panels are a lot less expensive than higher-wattage panels.
• They’re less bulky and can power up small appliances easily. 

Cons:

Speaking in terms of efficiency, these panels produce less energy output than higher-wattage panels. 

Their manufacturing defect warranty is also on the lesser side. The lesser the wattage, the lower the warranty period would be.

How Many Solar Panels Do You Need?

So, how do you decide the number of 165-watt solar panels you need to install?

The types of panels used (monocrystalline or polycrystalline) and their brands greatly impact how many solar panels you need. 

Still, there’s a formula that can give you an approximate idea about the required number of solar panels: divide the solar system’s wattage by the solar panel’s wattage. 

In a perfect situation, the computation of solar panels for a 1 kW solar system would go as follows:

1000 watts/165 watts = 6.060

Thus, a 1 kW solar system would need 6 165 W solar panels.

Similarly:

• You’ll need 12 panels for a 2 kW system (2000 watts/165 watts). 
• You’ll need 18 solar panels for a 3 kW system (3000 watts/165 watts).
• You’ll need 24 solar panels for a 4 kW system (4000 watts/165 watts).
• You’ll need 30 solar panels for a 5 kW system (5000 watts/165 watts) 

Applications of a 165 Watt Solar Panel 

A 165 watt solar panel is a terrific choice for supplying energy to a small house. You can power a battery to run small appliances, including microwaves, coffee makers, PCs, radios, and even small projectors.

Additionally, you can utilise 165W solar panels to run a compost toilet fan continuously throughout the day.

Subsidy on 165 Watt Solar Panel

Although a subsidy is usually offered for panels that are equal to or more than 330 watts, there can still be exceptions. 

In general, a subsidy on L1 rates is provided for homeowners and housing societies for the installation of on-grid rooftop solar systems that have ALMM-approved DCR solar panels. 

Here are the figures:

• For solar systems between 1-3KW: 40% of L1 rates. 
• For solar systems above 3KW and extending up to 10KW: 20% of L1 rates.
• For housing societies, the subsidy is 20% of L1 rates for solar systems up to 500 KW.

There’s no subsidy scheme for commercial establishments.

Conclusion

You now know what appliances a 165W solar panel can power. Based on the information, you can decide whether or not investing in a 165-watt solar panel is worthwhile for you.

FAQs

1. Which is the best type of 165W solar panel?

For locations with limited space, monocrystalline solar panels are the greatest option.  

Polycrystalline panels are more cost-effective and perform well in places with abundant sunlight.

2. What is the lifespan of a 165W solar energy system?

A 165W solar panel can typically survive hail, wind, and snow.  

The manufacturing defect warranty is 2 to 5-year warranty. The output performance warranty is 10 to 15 years. 

3. What can a 165 watt solar panel power?

Smartphones, electric fans, wifi routers, PCs, and other small gadgets can all be powered by this solar panel. 

Multiple 165 Watt solar panels are required for powering larger appliances like TVs and air conditioners.

The post An Overview of a 165 Watt Solar Panel: Working, Application, Types, and Pricing appeared first on Rooftop Solar for your home and more | Shree Rudra Power Systems.