Teena Mehra

Solar Panel Amps Calculator (Watts to Amps)

Solar Panel Amps Calculator Use our solar panel amps calculator to calculate the solar panel amps or convert solar panel watts to amps. How To Use This Calculator? Some Key Points Before You Leave We usually measure or convert the watts into amps of solar panels to figure out how much current (amps) is being stored in the battery. Or we measure the amperage of the solar panel output, to select the wire size from solar panels to the charge controller. So if your goal is to figure out how many amps are being stored in the battery then enter the voltage of your battery (for example 12 for a 12v battery). 200-Watt Solar Panel How Many Amps? How Do I Calculate Solar Panel Amps? To calculate the amps from watts use this formula. Solar Panel Amps (12v, 24v, 48v) Solar Panel Size (Watts) Amps @12v Amps @24v Amps @48v 5 watt 0.42 amps 0.21 amps 0.10 amps 20 watt 1.67 amps 0.83 amps 0.42 amps 30 watt 2.50 amps 1.25 amps 0.63 amps 40 watt 3.33 amps 1.67 amps 0.83 amps 50 watt 4.17 amps 2.08 amps 1.04 amps 100 watt 8.33 amps 4.17 amps 2.08 amps 120 watt 10.0 amps 5.00 amps 2.50 amps 150 watt 12.5 amps 6.25 amps 3.13 amps 170 watt 14.1 amps 12.0 amps 6.0 amps 200 watt 16.6 amps 8.3 amps 4.15 amps 250 watt 20.8 amps 10.4 amps 5.20 amps 300 watt 25.0 amps 12.5 amps 6.25 amps 350 watt 29.1 amps 14.5 amps 7.25 amps 400 watt 33.3 amps 16.6 amps 8.3 amps 450 watt 37.5 amps 18.7 amps 9.38 amps 500 watt 41.6 amps 20.8 amps 10.4 amps 550 watt 45.8 amps 22.9 amps 11.4 amps 600 watt 50.0 amps 25.0 amps 12.5 amps 700 watt 58.3 amps 29.1 amps 14.5 amps 800 watt 62.5 amps 31.2 amps 16.6 amps 900 watt 66.6 amps 33.3 amps 18.7 amps 1000 watt 83.3 amps 41.6 amps 20.8 amps 1200 watt 100.0 amps 50.0 amps 25.0 amps 1400 watt 116.6 amps 58.3 amps 29.1 amps 1500 watt 125.0 amps 62.5 amps 31.2 amps 1600 watt 133.3 amps 66.6 amps 33.3 amps 1800 watt 150.0 amps 75.0 amps 37.5 amps 2000 watt 166.6 amps 83.3 amps 41.6 amps 3000 watt 250.0 amps 125.0 amps 62.5 amps 4000 watt 333.3 amps 166.6 amps 83.3 amps Table: solar panel Watts to amps conversion Summary

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Battery Amp hours To Watts (Ah to Watts) Calculator

Use our battery amp-hour (Ah) to watts calculator to find out the battery capacity in watt-hours. How To Use This Calculator? How To Calculate Watts In A Battery? Watts is the unit that represents the total number of power. So to calculate watts from Ah use this formula. Watts = Amps*volts Multiplying the value of amps with volts will give you the number of watts. For Example Let’s suppose you have a 12v 300Ah battery. 12v 300Ah battery is equal to 3600 watts or 3.6kW. How Many Watts Is A 12-Volt Battery – Chart Here’s a chart with the conversion of different size 12v batteries in watts. 12V Battery Size (Ah) Equal to Watts (W) 7Ah 84 watts 12Ah 144 watts 33Ah 396 watts 50Ah 600 watts 60Ah 720 watts 70Ah 840 watts 100Ah 1200 watts 110Ah 1320 watts 120Ah 1440 watts 150Ah 1800 watts 160Ah 1920 watts 170Ah 2040 watts 200Ah 2400 watts 220Ah 2640 watts 250Ah 3000 watts 300Ah 3600 watts 400Ah 4800 watts Table: How many watts are in a 12v battery Summary Why Calculate Watts In A 12v Battery? Battery capacities are rated as Amp-hours (Ah). But most of our appliances are rated as watts. So calculating Ah to watts will give you an idea of the total capacity of your battery in watts so you can determine how long will your battery last on running any appliances. Also what appliances running your battery will fall in the safe zone because of battery c-ratings (Charge and discharge rate of battery). To better understand this, read the article Maximum Charging Current & Voltage For 12v Battery. Also converting your 12v battery in watts will give you an idea of how many watts it can store so you can pick the right size solar panel in order to recharge your battery. How Many Watts Is A 12V Car Battery Usually, 12v car batteries have a capacity of 60Ah so let’s assume that you have a 12v 60Ah car battery. 12 × 60 = 720 watts. So a 12v car battery is equal to 720 watts. You can calculate the value by yourself with the formula that I have mentioned above or by using a calculator. How many watt-hours in a car battery 12v 100Ah car battery has 1200 watt-hours (Wh). How Many Watts Are In 12 Volts To calculate how many watts are 12 volts, you would need the value of amps, and multiplying the amps by 12 will give you watts (Watts = Amps × 12). For example, 12v 33Ah how many watts? 12 × 33 = 396 watts For More Head to roopsolar blogs and get related posts

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Why are solar panels blue?

Solar panels are blue because they are made of polycrystalline silicon, a rare kind of silicon. As a result, blue solar panels are also known as polycrystalline solar panels. The blue color is visible because of its anti-reflective coating, which aids the panels’ absorption efficiency and capacity. Do Solar Panels Come in Different Colors? The way light rays interact with solar panels gives them their colour. As a result, there are blue and black solar panels. One must first realise that a solar panel is composed of 60 sun cells. Photovoltaic panels come in three primary varieties: monocrystalline (also known as black solar panels), polycrystalline (sometimes known as blue solar panels), and amorphous solar panels. Depending on your preference for a coloured solar panel, they are available in various hues. Solar panels with colour are more expensive and less effective than those without colour. Colorful solar panels are not frequently offered for sale in business settings. Why are Most Solar Panels Black and Blue? Polycrystalline Solar Panels (blue) and Monocrystalline Solar Panels are the two most popular types of solar panels on the market (black). It has more to do with the quality, material availability, and production method than it does with colour preference. Let’s examine the causes of the blue and black coloration of solar panels: The blue and black tones of the panels are a result of silicon. It has a metallic, greyish shine that alluded to the colours of the panel. Polycrystalline and monocrystalline silicone are also available. For obvious reasons, the majority of the panels are blue or black. The second justification is that solar panels are anti-reflective. The panels may absorb more light, capture more light, and lose less energy thanks to this covering. The way light interacts with the panels is altered by anti-reflective coating. This makes the panel appear bluer. The AR coating used to treat the panels will appear bluish, particularly on bright days. Polycrystalline Solar Panels or Blue Solar Panels Blue solar panels, also known as polycrystalline or monocrystalline solar panels, are one of the solar system colours. It is made by combining multiple silicon crystals, as the name implies. It has the appearance of stained glass windows and a lot of small fragments that reflect sunlight at different angles. The silicon crystal must be melted in order for these panels to be manufactured. After cooling, the mixture crystallises, giving the blue solar cells a distinct edge. Blue solar panels are highly cost-effective due to the simplified manufacturing process. These panels are reasonable for homeowners or buyers who have medium-sized roofs as the installation cost is low and can be easily maintained. You can switch to the KW Solar Rooftop offered by Waaree to save almost 50% on the energy bill. Because silicone is used in the production of these panels, they have a high absorption capacity. They capture and retain light while reducing energy loss. Blue solar panels are an environmentally friendly option because they save a lot of energy and most manufacturers avoid using soldering to protect the environment. However, one of the major drawbacks of these panels is their low efficiency. They have photovoltaic panels that are less efficient than monocrystalline panels. Black Solar Panels or Monocrystalline Solar Panels As the name suggests, monocrystalline panels are carved out of one silicon crystal. Monocrystalline is very sleek, and its backing paper is also black. These panels are engineered with the help of the czochralski process. Under this process, the crystal seed is positioned in a vat or vessel of molten silicon to produce delicately shaped silicon squares. Light merges more with the monocrystalline solar cells and provides a unique look that appears black to human eyes. They are efficient colored solar panels. Black vs Blue Solar Panels: Which Panel Type is the Best? The basic difference between black and blue solar panels is the efficiency and the process of manufacturing. Let’s look at a quick summary of the features of black solar panels and blue solar panels before making a choice. Black Solar Panels Blue Solar Panels To decide between the two depends on the efficiency and cost you are willing to spend. Black panels are expensive but are pure and more efficient. They can absorb light even in cloudy weather. You can choose Waaree’s Aditya Series (144 Multi-crystalline cut cells solar PV module) if you are looking for enhanced power output. On the other hand, the blue panels are a cost-effective option and provide sufficient energy. As a whole, switching to any kind of solar panel is a great initiative. You will be saving a lot of money and protecting the planet at the same time. Can You Get Colored Panels Colored panels are not commonly sold commercially. Solar panels in various colours are available. Solar panels that are coloured are made by dyeing the glass covering with a special surface coating. Colored solar panels are inefficient compared to black and blue solar panels. To change the colour, researchers employ various nanotube technologies. AMOLF, a Dutch research institute, employs this technology to imprint silicon nanopatterns on solar panels. Find the Right Solar Panel for your Home Budget, effectiveness, aesthetics, and energy consumption are just a few of the variables that decide the best solar panels. Blue solar panels are extensively used and reasonably priced, despite this. The black one is also a choice if you want a more energy-efficient alternative. You can get help from Roop Solar choosing the best choice for your house. Whether you select blue or black solar panels, we can offer service based on the requirements of your house. To arrange a consultation and explore your options, get in touch with Roop Solar.

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Why Is Engineer Visit Required for Solar Rooftop Installation?

If you are reading this article, you have probably made a decision to install solar panels in your establishment. Congratulations! Because you have taken a big step towards eco-friendly living and saving big on your electricity bill. Though it sounds easy, installing solar panels involves a lot of big and small decisions to be made and if the right step/ decision is not taken you will tend to lose on its benefits and not maximize it to its fullest. Hence, we recommend an engineer visit your site to avoid any such mishaps. An engineer is well-equipped with knowledge about the entire installation process and is well-positioned to advise you in this regard. Request a Back Call Benefits: 1. Avoid any destruction of the Solar Panel The major benefit of an engineer visit is that he can guide you properly about the type/ size/ quality of solar panels that will suit the location and structure of your roof. 2. Shadow Effect An engineer is the best judge to help you get the maximum benefit from your solar panels. He takes into account the shadow effect and advises to install the panels in a place where the shadow effect is minimal. 3. Structural advice The role of an engineer is very important before installing a solar system at your establishment. He also provides structural advice, so that the panels that are installed are best suited to the weather conditions. Suppose the area where you want to install the system has high windy conditions then the engineer will advise accordingly on the brand and the size that you should install at your location. Else, if you skip this process the solar panels might just fly off in case of heavy wind storms. 4. Size/ Capacity of the system An engineer will also guide you on the Size/ Capacity of the system based on your consumption pattern as per the electricity bill. Some of the important questions to be kept in mind and discussed with the engineer are: 1: How many watts of solar system can I install?  Users frequently inquire about how many watts of the system they should install. Please keep in mind that the size of the solar system that must be installed is determined by the size of the rooftop area. A small house requires a smaller system than a large house because the consumption is lower in a smaller house. 2: What should be the degree of inclination? An important thing to keep in mind while installing solar panels is the tilt angle. The Solar panel tilt angle is the angle between the horizontal ground and the solar module, which is decided according to the latitude of your location. You should get your panels fixed on the solar panel stand at that particular angle to get the maximum output. 3: What is the Sun’s direction?  The solar system should be installed so that it receives the most sunlight. The light from the sun falls on the solar panels, which generate electricity. The inverter converts the direct current (DC) from the sun to alternating current (AC). 4: Can the Solar Panels be installed in different places or should they be placed together? For better output and performance solar panels should be installed together, else there will be wires all over your rooftop. 5: Where should I install the Solar inverter? The solar inverter should be placed away from direct sunlight. The area should have proper ventilation and be moisture-resistant. The place should also be accessible for maintenance purposes. 6: How to carry the solar panels to the roof? Care should be taken to move the panels from the ground to the top floor. If you are using the stairs extra caution must be taken especially at the turns and corners.  Conclusion You can see that there are numerous benefits of an engineer visit. Installing a solar system is an expensive affair and you do not want to goof up your investment. Hence, it is for the best that you avail of an engineer visit and get customized answers to your problems. For any details regarding an engineer visit, please contact us at ROOP SOLAR .

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How to Calculate Solar Panel Battery and Inverter?

The solar calculation for home Step 1:- Home electrical load calculation? Step 2:- Inverter Selection? Step 3:-Battery Selection? Step 4:-Solar Panel Selection? Step 1:- Home electrical load calculation? 4 Led Light    = 4×25 = 100W 2 fan              = 2×80 = 160W 1 Tube Light = 1×40 = 40W 1 Led TV        = 1×50 = 50W Total Load = 350W Step 2:- Inverter Battery House Load: – 350W Consider – 500W However, the Recommendation is 800-1000W best AC load =350w Battery DC Volt = 12V DC current required P = V x I I=P/V 350W AC Load …DC current required (I) =29.17=30A Step 3:- Battery Size Selection in AH Formula:-W x H/V Where: – W= Total load (350w) H= Backup time in hours (8) V= Battery voltage (12v) =350X8/12=233AH Battery Standard: – 250AH Battery Select: – 250AH Battery Charging Current We will calculate the charging current for the 250AH battery. As we know the charging current should be 10% of the AH rating of the Battery. Therefore Charging current for 250AH Battery                        = 250X10%                        = 25A Step 4:-Solar Panel Selection? Solar panel Current =Battery charging current + Home load current                                    = 25+30                                    = 55 A Solar plate power Formula = V X I                 = 12 X 55                 = 660W 340W Home load (AC) = 660W Solar panel required DC The 660w Solar panel below is available in the market. No. of solar plates =Total solar plates watt/single panel watts =660/180 = 3.66 Approx. (4) No. of solar plates:-4 panels (4x 180w) 350w home electrical load Inverter: – 800-1000w Battery: – 250Ah Solar panels: – 4 X 180w

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Waaree 540Wp Bifacial Solar panel – Multi Busbar Solar Modules

The use of solar panels is widespread throughout the globe. Solar panels have no detrimental effects on the ecosystem while offering a wide range of advantages to people. The environmental benefits of bifacial modules over conventional panels are comparable. Do you think solar panels will overtake the future market of products for the energy sector? The answer might be yes. The global market is moving towards renewable forms of energy to stop climate change. It is the best alternative to other fossil fuels, which generate gases like carbon dioxide and methane. Solar panels reduce carbon emissions in the air and make it less harmful for people to breathe in. In contrast these traditionally used solar bifacial modules offer many efficient uses. The dual surfaces of the solar panel can be used to generate electricity. These bifacial solar modules are present in many designs and produce much more energy than required. And, they’re not at all difficult to install! Let’s see how. Bifacial solar modules can be easily installed in a variety of ways. These modules come in different frames and designs. You can install these modules at your convenience. Let’s discuss some of the ways in which you can install them. Features of Bifacial Modules Given below are some of the features of bifacial solar modules: These efficiencies are determined by factors such as budget, environment, space, and energy independence goals. These factors are used by bifacial solar modules to make the best use of solar technologies. What are the Multi Busbar Solar Panels? The Multi Busbar Solar Panel reduces resistive losses by lowering the current passing through the fingers along the busbars. These busbar solar panels have dominated the market and may increase the technology’s effectiveness. The Multi Busbar works on two different technologies: There are many advantages that SmartWire Connection Technology has overtaken the traditional busbars. This technology focuses on the lamination process, which reduces the temperature and saves the use of silver up to 80%. Waaree’s Solar Panel Manufacturing Techniques Furthermore, Waaree is engaged in the production of these solar screens. The Waaree glass module is cost-effective and provides quality to the customers. The Waaree 540Wp Bifacial Solar Module provides the highest reliability. Let us look at the feature that this 540-watt provides to its customers. The features that Waaree provides are: The cells can use energy to defend themselves when they are shaded. You can tell the difference between a shade that is more acceptable and one that is less tolerable by its quality. The screen that Waaree offers has excellent shade tolerance and is very effective. Roop Solar is a leading provider of EPC services, project development, solar water pumps, and independent power generation in India and UAE.

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How to Buy Solar Panel on Loan?

The consumption of electricity in homes has been increasing over the years. It varies from season to season. If a household gets an electricity bill of Rs. 2000 during the rainy season, it can easily go up to Rs. 5000 during hot summer days, which is expensive for a common man. The family also does not want to run ACs at free will and is more cautious when running an AC at home because he is scared of the high electricity bill. In such a situation, a homeowner starts looking for alternatives to reduce his electricity bill. One such super-effective alternative is the application of solar energy and generating free power. But people often face a few challenges when installing a solar system. These are i)No loan financing available for solar system installation ii)Availing Net Meters for the solar system. Can we get a loan on the solar system? Buying a solar system is just like buying any other product like a car. Come to think of it, the purchase and ownership of mobile phones, cars, or homes have become convenient these days due to the easy availability of loans and EMI options. Everyone knows how to buy mobile phones, cars, and homes on EMI but do you know how to buy a solar system on loan? Anyone holding a credit card can easily avail of the EMI option on a solar system, but do debit cardholders have this facility? About 80 crores Indians are bank cardholders, out of which nearly 30 crores people own Pradhan Mantri Jan Dhan Yojana debit card (ATM card). Only 50 lakh people i.e. approximately 1% have credit cards that allow them to avail EMI option on the installation of solar systems.  There are two ways of availing of loans on a solar system. Option 1: Buy “Solar Panel” on EMI with Debit Card A few banks such as SBI, HDFC Bank, Axis Bank, ICICI Bank, Kotak Mahindra Bank, and Federal Bank have already made it easier to avail loan facility by allowing to check the Loan Eligibility Criteria to buy solar panels. A potential customer has to send an SMS like DCEMI<SPACE><last digits of Debit Card Number> to 56767, in case he has an account with HDFC bank. One should use the same mobile number to send this text message, as is registered with the bank. You will get a reply with your loan status on the same number. If you will be eligible, you will get a message regarding your eligibility amount in the message itself. The chance of loan approval is just 0.02% and the cardholder’s approval for a loan depends on the bank’s internal database/ criteria. Similarly, you can try for other banks like: – SBI Bank – SMS DCEMI to 567676 from your registered mobile number  – ICICI Bank – SMS DCEMI<SPACE><last 4 digits of Debit Card number> to 5676766 – Axis Bank – SMS DCEMI<SPACE><last 4 digits of Debit Card number> to 5676782 – Kotak Bank – SMS DCEMI<SPACE><last 4 digits of Debit Card number> to 5676788 – Federal Bank – SMS DC<SPACE>EMI to 9008915353 or give a missed call to 7812900900  Option 2: Way to Get Home Improvement Loan from the Bank A few banks like the State Bank of India grant loans of up to Rs.1 lakh for home improvement with an interest rate of nearly 8%. The loan term is 4-5 years or more. A customer can avail of such loans for installing the solar system.  What does a customer need to avail of a loan for Home Improvement? STEP 1. He needs to visit the nearest bank branch of his area and find out about the bank’s policy on the Home Improvement loan. STEP 2. The next step is to contact any dealer or a distributor of a private solar company like Loom Solar in your area. They will give a quotation of the size of the solar system that the customer needs to install on their own letterhead. This letter is needed for availing of the loan. STEP 3. Now the bank will transfer nearly 80% of the total price of the solar system to the private company’s reseller’s bank account. It might take around 5-7 days for the whole process. STEP 4. Then the reseller of the private company will install the solar system at the customer’s premises. When the customer hands over the NOC to the reseller, the bank transfers the balance 20% to the reseller’s bank account. List of Banks in India for Rooftop Solar Finance In India, many banking and non-banking services offer easy solar finance for rooftop solar installation. Below is the list of banks that provide homes with solar loans / easy EMI, 1. HDFC Bank Rooftop Solar Finance HDFC is the largest private sector bank of India in terms of its assets and market capitalization. It is the third-largest company listed by the Indian Stock Exchanges. HDFC Bank Limited offers banking and financial services to its customers and has its headquarters in Mumbai, Maharashtra. Find out more information Read our Blog:- https://roopsolar.com/how-to-get-home-with-solar-loan-from-hdfc-bank/ 2. SBI Rooftop Solar Finance The Government of India has set an ambitious target of installation of Grid Connected Rooftop Solar Photovoltaic (GC-RSVP) projects with capacity aggregating 40 GW out of the total incremental target of 175 GW of Renewable Energy capacity by 2022.  Read our Blog:- https://roopsolar.com/how-to-get-home-with-solar-loan-from-sbi/ Conclusion The most common questions in installing a solar system are what will be the total cost, can I get a loan or EMI option and where can I get the net meters? You can contact Faridabad’s Loom Solar Company has installed grid-connected solar systems on loans and net meters at many customers’ home premises.

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Roop Solar partners with ZestMoney to provide EMIs without Credit Card

With a fast-paced lifestyle and the advent of e-commerce, hungry consumers have no shortage of purchasing options. Hundreds of goods are now available in the online market, and purchasing one requires only a click of the smartphone. Not only have options and convenience increased, but a customer’s purchasing power has also increased as a result of equated monthly installments, or EMI, as it is commonly known. Today, you can buy almost anything on EMI, including your own home, car, smartphones, appliances, and even a vacation. But can you get a solar system on EMI? The answer is yes. You can certainly purchase a solar system on EMI without using a credit card. Buying on EMI will not only increase your affordability and flexibility, but it will also be easy on your wallet. Roop solar shaken their hand with ZestMoney to provide EMI options using Aadhar Card & PAN Card on the purchase of solar systems Consumers can now easily buy a solar system for homes and businesses through equated monthly installments as they do other domestic gadgets, increasing their affordability.  Roop Solar partners with ZestMoney to provide EMIs while buying solar products online and offline. Haryana-based start-up, a manufacturer of Monocrystalline solar panels and AC Module has partnered with Bengaluru-based digital lending startup ZestMoney to enable consumers to access finance while buying solar products online and offline through the platform. We will allow the size of the basket to be anywhere between Rs. 3000 to 4 lakh to enable a large customer base to access the product. Benefits ZestMoney is here to help! Consumer Guide A simple guide to get started… Step 1: Roop Solar Creates A Link For The Customer Step 2: Customer Will Select EMI plan & Verify KYC details Note: Standard KYC details are a regulatory requirement. Step 3: Customer Will Complete employment details Note: PAN Card is a regulatory requirement. Please ensure that the PAN  number is entered correctly. Step 4: Please verify your income details Note: You can verify your income details by authenticating your bank account or by uploading your bank statement. For  Do’s and Don’ts in uploading Bank Statements please refer to the below page in this PDF. Step 5: Accept the loan agreement and complete your KYC documents Note: You can submit your selfie and government ID to complete your KYC  documentation. ZestMoney Team Will Verify The Loan Application Note: If the customer uploads a PDF  bank statement or does it through Net banking. There will be an instant decision, which can be seen on the next slide. Step 6: Loan Decision Note: Once the loan is verified by our team, the customer needs to click on the link received in the message and make the down payment. SMS Sent To Customer Post Verification Note: Post that customer can setup repayment via NACH  as well where the user needs to download the NACH form,  sign it and upload it. Step 7: Customer Pays The Down Payment & Set Up His Repayment Conclusion Buying a solar system involves a huge initial investment. Though there are many advantages of installing a solar system, its price still remains one of the biggest hurdles for investors thinking of going solar. Buying a solar system in installments will release some of the financial pressure and will act as an enabler for many potential users, who usually postpone investing in a solar power system to address their more critical financial needs. For more details, feel free to call us: 9878953600 and email us: leads@roopsolar.com. An interested solar consumer can find a Roop solar partner’s shop from here in your city.

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What is Net Meter & How can I Check?

Net Metering is a very important electricity policy for the promotion of distributed energy from renewable energy sources like solar energy.  All consumer establishments connected to the power grid have an electricity meter installed. which measures the amount of power consumed during a month in Kilowatt Hours (kWh), which is known as one unit. The power utility compiles the data for power consumption during 1 month and sends a bill. which is usually the number of kWh multiplied by the retail electricity rate. A customer can reduce his electricity bills with the help of a net metering policy. He has a solar system installed at his establishment. He can send the excess power back to the grid and claim a credit for the same in his monthly electricity bill, with the help of special meters called net meters. What is Net meter Net metering is a special metering and billing agreement between utilities and their customers, which facilitates the connection of small, renewable energy-generating systems to the power grid. It is a bi-directional electricity meter that is capable of measuring electricity flowing in and out of the grid. Net meters are critical components in an on-grid solar power system. A customer will not be able to avail of any credit without a net meter. How it works Consumers are drawn in by the potential savings from installing a solar power system. A consumer can save money on his electricity bill by claiming power credit. Using a net metre, he sends it back to the grid. The availability of credits on one’s electricity bill is one of the most appealing aspects of installing a rooftop solar system in your establishment. To claim the credit, installers must have a net metre installed at their location, which keeps track of the power that is sent back to the grid. Every state has its own net metering policy. What is the procedure to get net meter Since every state has a different net metering policy. A customer can visit the respective state’s energy development website and register on the site. Then look for the net metering option, download the form, and submit required documents e.g. Latest Electricity Bill, Aadhar Card, Application No., etc. to complete the registration. Your application status will show on the website. Just log in on this website to check the latest updates. For a few companies like Tata Power, the entire procedure is offline. You will have to visit their office to apply for net metering.  How can we check Suppose you have a 3 kW AC module installed at your home. This system generates nearly 245 units of power. Out of these 245 units, suppose you have used 135 units for your consumption and the balance you are sending back to the grid. Hence for the balance of 110 units, you will get a credit based on the monthly electricity rate in your utility bill. Your saving will be calculated as: (135*7.50) – (110*7.50) = Rs. 187.50 in this case (taking Rs. 7.50 as the per-unit electricity charges in your district). When you did not have a solar system installed. You had to consume all your power requirements from the grid for which it charged you. Now, with a solar system, you can easily consume the free units from the sun. It sends back the excess units to the grid for which you can claim a credit. Conclusion For Solar Energy, Net Metering is also very important as solar energy unlike other forms of renewable energy is produced a lot in residential and commercial segments.Net Metering concepts is very well developed in countries like Germany which has the best solar incentive in the world. With the price of solar energy fast approaching retail price in many parts of the world, Net Metering will become more important. Generally, a contract is signed between the utility and the customer on net metering which allows a consumer to reduce his electricity bill through net metering. The net metering policy in India is facing many challenges currently. Lengthy clearance and approval processes are the major ones. Developers face long approval processes which can last anywhere between 3-6 months. 

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