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How to place or mount solar panel in a way so that they produce more energy .

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Solar Capex vs Opex: What's the Difference? 

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Solar Capex vs Opex: What's the Difference? 

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If you are considering investing in solar power for your business, it is important to understand the differences between Capex and Opex.

click for more info :  https://www.novergysolar.com/solar-capex-vs-opex/

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Solar has evolved a lot in the past few years with more and more organizations switching to solar for numerous benefits whether its cost, space utilization or even enhancing the aesthetics of their building.

In this article, let's explore the two most commonly followed Solar Models which are Opex and Capex.

Opex stands for Operational Expenses

Capex on the other hand stands for Capital Expenditure.

Difference between Capex & Opex

Capex Model:

As the name states, the CAPEX model involves the customer paying for the installation of the solar plant, so the asset belongs to the customer. Even if the business has adequate space for setting up the solar power plant, or the company is able to make the upfront investment needed to own the solar power plant, a solar Capex model should be explored.

Opex Model:

According to a Renewable Power Purchase Arrangement (PPA), a Renewable Energy Service Company (RESCO) will install and maintain a customer's solar power plant at their site. The RP, which refers to a typical 10-year contract, results in monthly payments for a percentage of the customer's power generated.

The Opex model reduces investment risk and avoids the expense of creating a Capex investment, enabling customers to pay for only the actual power produced with zero large assets. This creates a more cost-effective Opex model upfront. Even with a Power Purchase Agreement, the energy is significantly cheaper than grid power.

However, not all OPEX contractors may be able or willing to do projects smaller than those in which customers are interested. Major project installation specialists are usually interested in medium to large-size projects under this model.

The OPEX model is well-suited to small businesses with planned growth aiming to incorporate more environmentally friendly processes.

Who Should adopt a Capex Model

Any corporation that can make an upfront investment in purchasing a solar power plant can go for a Capex model.

A CAPEX investment carries huge potential in that you can develop a 30% equity IRR with well-managed CAPEX projects, and your project payback time after 5 years is typically only 1 year.

It's a great investment.

Who Should adopt an Opex Model

OPEX is a business model that a lot of businesses favour and is a good fit for them. Shareholder and market liquidity issues also make it an excellent investment option for many companies. In these circumstances, the OPEX model is well-suited for many businesses with low-risk profiles and financial restrictions.

In the event that approvals for Capex are probable to be held up at the C-suite level, the expense of Opex may be seen as a smoother approval procedure. Moreover, an organization that is unwilling or cannot invite the maintenance and operation of the facility including dedicated personnel for the same may prefer the Opex model.

We at Novergy offer extraordinary opex solutions where we help you slash your electricity costs and improve upon your profitability.
Conclusion:
Both seem to be a fair deal, you can make a decision on the basis of your need, your budget and your purpose, If you are someone who can take all the responsibility to look after the maintenance and everything then Capex would be a good choice for you, but if you are someone

Also, whichever model that you chose is going to be beneficial for you sooner or later, both the models will be equally powerful in terms of performance generating the energy and saving your money. And both the models have their plus and minuses depending on your plan for your business you can make the decision.

Not only the solar model and plan but It is crucial to choose the right company as well, as in both cases you might need assistance from the company.

With over 15 years of phenomenal success and delivering path-breaking projects in record time, Novergy is one integrated company offering end-to-end solutions right from design to execution.

Our Solar modules are equipped with the finest quality raw materials which deliver impeccable and superior power output.

Connect with us today and get started with your Solar Journey.

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Solar Capex vs Opex: Which is right for your business?

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Solar has evolved a lot in the past few years with more and more organizations switching to solar for numerous benefits whether its cost, space utilization or even enhancing the aesthetics of their building. In this article, let's explore the two most commonly followed Solar Models which are Opex and Capex.

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Solar Electricity: How Companies are Utilizing It Efficiently - Novergy Solar

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Solar Electricity: How Companies are Utilizing It Efficiently - Novergy Solar

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Learn how companies are utilizing solar energy efficiently. Discover how you can save money on your energy bills and reduce your carbon footprints.

click for more info :  https://www.novergysolar.com/utilizing-solar-energy-efficiently/

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Solar energy is a great way to reduce your carbon footprint and save money on your electric bill. Here are numerous other products that can assist you to take advantage of solar power.
The following are the most common uses for solar panels:
1) To power LED lighting: Commercial buildings are increasingly using LED lights because they are more efficient and last longer than traditional light bulbs. Solar panel systems can be installed to directly power these lights, saving on energy costs and reducing pollution.

2) To charge electric vehicles: Electric vehicles have become increasingly popular because of their environmental benefits and the fact that they are cheaper to operate than gas-powered automobiles. Solar panels can be used to generate electricity that is then used to recharge the batteries of electric cars. This process makes electric cars very environmentally friendly since they produce no emissions when running.

3) Solar modules can also be used to generate electricity for telecommunications applications. This type of installation uses large arrays of solar panels to produce kilowatts or megawatts of power for transmission over long distances. Solar energy can be transported through underground cables or over towers, making it an ideal option for rural areas or remote locations.

There are many ways to use solar energy commercially, whether you're looking to power a small business or an entire complex.

Here are a few other products that can help you make the most of Solar Electricity.

Solar usage in Industries

Remote location

Guesthouses and oil-gas pumping stations are often located in remote areas where access to electricity is difficult or impossible. Solar power can provide an alternative source of energy, allowing these businesses to run without relying on traditional sources of power.

In a remote location, such as a cabin in the woods or a lighthouse off the coast of Maine, solar power is the perfect solution for electricity needs. In a remote location, such as a cabin in the woods or a lighthouse off the coast of Maine, solar power is the perfect solution for electricity needs.

Remote locations typically have sunny days year-round, making solar an ideal source of energy. Solar panels can be customized to meet the specific needs of each location. For example, if there is a need for extra power during winter months, additional panels can be added to the system.

Solar power is also a reliable source of energy in remote locations. Unlike generators, which require fuel and regular maintenance, solar panels require very little upkeep and are ideal for long-term use.

Solar Parking

Solar parking lots can create an attractive attraction for customers.

Solar Telecom

Telecom companies have begun to embrace solar power as a viable and reliable option in locations that either have no grid or have unreliable power or are challenged by high diesel usage to run gensets to keep standby generators fed.

One of the biggest advantages of solar is that it is a renewable resource.

Telecommunications providers can rely on solar energy to meet their power needs now and into the future. Solar also doesn't produce harmful emissions like other forms of energy generation, making it environmentally friendly.

Solar Pumps

Large commercial buildings require a lot of water to function properly. Solar pumps are one way to use solar power effectively and reduce the amount of energy needed by these businesses. Solar pumps can be used in lakes, rivers, or oceans. They can also be used to pump groundwater or other liquids.

The advantages of using a solar pump include the following:

They are relatively easy to install and maintain;

They are cost-effective;

They are environmentally friendly

They are silent and produce little noise.

Novergy is a leading provider of solar-powered pumps for commercial, industrial, and agricultural applications.

They are also very easy to operate, making them perfect for any size business or farm.

If you're looking for an effective way to power your pumping needs with renewable energy, look no further than Novergy.

Using Solar Chargers

Solar chargers are a great way to take advantage of this renewable resource. Here are some benefits of using solar chargers:

Solar chargers are affordable. They can be installed in a business or home office, on the porch or in the garage, and they require no special wiring.

Solar chargers save money on utility bills. They work with any standard outlet and can be used to power phones, laptops, tablets, electric vehicles, and more.

Solar chargers protect the environment by reducing reliance on fossil fuels. Unlike traditional electric appliances that use batteries that pollute when they're not in use, solar chargers generate electricity only when a device is plugged into them.

Solar Street Lights

Solar street lights are a common way to use solar energy. Street lights usually use small solar panels to convert sunlight into electricity. The panels usually charge during the day and produce light at night.

Other commercial solar street lights use traditional AA or AAA batteries, which means that they can be plugged into the wall to recharge.

If you're looking for a way to improve the look and feel of your business area while also reducing your environmental impact, consider installing commercial solar street lights.

Water Heating and Cooling Systems

The most common type of solar water heating system is a photovoltaic (PV) panel array. This system uses panels that convert sunlight into electricity. The electricity is then used to power a pump that transfers the heated or cooled water from the storage tank to your home or office.

A disadvantage of PV arrays is that they can only shade a small area, so they are not suitable for large roofs or buildings. Another disadvantage is that PV arrays require regular maintenance, including cleaning and replacing the panels if they wear out prematurely.

This is done by using collectors on the roof to capture the sun's rays and then using a thermal storage tank to store the heated or cooled water. Solar cooling systems are also becoming more popular in colder climates because they use less energy than air conditioning and don't produce greenhouse gases.

Solar lighting

Solar lighting can be used to power commercial lighting fixtures. There are a few different ways to do this. One way is to use solar panels to generate electricity and then use that electricity to power the lights. Another option is to use a battery system. This works just like a regular battery, but instead of using an outlet, you connect it to a solar panel.

When the sun shines on the panel, it creates energy that can be used to power the lights. The downside of this method is that it takes a lot of energy to run the batteries, so it may not be practical for very small businesses or for businesses that don't have access to good sunlight.

Conclusion

In fact, studies have shown that commercial businesses can save as much as 30 percent on their utility bills by installing solar-powered lighting.

All of these powerful Solar products combined can make up for a wide range of portfolios that specializes in.

We have been in operations for over 15 years and have shipped solar modules of over 100 MW+, our panels are operational in over 30 countries with more than 5000+ Happy customers.

We are at the forefront of technological advancements and offer cutting-edge technology with unmatched cell efficiency.

Connect with us today for a customized proposal.

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Solar Electricity: How Companies are Utilizing It Efficiently

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Solar energy is a great way to reduce your carbon footprint and save money on your electric bill. Here are numerous other products that can assist you to take advantage of solar power.

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5 Reasons You Should Invest in a Commercial Solar Carport - Novergy

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5 Reasons You Should Invest in a Commercial Solar Carport - Novergy

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A solar carport is a great way to save money and keep your parking lot illuminated. Here are 5 reasons why you should consider getting one.

click for more info :  https://www.novergysolar.com/5-benefits-of-commercial-solar-carport/

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5 Reasons You Should Invest in a Commercial Solar Carport - Novergy

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A solar carport is a great way to save money and keep your parking lot illuminated. Here are 5 reasons why you should consider getting one.

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Half-cut solar panels | solar twin cell PV module - Novergy Solar

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Half-cut solar panels | solar twin cell PV module - Novergy Solar

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Novergy offers high-efficiency Half-cut solar panels known as solar twin cell PV module. It is made using the highest quality raw materials under stringent manufacturing standards.

click for more info :  https://www.novergysolar.com/products/solar-panels/solar-twin-cell-pv-module/

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Novergy offers Very High Efficiency Crystalline Silicon solar module made using highest quality raw materials under stringent manufacturing standards. Our solar module consistently deliver reliable power and more kWh energy ( upto 60% or higher) for an extended period of time with significantly lower degradation.

We offer solar modules with choice of monocrystalline and polycrystalline cells. The cell efficiency of these solar module is greater than 21%. These solar module are available in different wattages reaching upto 350w and with various cell configurations such as 72 cells, 60 cells, 36 cells.

The solar modules come with Antireflective coatings (ARC) on the front glass to help absorb more solar radiation. Behind the solar module is a waterproof and dustproof IP67 junction box. The junction box has integrated bypass diodes to reduce the effect of shading or dust. Our solar module have strong mechanical strength and are certified to withstand high wind loads and snow loads while being extremely responsive in low light conditions capturing more sunlight in cloudy conditions ensuring better power generation. The solar module have the lowest temperature coefficient, hence ensuring better energy output in tropical and high temperature conditions.

These modules have been installed in various power plants, rooftop systems, pumping systems, lighting systems, etc across the globe and have exceeded the performance expectations always. Due to the higher efficiency these solar module require lesser space to install the same KWp.

These solar module are backed by a 25 years linear warranty resulting in a more stable performance assurance and ensuring complete peace of mind for the customer.

Novergy has been on the forefront of helping customers across industries solve their emerging power needs for over a decade.

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Novergy offers Very High Efficiency Crystalline Silicon solar module made using highest quality raw materials under stringent manufacturing standards. Our solar module consistently deliver reliable power and more kWh energy ( upto 60% or higher) for an extended period of time with significantly lower degradation.

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Solar cell busbar and cell fingers explained - Novergy Solar

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Solar cell busbar and cell fingers explained - Novergy Solar

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Get the facts about the solar cell busbar and cell fingers. Learn how they work together to produce solar energy.

click for more info : https://www.novergysolar.com/solar-busbar-fingers-explained/

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Solar cell busbar and cell fingers explained - Novergy Solar

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Get the facts about the solar cell busbar and cell fingers. Learn how they work together to produce solar energy.

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Which is better in solar – DC or AC ? - Novergy Solar

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Which is better in solar – DC or AC ? - Novergy Solar

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In this blog, You will learn about the different ways in which DC power from solar can be used in DC and how solar DC power can be used in AC.

click for more info : http://novergysolar.com/better-solar-dc-ac/

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Which is better in solar – DC or AC ? - Novergy Solar

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In this blog, You will learn about the different ways in which DC power from solar can be used in DC and how solar DC power can be used in AC.

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The Advantages And Benefits Of MPPT Charge Controller - Novergy Solar

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The Advantages And Benefits Of MPPT Charge Controller - Novergy Solar

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The most efficient and reliable charging controller is the MPPT Solar Charge Controller, which can be used in many good ways.

click for more info :  https://www.novergysolar.com/mppt-technology-beneficial/

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The Advantages And Benefits Of MPPT Charge Controller - Novergy Solar

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The most efficient and reliable charging controller is the MPPT Solar Charge Controller, which can be used in many good ways.

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What is a Solar EPC Company and What Do They Do? | Novergy Solar

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What is a Solar EPC Company and What Do They Do? | Novergy Solar

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An EPC solar company can provide a range of specialized services to help you maximize the solar potential at your home or industrial property.

click for more info : https://www.novergysolar.com/what-services-do-a-solar-epc-company-provide/

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What Services Do a Solar EPC Company Provide?

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Solar energy is undeniably thriving these days, with companies springing up all over the place.

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Types of solar systems (On-grid, Off-grid and Hybrid) and their use cases

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Types of solar systems (On-grid, Off-grid and Hybrid) and their use cases

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Learn how solar systems work and the difference between on-grid, off-grid, and hybrid systems. Types of solar systems and their use cases.
click for more info :  https://www.novergysolar.com/types-solar-systems-on-grid-off-grid-hybrid-use-cases/

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In the last few years, the world has witnessed a remarkable transition to clean energy and solar is shifting it into top gear. Solar energy production embarked its journey in India with a humble 39 megawatts capacity in 2009, which increased to 39000 megawatts in 2020.

In the feat to achieve grid parity - homeowners, decision-makers, architects, industrialists and businesses are making a foray into the world of sustainable energy. Grid parity is a stage where alternative energy can generate electricity at a Levelized cost of electricity ( LCOE). It means the point when electricity from solar cost can break even or cost you less than electricity from the local grid.

It is no surprise that the sun is an inexhaustible source of energy. But when it comes to its energy output there are numerous variables at play - temperature, the orientation of panels, weather, the position of the sun and many more. Therefore, to accommodate the day-to-day energy demands and to supply ample power to the load, it is integral to utilize a compatible backup source.

The graph of solar production is not linear, it sees its dips and peaks depending on factors such as heat and cloud. Given the aforesaid characteristics of solar power output, it is essential that a supplementary source of power (either the grid, the battery or some other source).

When you are selecting a solar system, there are several decisions to be taken as an investor. You would like to make a smart decision and would like to choose a system that lasts you longer.

This is why collaborating with reputable EPC players like Novergy is imperative to ensure maximum solar harvest. It also eliminates the time-consuming assembly and installation process with its ready-to-use system. It also aids you in choosing the right solar system for your property.
A solar system is made of the following components;

Solar panels

Inverter

DC protection system

AC protection panel

Batteries

Factors that determine the selection of solar systems are;

The accessibility to electricity

Frequency in power outages

Number of equipment required for energy production

The cost of residential/commercial electricity

Following are three types of solar systems available in the market for investors to opt for;

ON-GRID SOLAR SYSTEMS

Here, the systems are tied to the local utility grids and they act as a complementary source of electricity. Further, Investors can supplement the low energy yield with the grid or transfer the surplus energy produced by the solar system to the grid via net metering to get compensated for the same.

However, in case of a power shutdown, your electricity supply will be affected if it is not tied to a battery backup system. Even if your solar system can accommodate your monthly electricity usage, you will be charged the basic service fee and demand charges for grid connection. When you have a commercial connection, you are often levied to pay an enhanced rate of electricity during a peak period.

It assists you in earning a faster return on investment (ROI), lower electricity overheads and savings through netmetering.

Components employed in on-grid systems - Panels, Meters, Grid-tied inverters and the local grid

Use Cases - Suitable for residential, commercial, industrial properties with robust grid availability

OFF-GRID SOLAR SYSTEMS

Widely known as standalone systems, they are systems that help you in building a self-reliant powerhouse on your premises. Here, the MPPT(Maximum Power Point Tracker) helps the PV array to charge the battery bank, then transfer it to the inverter. Hereafter, the inverter sends the current to the AC load to support the energy demands at night and during the outcast as well.

The system needs to be engineered and designed seamlessly to uphold the energy demands in peak times. The batteries and inverters play a very crucial role in the successful installation of these systems. However, if everything is assembled well, the system will remain unaffected by the changing weather patterns and acute power outages. The upfront cost is generally higher than the grid-tied systems as it needs complementary elements like batteries for energy storage.

These systems are independent of the local grid and offer higher ROI while ensuring complete peace of mind.

Components employed in off-grid systems - Solar Panel array, batteries and inverters

Use Cases - They are viable for agricultural lands, industrial properties, rural and remote areas and construction sites.

Hybrid solar systems

Hybrid systems are solar systems that are dependent on the grid and can also accumulate extra electricity in a storage unit. Here, the extra energy produced by the solar system after the energy consumption by appliances is transferred to the battery bank. Once they are completely charged, they can export the extra energy to the grid.

These systems deliver the functionality of both off-grid and grid-tied systems, at once. They are a more steady, secure and cost-effective way for power generation as compared to the other systems we mentioned earlier. Because it does not necessitate you to invest in large storage systems. This is the reason why they are more popular among solar investors, they remain unharmed because blackouts don't hamper their yield or supply.

Components employed in hybrid systems - Solar Panel array, batteries and inverters, meter and grid

Use Cases - They are best suited for the agricultural sector, residential applications, micro-grids, rural areas and offices.

Way Forward with Novergy

With a track record of faster, seamless and reliable installations, Novergy provides an end-to-end solution to meet all your residential and commercial energy needs. We provide smart combinations of solar kits with our pre-engineered, designed and arranged components to fast-forward the installation process and to give you a strategic advantage.

The solar kit comprises our high-efficiency solar modules panels offering numerous benefits such as an increased collection solar energy yield, a 25-year linear guarantee, an IP67 junction, ARC coating backed by advanced notable technologies. Our IGPB, IPCL, IPCT and IPCV series are top-grade inverters to fully support the energy conversion in all kinds of systems.

To know more about us and our products in detail please visit or write to us at enquiry@novergy.net today!

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Types of solar systems (On-grid, Off-grid and Hybrid) and their use cases

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In the last few years, the world has witnessed a remarkable transition to clean energy and solar is shifting it into top gear. Solar energy production embarked its journey in India with a humble 39 megawatts capacity in 2009, which increased to 39000 megawatts in 2020.

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Solar Cell & Solar Panel Difference - Novergy Solar

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Solar Cell & Solar Panel Difference - Novergy Solar

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This website is your one-stop location for information about solar cells, solar panels, and all the potential benefits of going solar.
click for more info : https://www.novergysolar.com/solar-cell-solar-panel-difference/

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People often get confused between a solar cell and a solar panel or solar module. To understand this difference we must first understand the solar chain in brief. Basically, the solar module is a final product. It consists of various components apart from the active solar portion, such as glass, frame, encapsulant, junction box, back sheet, etc. The first step for making the active solar portion is the crystalline ingot. This ingot is of 2 types depending on the choice of solar panel to be made. For

For example, in case of a monocrystalline solar panel, the ingot is a mono-crystalline silicon drawn usually by Siemens technology.

In case of a polycrystalline solar panel the ingot is polycrystalline silicon which is a randong silicon crystalline formation. After the initial step the silicon ingot is then sliced and cut into wafers. These wafers are typically of thickness of around 150 to 300 microns. The wafers are then converted into a solar cell by a number of chemical processes and steps such as PECVD and various coatings and layers are deposited on the wafer. Further a number of conducting paths are created in the form of a grid known as busbars and fingers. The purpose of the busbars and fingers is to carry the DC power generated by the active areas.

As explained above, the solar cells are of 2 types = monocrystalline and multicrystalline. They are available in different sizes and thicknesses. They are usually of a square or pseudo-square shape. Further, the common size of the solar cells is 125mm or 156mm. However, some 200 mm cells are also being made in a very limited quantity. These cells are made in different thicknesses ranging from 150micron to 300 microns.

Given below are a few images for a better understanding;-

The solar cell is not usable by a consumer in this form because it is too delicate, sensitive and impossible to use in an actual solar system. It needs to be converted to a usable form. This form is called as a solar panel or also commonly referred to as a solar panel. A panel also referred to as a module, consists of multiple layers. The layers are shown in the image below :-

The topmost layer facing the sun is a solar toughened glass specially made for solar module manufacturing.

Then comes the layer of a grid of solar cells which have been interconnected together to allow the DC power to flow to the junction box. Then comes another layer of the encapsulant. Finally at the back is a layer of the back sheet to protect the other layers from moisture, dust, other environmental factors. And to draw all the solar power is a junction box with 2 cable leads. Further, this whole construction is protected by an anodized aluminum frame to provide the required rigidity and strength and enable it to be mounted on various kinds of structures. The above raw materials and a number of other minor raw materials together are then processed and finally made into a solar panel.

This solar panel (image below) is basically a product that can be used in a variety of solar systems to be able to reap the benefits of solar energy!

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People often get confused between a solar cell and a solar panel or solar module. To understand this difference we must first understand the solar chain in brief. Basically, the solar module is a final product.

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Which is Better - Solar String Inverter vs. Central Inverter? | Novergy Solar

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Which is Better - Solar String Inverter vs. Central Inverter? | Novergy Solar

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Which is better between Solar String Inverter and Central Inverter? Learn more in this article to help you make the right choice of inverter technology.
click for more info :  https://www.novergysolar.com/solar-string-inverter-vs-central-inverter/

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Which is Better - Solar String Inverter vs. Central Inverter? | Novergy Solar

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Which is better between Solar String Inverter and Central Inverter? Learn more in this article to help you make the right choice of inverter technology.

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Accelerated Depreciation Benefit | Depreciation rate per income tax act - Novergy Solar

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Accelerated Depreciation Benefit | Depreciation rate per income tax act - Novergy Solar

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Accelerated Depreciation Benefit & solar depreciation rates as per income tax act allows commercial and industrial customers of solar power to depreciate the solar investment at a much higher rate than the general fixed assets.
click for more info :  https://www.novergysolar.com/accelerated-depreciation-benefit/

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Solar power is being promoted in corporates and private sector by Govt of India through Tax relief by allowing them to avail higher rate of depreciation more often termed as accelerated depreciation / AD Benefit, under section 32 of Income Tax act.

The normal depreciation rate for any general plant and machinery is 15%.
Scenario uptil 31st march 2017
st march 2017 allowed to claim maximum up to 80% depreciation in first year of commissioning of solar power plant. Also as per Section 32 (1) (ii A)of Income Tax Ac 1961, an additional depreciation of 20% of actual cost can be claimed if new plant and machinery is installed for purpose of manufacturing. Hence, one could claim 100% depreciation for a solar power project, if the asset is in use for more than 180 days of the fiscal year. If the solar power plant is commissioned for a period of less than 180 days, then the depreciation benefit is split over two financial years. This applied to projects commissioned in fiscal year 2016-17 or earlier.
Scenario after 31st march 2017
st April 2017.

Hence considering the new budget policy, all solar power plants commissioned after 1 April 2017 will be eligible for following benefits :

Solar plant commissioned for more than 180 days in a financial year :- It will be eligible for 40 + 20 % depreciation . Hence the asset owner can claim 60% depreciation in first year. This itself is a very big benefit as it incentivizes investment in solar power systems.
Example
Solar power plant commissioned for less than 180 days in a financial year will be eligible for half of full year depreciation rate given above. Hence in percentage terms a solar asset owner can claim 30% depreciation (60% / 2).
General assumptions :-
Given below is an illustration showing the payback and IRR in both scenarios considering the project is commissioned for more than 180 days in a year.
Computation of ROI (Return on investment) Conclusion
* Based on general project finance norms of banks /FIs
Most important point to bear in mind that a Good quality and high reliability solar system has a life of more than 25 years. Hence from a long term perspective, the solar investment continues to remain a very attractive investment decision for profit making entities which have income tax liabilities ! Explore Products Range
Typically a solar system would have an ROI of 45% or higher and a payback of about 3 to 4 years.

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Solar power is being promoted in corporates and private sector by Govt of India through Tax relief by allowing them to avail higher rate of depreciation more often termed as accelerated depreciation / AD Benefit, under section 32 of Income Tax act. The normal depreciation rate for any general plant and machinery is 15%.

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5 Ways you can increase the life of Solar Panels | Novergy Solar

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5 Ways you can increase the life of Solar Panels | Novergy Solar

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Learn about the factors that can keep your Solar Panels efficient over a period of time and how you can increase the age of your Solar Panels.
click for more info : https://www.novergysolar.com/ways-you-can-increase-the-life-of-solar-panels/

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Solar panels, also known as photovoltaic (PV) panels, are meant to last for more than 25 years. Many solar panels installed in the 1980s are still producing at full capacity. Solar panels are not only extremely reliable, but their longevity has increased dramatically over the last 20 years, but their lifespan has risen substantially in the previous 20 years.

Solar panels have the advantage of requiring relatively little maintenance. Regular solar panel cleaning is usually not necessary unless your area is particularly prone to dust, filth, pollen, or sand as a result of its arid climate.

Despite the fact that solar panels are relatively low-maintenance, they must be maintained and monitored on a regular basis.

Let's look at how to enhance the capacity of your solar panel, as well as best practises for keeping your solar panels healthy and safe.
How to Increase the Capacity of your Solar Panel
Commercial solar panels cost a lot of money for many firms. However, some people aren't doing enough to keep their solar panels as efficient as possible during their lives. As a result, their panels don't produce as much energy as they should, which costs the company money.

Businesses may do a number of things to keep their solar panels running efficiently. Here are our top six tips for increasing commercial solar panels efficiency and obtaining the highest potential electricity output.

Purchase one of the more energy-efficient solar panels.

Photovoltaic cells are found in solar panels and are responsible for converting solar energy in the form of sunshine into useful power.

A solar panel can't convert all of the solar energy it absorbs into electricity.

As a result, a panel's efficiency is the proportion of energy that hits the panels that is converted into electricity by the solar cells.

Novergy Solar Panels are very energy efficient and will help in better electricity production.

Panels with High Concentrated Photovoltaic (CPV) Cells should be purchased.

With the use of an optical instrument, a huge area of sunlight is focused onto the solar cell in Concentrating Photovoltaics (CPV). This technology offers three competitive advantages since it concentrates sunlight onto a tiny area:

-Requires less photovoltaic material than non-concentrating pv to capture the same amount of sunlight.

-Due to the decreased space requirements, the utilization of high-efficiency but expensive multi-junction cells becomes economically viable.

- The optical system is made up of common materials that have been fabricated using tried and true methods. As a result, it is less reliant on the nascent silicon supply chain. Optics are also less expensive than cells.

Traditional solar panels have a maximum efficiency of 22 percent, however CPV panels have a maximum efficiency of 46 percent!

Solar panels should not be installed in shady places.

Solar panels create power from sunshine, it's only natural that shade reduces the amount of electricity produced. Many individuals, however, are unaware of the impact of shade on a line of solar panels.

Even a single shaded solar cell can have an impact on the energy generated by its neighbors. This is due to the fact that it functions as a resistor.

When it comes to shadowing solar panels, tall trees and other structures are the two most common culprits.

Make sure you spend time analyzing a location throughout the planning stage to guarantee that shade won't be an issue.

Solar panels require very little maintenance. However, it's a good idea to clean your solar panels on a regular basis because dust and debris can build up on the surface and reduce efficiency.

The frequency with which you should clean your solar panels is determined by a number of factors, including how often it rains and how dirty it can become over time.

Using energy management software to track the output of your solar panels.

Some firms install solar panels and then forget about them once they're satisfied with the initial production levels. This is an issue since you won't notice if your solar panels' efficiency diminishes if you don't keep track of how much electricity they produce.

One approach to keep track of your generation levels is to connect your solar panels to energy management software. This allows them to track their output over time and see any unexpected drops.
Best practices to keep your solar panels healthy and safeguard your solar panels
Solar panel systems have a long lifespan and require little upkeep. Regular checkups, on the other hand, will save you money in the long run by preventing costly repairs and keeping your panels looking clean and shining.

To maintain your solar panel system, it's a good idea to be familiar with each solar component. To attach the panels to your roof, you'll need racking and roof penetration.

Equally vital are the wiring and inverters that connect your panels to your home's electrical system and grid. The system is simple to grasp, and knowing how it works will come in handy if you need to perform any repairs.

Solar panels do not require frequent cleaning. Any dust will be washed away by the infrequent rain, and snow will melt faster on the panels than on the rest of the roof. However, it's a good idea to check the panels every few months to make sure there's no dirt, snow, or leaves left on them. If there is, a light hose rinsing should take care of the problem.

Keep an eye out for roof and rack penetrations.

Racking guarantees that your solar panel system is properly installed on the roof. The bolt penetrations help to support the weight of your solar panels while also ensuring structural integrity. These systems have been thoroughly tested to assure their endurance and quality. If you find any leaks, contact your installer right once to get them fixed. These problems are frequently covered by warranty; do not try to fix them yourself!

After Severe Weather, Check the Panels

Broken panels can occur as a result of severe storms and rainfall. Broken glass will definitely have a negative impact on your solar panel system's performance. Checking the visual appearance of the panels or monitoring their functionality online can quickly discover faults with the system.

Keep an eye on the software management

Most solar systems have unrestricted online monitoring, allowing you to track the system's performance on a daily, weekly, and monthly basis.

It's a good idea to check online monitoring at least once every few weeks, and many homeowners love reviewing systems on a regular basis to see what output they're producing. Regular inspections guarantee that you can detect any minor issues and submit them to your installer for repair.

Create and stick to a cleaning schedule.

Dirt and dust, sand and grit, bird and other animal droppings, tree leaves, and seasonal pollen are all items that can obstruct the performance of your solar panels.

Even a minor obtrusion of the solar panels' surface area will affect their ability to gather and create effective energy.

Early on, establish a regular maintenance schedule to help you establish and keep a consistent routine.

Look for maintenance alternatives that provide clients with routine solar panel servicing.

You can still benefit from maintenance packages that are specifically designed to reduce the cost of panel maintenance by providing direct access to equipment warranties.

Because your net metering agreement with the local utility company will show you how much energy you're selling back to the grid, you may not feel the need to examine your personal energy usage. The disadvantage of only relying on their figures is that you aren't physically assessing the energy production of your panels. Installing an energy monitor is the simplest approach to ensure that your entire system is running well.

To Conclude

Talking about a great service provider such as Novergy, provides long-term guarantees that cover any defects. Solar panels and inverters have warranties of about 25 years and 10 years, respectively.

The solar energy storage system also comes with a 10-to-25-year warranty. Although there are guarantees in place to cover any incidents, it is important to understand that they do not cover negligence. As a result, it is critical to keep the solar panel system in good working order. Solar panel system maintenance procedures help to boost and sustain the panels' output.

As a result, double-check that the batteries, inverters, cables, regulators, and power metres all function properly. You can perform the maintenance procedures on your own or work with us to find a solar cleaning service provider.

Power plants, rooftop and captive power systems, solar lighting solutions, pumping solutions, solar telecom systems, solar microgrid, solar genset hybrid systems, and other solar solutions are available from Novergy. Our team believes in thoroughly assessing each project need before recommending the best solution in the customer's best interests.

BIPV solar panels are our specialty. Their BIPV solar panels are designed to generate more power per square metre, even in low-light settings, and come in a variety of configurations to meet your specific needs.

With its improved features, our Twin Peak solar panels generate 60% more energy, making them a popular choice among consumers.

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Can Solar Panels Really Last up to 25 years?

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Solar panels, also known as photovoltaic (PV) panels, are meant to last for more than 25 years. Many solar panels installed in the 1980s are still producing at full capacity.

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Solar Lighting Solutions Providers - Powering a safer, brighter and greener tomorrow.

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Solar Lighting Solutions Providers - Powering a safer, brighter and greener tomorrow.

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| We are Solar lighting solution providers in India. Our Solar Lighting Solutions power street lights, road markers, marine, aviation & navigation infrastructure, traffic lights and help illuminate open spaces

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Solar Lighting Solutions Providers - Powering a safer, brighter and greener tomorrow.

# data[].attributes.attachment_link.description
We are Solar lighting solution providers in India. Our Solar Lighting Solutions power street lights, road markers, marine, aviation & navigation infrastructure, traffic lights and help illuminate open spaces