With the push toward cleaner energy and energy efficiency, electric cars have become more popular. There are a few things you should know before making the purchase.

Gasoline-powered cars have been around for a long time. More people are now looking for a vehicle that can reduce their expense of gas/fuels and also a vehicle that is less polluting. This is why electric vehicles have become more popular over the last few years. As they not only offer you much better fuel efficiency and lower emissions, but they also come with high savings in the long run!

One of the most expensive parts of owning a gas car is the fuel itself. But electric cars, on the other hand, are relatively inexpensive to fuel up. This comes mostly from their lower costs in terms of electricity, which is what is used to power them.

Electric vehicles, or EVs, provide many advantages over conventional gasoline cars. Before you take the plunge, here are the things you should know. 

Are electric cars the future of the automobile industry?

The electric car industry is booming, and companies like Tesla are innovating with every new model. The range of these cars can reach up to 200 miles, which makes them environmentally-friendly and that people can use them as much as they want.

The electric car market is projected to outpace the traditional car market in the next few years. According to Bloomberg New Energy Finance, the size of the electric cars market is expected to grow up to 54% by 2040 – that shows their bright future.

It is no surprise that electric cars are the future of the automobile industry. They are efficient and clean, and they offer consumers a car that can play a significant role in reducing their carbon footprint.

There are many benefits to switching over to an electric car, and we’ve outlined five of them below.

Health and Environmental benefits of Electric cars over gasoline cars

Air pollution levels remain dangerously high in many parts of the world. The advent of electric vehicles has created an opportunity for you to reduce your carbon footprint and make a positive impact on the environment. With more electric motor models to choose from, now is the time to replace your gas powered car with an electric vehicle.

The transition to zero emission technologies in the transportation sector is underway, promising cleaner air, a healthier climate and creating lasting benefits for future generations. If you want to make a positive environmental impact and reduce your carbon footprint, switching over to your first electric car is the way to go.

Electric cars will save you more money than gasoline car

The price of gasoline is rising every day, and there is a high chance that it will continue to rise. Gasoline cars are a great option, but they will cost you more money in the long run. Electric cars on the other hand are a great alternative because they save time and money on fuel. Transportation costs are the second largest expense after housing for the majority of Indians, not to mention the hassle of driving and parking your gasoline car only to find out it won't start or something's wrong with it. Electric cars are coming soon - so get ready!

While the savings also depend on how you are charging your electric vehicle. Charging your electric vehicle at home and that too with solar will save you a lot of money. An electric vehicle charging facility and rooftop solar power plant are an excellent combination, since they address (both) energy needs in one place. Solar PV panels with a long lifespan and low maintenance need are more efficient. From a utility perspective, EVs won't increase electricity demand since they can be charged during off-peak hours. Vehicle owners can charge their vehicles with electricity generated by solar PV without incurring any costs. Therefore, this combination is a boon for sustainable mobility.

Electric cars require less maintenance than gasoline car

Electrical vehicles (EVs) tend to have lower maintenance costs. They don't require regular oil changes, for instance. An electric vehicle is likely to have low maintenance costs because electric motors and batteries require less routine care than gasoline engines do. Of course, there are still day-to-day expenses such as auto insurance, tire rotations, and brake maintenance that both gasoline cars and EVs require. The cost to maintain an EV can be around a third of the cost to maintain an equivalent gas car over a period of five years.

What makes electric cars so convenient to use over gasoline?

Well, you can charge up your vehicle at home or at work. There is no need to make time for oil changes or tune ups - the car will continue to run on the battery and doesn’t need to be taken to the dealer for routine maintenance. Another convenience for plug-in electric cars is that there are no regularly scheduled maintenance visits because there aren’t any moving parts. The car gets everything from electricity, which means no oil leaks ruining your garage or driveway or smell of gas ever!
With a plug-in electric vehicle, you can drive from your home to work and back without ever stopping for gas - now that’s convenient! 
Electric cars are lighter to drive and also they make very less noise as compared to gasoline cars.

Tax benefits and Subsidy provided for using Electric Vehicle

Federal and state governments believe electric vehicles are the best way to reduce carbon emissions, so they provide many incentives to help make it easier for you to purchase an electric car. Tax incentives can be in the form of tax credits or tax exemptions. Another type of subsidy available to you while making your electric car purchase is one offered by the electric car manufacturer.

These incentives will reduce the amount of money you need to put down and lower your monthly payments, which means your new EV will be more affordable for you and less likely to depreciate in value over time.

If you’re thinking about buying an electric car, there are many good reasons to do so. Electric cars have unique advantages over their combustion engine counterparts, such as lower emissions and fewer global warming incidents. Today, there are a number of brands of EV vehicles that offer much greater EV range vehicles than ever before.

Don't forget to consider solar power when buying an electric vehicle. We offer hassle-free and reliable solar power for your electric vehicle. No more visits to the electric charging station or fuel costs when you run on solar.

if you are looking for a sustainable and cost-effective solar solution for your electric vehicle.

Energy

How are Electric cars better than Gasoline cars?

Solar energy has been transformed into a viable alternative to conventional, non-renewable energy sources in recent years. In addition to the environmental benefits, it is an economically sound investment. The main economic benefits of solar energy are that it is a green alternative and cost-effective option. Solar energy has been growing rapidly in recent years due to its price advantage and efficiency. It is widely used for its green properties and the hope that it may one day provide sufficient power for entire countries or regions.

The primary economic benefits of solar energy will be discussed in this article. We'll also discuss some of the environmental benefits, as long-term sustainability requires that environmental benefits outweigh economic gains

What are the Economical Benefits of Solar Energy?

Traditional energy-saving methods, such as switching to LED lighting and using natural ventilation instead of an air conditioner, can help reduce energy expenses to some extent, but only to a certain extent. Ultimately, you will have to pay whatever monthly expenses are incurred as a result of your energy usage. However, this is not the case with solar energy. Solar energy allows consumers to become self-sufficient in terms of meeting their energy needs, reducing their reliance on utilities. You can power a huge number of electrical gadgets in your home or workplace if you put high-capacity solar panels on your roof. As solar panels can last for more than 25 years without needing much maintenance, they have a higher return on investment over the long term.

One of the most distinctive economic benefits of having a solar PV system installed at your house or workplace is net metering. Net metering allows you to sell the excess energy generated by your solar PV system to the grid in exchange for credits. The solar PV system may produce more energy than is required during certain months of the year when sunshine reception is at its peak. If you have net metering, you can transmit this additional energy back to your area's local grid. The credits earned can be utilized to purchase electricity during the months when energy consumption exceeds the solar PV system's output. Solar net metering also allows developers to profit from the installation of rooftop solar systems in diverse locations.

During peak hours, when demand is highest during the day, time-of-use rates can increase energy costs since electricity consumed during these hours is charged more than electricity consumed during non-peak hours. You will not be obligated to comply with your power distribution company's TOU prices if you have a solar PV system installed at your home. This can save you a lot of money on your utility costs.

Solar energy needs a significant upfront expenditure, as it necessitates the installation of solar panels, batteries, and wiring, among other things. As a result, most individuals are hesitant to switch to solar energy because they lack the financial means to do so and are uncertain about the time it will take to recoup their investment. To make things easier, some state governments, as well as the federal government, have devised measures to reduce people's investment burdens through subsidies on solar panels, easy loans, and other means. Some Indian states provide solar panel subsidies of up to 50%. All of these steps are being made to encourage people to convert to renewable energy sources and reduce carbon emissions.

: Subsidy is only applicable for residential on-grid plants up to 10kW capacity. Applicable only if we install panels and inverters of selective make. E.g. We can only use a string solar inverter for subsidized solar plants.

Investing in solar energy has been proved in numerous studies to improve the value of your home by a factor of ten. Thus, if you intend to sell your home in the future, purchasing and installing a solar PV system will be a wise investment. With energy costs expected to rise in the future, solar power is a good investment. As a result, individuals will prefer to buy a home with a solar PV system.

Traditional energy sources are reliant on natural resources, and if these resources get depleted and their prices rise, customers will be forced to pay higher energy bills. The nicest part about solar energy is that it is completely free! Apart from the initial investment in establishing a solar PV system, you will incur no operating costs in the long run. Of course, there is a fee for upkeep, but it is negligible when compared to the benefits.

The economic benefits of solar energy were explored in the previous section. As previously said, in addition to the immediate economic benefits that solar energy provides, it also has a plethora of environmental benefits that are critical for long-term growth and development. Some of the environmental advantages of solar energy include:

The largest producers of greenhouse emissions are fossil fuels utilized in conventional energy sources. Solar energy, on the other hand, is a non-polluting source of energy that uses sunshine. As a result, it aids in lowering greenhouse gas emissions.

Studies have found that air pollution leads to the deaths of 6.4 million people each year. Every year, we hear about poor air quality in cities around the world. Since solar energy emits no carbon, it reduces air pollution significantly, making the earth a more living and breathing place. As a result, people will be able to live healthier lives and save money on medical costs.

Forest fires, floods, droughts, and storms have all become more common as a result of global warming. It has resulted in rising sea levels, putting coastal residents at risk. Global warming has the greatest impact on the poorest of the poor, destroying livelihoods and lives. A shift to solar energy can assist to mitigate global warming and, as a result, can benefit people from all walks of life.

The solar energy industry is growing, and as a result, new job possibilities are opening up. Solar energy generates jobs, which is essential for unemployed youth in developing and low-income countries.

In this article, we talked about all the major economic and environmental benefits associated with solar energy. The overarching threat facing human civilization today is climate change, which makes switching to alternative, green sources of energy a necessity. If you are amongst the ones who are skeptical of making a transition to solar energy, we would advise you to go through this article thoroughly and 

. We will help you to find out about the immense economic benefits of solar energy.

What are the economical benefits of solar energy?

There's no need to feel alone if you're wondering why your electric bill is so high. Due to economic recovery following COVID 19, power demand is hitting high records. Along with high international coal prices that’s now affecting the energy market, many metropolitan cities have seen higher bills. According to government sources, the power purchase adjustment costs (PPAC), which discoms impose on consumers, have increased in 

 by 4%. In Maharashtra, consumers saw an increase in electric bill of about 10%-20%.

Learn why your electricity bills are increasing and how to reduce them by reading this blog.

If you're wondering why your electricity bill is so high, it's important to understand how your utility company calculates your bill. Utilities charge customers for the electricity they use, but they don't charge customers for the amount of time it takes them to generate that energy. Instead, utilities calculate their rates based on an average monthly demand. The total amount of kilowatt-hours (kWh) consumed by all residents in a given region during one month. In general, the more energy used by each customer's household or business per month. The greater their annual consumption and therefore the higher will be the rates of electricity.

As covid is still present and therefore is the restriction of movement. Due to quarantines and other restrictions on moving goods around the country and the world, many utilities are raising rates due to a shortage of supply in some regions.

Some utilities are raising rates due to higher costs from transporting fuel across borders or through pipelines that are still not in service because they have been damaged during this time of crisis.

Due to low coal stock levels all thermal power stations are not operational.

As more people resume leisure travel and businesses resume normal operations, energy demand has increased.

The cost of energy is rising due to the increasing demand for electricity. The companies that generate electricity are struggling to source materials and labor necessary to meet the demand. Therefore they are pushing up prices.

Electricity distribution companies in Delhi said that the prices of imported coal and gas have increased, so it is necessary to increase the rates to maintain 24-hour power supply and cash flow.

We all know how to save energy, so I won’t spend much time telling you to turn off the lights. But one question I hear often is, “Do you really save energy by unplugging appliances?” The short answer to that is, “Yes.” According to the Lawrence Berkeley National Lab, standby power accounts for as much as 10 percent of your total home energy use — another reason why your electric bill may be so high.

There are effective ways to shave money off of your energy bill every month.

Here are some easy ways that anyone can use to reduce their electricity bill:

If you want to reduce your electricity bill, try raising the temperature of your refrigerator and freezer compartments. The fresh food section of your fridge only needs to be at 36-38 degrees Fahrenheit. Many times fridges are programmed at 2 to 5 degrees lower than necessary. As for your freezer compartment, you only need to set it to between zero and negative five degrees Fahrenheit.

The best way to reduce your electricity bill is to turn off and unplug your microwave before you leave for the day. Microwave ovens, along with similar appliances, tend to have other features that run all day - such as a clock or timer. This means that even as it is plugged in, it becomes a “phantom load” where it uses energy even when it is not in use.

Keeping your fridge and freezer full is one of the best ways to reduce your electricity bill. When you completely stock your fridge and freezer, they require far less energy to keep cold. It helps regulate the temperature inside and requires much less energy to maintain. If you cannot keep them full, put bags of ice or pitchers of water in any open spaces to make sure the fridge stays efficient. You can even reorganize your fridge to make it more energy-efficient.

Install solar panels. This is one of the best ways to save the largest sum of money on your electricity bills. By installing solar panels, you can reduce 1000’s of rupees on utility bills. They're an excellent way to save money on your electric bill and reduce the carbon footprint of your home. When it's sunny, solar panels produce free electricity and give you cleaner air. They'll also help you lower your carbon footprint by using less energy and making more environmentally-friendly choices. They're a great investment, because they can reduce your electricity bill by up to 80%-100%. If the generation of your solar plants are greater than your consumption then the extra power generated will be imported to the grid.

If you notice that your energy bill has increased, don’t panic! There are plenty of possible reasons, many of which are under your control. You may be able to make some changes to take more control of your power bill and lower it in future months. If you want to opt for solar, do let us know. We can help you get solar quickly. We offer end-to-end service and will take care of everything. We are just a call away. Feel free to 

Why is my electric bill so high in 2022?

Electric Vehicles are the future of transport. High fuel prices and air pollution are responsible for sudden surge in the demand of electric vehicles (EV). It is well acknowledged that transportation contributes to a major portion of air pollution. Hence, decarbonizing the transport sector through EVs will be beneficial. This will mitigate air pollution and also make cars' fuel cost cheaper in the long term. 

But what we have to realize is that if we are moving towards a situation in which all vehicles are electric, the sustainability will depend on how the EVs are powered. Right now, the EVs are charged by plugging into the utility grid. But if everyone switches to EV and starts doing this, the utilities will have to burn more fossil fuels to power those electric vehicles. Electric vehicles charging with solar rooftop photovoltaic facilities are economically more viable and sustainable than those with grid.

In this article, we will see the basics of EV charging, different types of EV chargers and their working. We will also look at the smart EV chargers which enable solar-only charging and advanced load management.

The Solar Charged Home is designed to drastically reduce your electric bills by making your home an energy producing machine. This system will not only charge your EV but it can also eliminate your electric bill for the next 25 years.

The idea of an electric vehicle charging station is to recharge the battery of an Electric Vehicle (EV). These charging stations are installed with an AC to DC converter circuit which is known as an EV charger. The primary function of the charger is to convert the mains power from a regular wall socket and provide controlled DC power to the EV battery so that it can be charged. There are 3 levels of EV charging stations, with the Level 3 most commonly used for roadside charging stations. Home chargers are typically Level 1 or 2, depending on how much power you need for your vehicle.

Level 1- These chargers are basic portable plug-in chargers of 10A that can be used up to 2.4kW.

Level 2- We recommend the level 2 home EV chargers that come in both single-phase and three-phase options. These are wall-mounted compact chargers from 5kW-22kW.

You can further choose to integrate the charger with a combined solar inverter. Combined Solar Inverter and EV charger is one technological solution where the charger is integrated with the solar inverter. It eliminates the need for a separate 

 along with additional wiring. This system can either charge from solar only or from solar and the grid simultaneously.

Level 3- DC fast chargers deliver DC power directly to the battery. As a result, the charging speed is increased. They are generally used for roadside EV charging stations from 50kW to 300kW.

Smart EV chargers combine a standard level-2 home charger with smart controls. Smart charging enables you to automatically charge your electric vehicle during off-peak times and when solar power is being generated. They also have Wifi and Bluetooth as to enable easy setup and monitoring using your mobile phone. Smart EV chargers are a great way to save money on charging, and increase your self-sufficiency.

The solar system size required to charge an EV can be calculated by figuring out how many miles you drive every day. If you are planning to go completely solar-powered, you need to know how much electricity your car needs. For example, if you drive about 600 miles every month or 20 miles per day, and if your car requires about 26 kWh for every 100 miles you go, then you need 4 solar panels of 290 watts each to power your EV without the help from the grid.

Time required for charging by popular EVs in India:-

TATA Nexon EV- Recharges up to 80% in 60 minutes using a fast charger.

TATA Tigor EV- Recharges up to 80% in 90 minutes and normal charging in 8 hours 45minutes.

Hyundai Kona Electric- Recharges up to 80% in 60 minutes and Normal charging in 6 hours.

Rooftop solar power plants and electric vehicle charging facilities are a perfect combination, as it meets (both) energy requirements in one place. The efficient solar PV panels have a longer lifetime and need low maintenance. Electric vehicles can be charged during off peak hours and hence from a utility perspective, EVs will not lead to an increase in demand for electricity. The electricity generated from solar PV can be used to charge the vehicles without incurring costs to the vehicle owner. Hence this combination is a boon for sustainable mobility.

Our solar systems are designed to provide hassle-free and reliable power for your electric vehicle. Running on solar means zero fuel cost and no more visits to the petrol station. 

if you require a turnkey solar solution that can provide your electric vehicle with sustainable and cost-effective power.

Use of Solar in Electric Vehicle(EV) Charging

Looking back at 2021, it has been a roller coaster ride for everyone in many ways. The second wave of Covid had been very tough for us. We have seen our near ones suffering and gasping for oxygen.The 21 day lockdown went on for months. We never thought that 2021 would change our life upside down. It took us a global pandemic to realize the blessings of good health, family and healthy environment. Amidst all these unexpected events, it has been a great year for the Solar industry. India added about 11.1 GW of solar capacity from January 2021 till November2021. 

According to MNRE(Ministry of New and Renewable Energy), installations of solar plants in India increased by 249% compared to the installations done in 2020.

India’s Renewable Energy installation capacity reached ~104 GW. Solar energy contributed approximately 47% share in the total Renewable Energy segment making it the largest contributor.

2022 looks promising!! During the Climate change summit at Glasgow(COP26), India’s prime minister Mr. Narendra Modi has promised to cut its emissions to net zero by 2070 (Net zero or becoming carbon neutral, means not adding to the amount of greenhouse gasses in the atmosphere). He also announced India’s pledge to increase its non-fossil energy capacity to 500GW by 2030. And meet 50% of its overall energy requirements from renewable energy by 2030.


According to the Indian Rating Agency (ICRA), India anticipates adding 16.1GW Renewable Energy capacity in the next fiscal year(2022-23). In the opinion of analysts there will be a boost in solar installations. Renewable energy capacity addition will be led by Solar with 12.5GW, Wind projects are expected to contribute 2.2GW and 1.4GW from hybrid plants.

“The backlog of the projects awarded by the Central nodal agencies and state distribution utilities remains large with under-development solar, wind and hybrid capacities of more than ~55 GW. Basis this pipeline, ICRA expects the RE capacity addition to increase from 7.4 GW reported in FY2021 to 12.5 GW in FY2022 and further to 16.0 GW in FY2023. This is also supported by the progress shown by the Solar Energy Corporation of India (SECI) in signing of power sale agreements (PSAs) & power purchase agreements (PPAs) in the last six months. Within the RE capacity, the capacity addition would be driven by the solar segment followed by the wind and hybrid segments.”

-Mr. Girishkumar Kadam, Senior Vice President & Co-Group Head - Corporate ratings, 

The Union budget 2022-23 greatly focused on energy transitions and clean energy missions through different schemes. We can clearly see in the budget, the steps that are being taken by the government to fulfill the target promised at the COP26 Summit. The Finance Minister, Nirmala Sitharaman told in her speech that an additional amount of Rs 19,500 Crore will be allocated for PLI(Production Linked Incentives). This will be used for the manufacturing of high-efficiency modules. High priority will be given to the integration of Solar PV modules manufacturing units.

This will not only strengthen the domestic solar manufacturing ecosystem but will also reduce our import dependence. This is in perfect sync with the “Make in India” vision.

A notable take away from this budget is the government's intention to launch a policy that enables setting up of Electric Vehicle charging stations at large scale.

There are plans to implement battery swapping policies.(Battery swapping or battery-as-a-service allows EV owners to replace the discharged batteries with charged ones at the swap stations)

A major takeaway from the speech of the finance minister is her plans to further the push for EV penetration in public transport and create special mobility zones for EVs.

We believe these moves will enable affordable and clean energy at a scale. The energy goals that the country has planned requires intensive capital investment. The government has a huge role to play in encouraging the homeowners, Industrialists and Investors to take part in the clean energy drive. We can do our part to attain the goal of becoming net-zero by switching to renewable energy.

How to Calculate your Solar system requirement?

India & Renewable Energy in 2022

Learn to calculate the right size of the rooftop solar system for your home. 

Two important factors which will play a role in this calculation are:

Once you know these 02 things. Follow these steps to calculate the system requirement for your house.


Step 1: Check your annual unit consumption on the electricity bill.

 you want to reduce based on the area of your rooftop.

Step 3: Calculate the system requirement to reduce your electricity by up to 100%

Let me walk you through an example: If you consume 12000 units per year.

And you want to reduce your bill up to 100%.

12000/365 = 32 units per day (approximately).

To get a zero bill, you need to produce 32 units per day through solar.

To produce 32units/day, you need a 8kWP plant.

You will need a 8kWP plant and 800 sq. feet area to reduce your bill by 100%.


To reduce your bill by 50%, you need to produce 16 units per day through 

To produce 16units/day, you need a 4kWP plant.

You will need a 4kWP plant and 400 sq. feet area to reduce your bill by 50%.

To reduce your bill by 25%, you need to produce 16 units per day through solar.

To produce 8units/day, you need a 2kWP plant.

You will need a 2kWP plant and 200 sq. feet area to reduce your bill by 25%.


As you can see in the above example, you can save up to 100% on your electricity bills with a solar rooftop system. Now, you can calculate your own system requirement based on the area of your rooftop and desired savings.

In case, you have other concerns in sizing the system, please 

You can calculate your solar system requirement right here. 👉

Energy

Categories

How are Electric cars better than Gasoline cars?

What are the economical benefits of solar energy?

Why is my electric bill so high in 2022?

Use of Solar in Electric Vehicle(EV) Charging

India & Renewable Energy in 2022

How to Calculate your Solar system requirement?

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