Why Choose a Solar PV Systems Company in Liverpool

Options for charging electric cars (EVs) have expanded along with the vehicles’ general availability and accessibility. It’s evident that charging EVs using solar cells has never been simpler: almost every carmaker offers an EV alternative, prices have decreased dramatically, and the clean energy and electric mobility sectors are growing steadily.

The Global EV Outlook 2023 study from the IEA (International Energy Agency) states that sales of electric vehicles reached a record high in the millions in 2022 and currently account for close to one-fifth of the global auto industry. 

EVs enable drivers to save fuel costs and lessen their carbon impact in comparison to gas-powered automobiles. When traveling, the majority of electric vehicle (EV) drivers only use public chargers when they are not at home or at work.

In fact, there are crucial inquiries to think about: What is the required energy for an EV to reach full charge? Is there a method for charging your electric car that is both economical and effective?

How much power is used for EV charging, and how much it costs

Kilowatts of (kWh) of electricity are used by the EPA, which stands for the Environmental Protection Agency, to quantify the charging efficiency of electric vehicles (EVs) every 100 miles. 

In the United States, the average efficiency of electric vehicle charging, despite significant variations among manufacturers and models, is around 31 kWh/100 miles. 0.31 kWh of power is used for every mile traveled.

There are two ways that drivers can charge at home: A Level 1 charger for electric vehicles, or a Level 2 battery charging station or a trickle charger.

When a car is plugged in for the night, trickle charging is frequently sufficient to “top off” a battery for most drivers. A Level 1 electrical vehicle supply system (EVSE) utilizes more power and charges at a faster rate if you are pressed for time.

You could still be using fossil fuel energy to power your EV because fossil fuels account for a sizable portion of grid-based electricity. But instead of utilizing electricity from the utility company to charge your EV, you may use cleaner, more inexpensive power by having a solar PV systems company Liverpool, install a solar photovoltaic (PV) system on your home.

For solar EV charging, is it possible to combine solar panels with an EV charger?

Solar-powered EV chargers are also compatible with them. As an example, the majority of solar-powered EV charging systems consist of Level 2 EV chargers, microinverters, current transformer (CT) meters, and rooftop solar modules.

Creating your own integrated photovoltaic EV charging station is simple with leading solar power solutions and EV chargers. After the hardware is installed, you may use an app to monitor and manage the energy usage around the home solar electric system, making sure your electric vehicle (EV) charges mostly or only using solar power.

Using sun energy to power your EV

The yearly power consumption of electric cars is 4,666 kWh on average. In the United States, every kW of sunlight that you install should provide around 4 kWh of power per day on average, or 1,500 kWh annually. An average EV would need the installation of around 3.1 kW of solar power, or 4,666 kWh/1,500 kWh.

To charge an EV using solar power, you could require an extra eight to twelve modules, depending on the wattage capability of your solar panels. To obtain a more precise calculation, you may provide a wattage and usage calculator with details about your driving style, car brand and model, and kind of charger.

The ideal way to charge an electric vehicle

You must choose how to operate the EV charger in addition to setting up a charging station for electric cars at your house. One alternative is grid-powered electricity; however, this is not very eco-friendly and is frequently costly. Conversely, solar energy is the most economical and environmentally beneficial method of refueling your electric vehicle.

A battery-storage solar system gives you more grid independence. During blackouts, battery storage allows you to access stored electrical power and gives you more flexibility over when and how to charge your electric vehicle. With vehicle-to-home (V2H) and V2G (vehicle to grid) charging capabilities, a dual-direction EV (https://www.epa.gov/greenvehicles/plug-electric-vehicle-charging-basics) charger can turn your EV into an energy source for your property.

Can I use solar panels to charge my EV?

Indeed. Solar panels may be used to charge an electric vehicle (EV), but the proper tools are required. EV chargers may provide you with an immediate link to the clean electricity generated in your home to power the batteries in your electric cars as part of an interconnected home energy system.

The number of solar panels that I require to replenish my electric car

A vehicle’s battery capacity and charging pace determine how many solar panels are required to charge it. An average electric vehicle (EV) requires the yearly electrical output of eight to twelve solar panels. 

When is it ideal to use solar panels to charge an electric vehicle?

The hours of late morning to mid-afternoon, when the sun is at its strongest, are ideal for solar-powered EV charging. Solar panels are most efficient when the sun is at its strongest, generating more solar electricity to charge an electric vehicle. 

Does solar panel charging require a certain type of EV charger?

Sure. Not every EV can be directly charged by solar electricity, even if solar panels and EV chargers complement each other well. 

An EV charger transfers extra clean energy produced by your solar panels towards your EV battery when used in conjunction with a home renewable energy system to provide pure solar energy for electric vehicle charging during self-consumption mode.

Are there any tax breaks or government incentives available for charging electric vehicles using solar power?

Indeed. Numerous tax credits, initiatives, and incentives offered by both federal and local governments are intended to lower the total cost of investing in solar energy systems and supplies for electric cars (EVSE). 

Both solar and EV charging benefits could be offered in your location, notwithstanding the rarity of solar EV charging incentives.