Combine clean energy generation with efficient charging
Why Solar EV Charging is Transforming the UK’s EV Landscape
The electric vehicle (EV) revolution is well underway in the UK, with more drivers switching to zero-emission cars every year. But to unlock the full environmental and cost-saving potential of EV ownership, the way we power these vehicles is just as important as the cars themselves.
This is where solar EV charging comes in. By combining solar panel installation with home EV charger installation, drivers can use clean, renewable energy generated on their own property to power their journeys. The result? Lower running costs, reduced carbon emissions, and greater independence from the rising costs of grid electricity.
At McNally EV, we’ve helped thousands of homeowners across the UK integrate solar energy into their charging setups and the results speak for themselves.

How Solar Integration Works for EV Charging
Solar integration for EVs is surprisingly straightforward, and it works by ensuring your car charger draws from your solar panels first before using any electricity from the grid.
- Solar Panel Installation – High-quality photovoltaic (PV) panels capture sunlight and convert it into electricity.
- Smart Inverter – This device manages the flow of electricity, prioritising solar power for your EV charger.
- Home Battery Storage (Optional) – Store unused solar energy to charge your vehicle overnight or during cloudy weather.
The result is a system that maximises renewable energy usage, saves money, and reduces your household’s carbon footprint.
The Key Benefits of Charging Electric Cars with Solar Energy in the UK
1. Significant Energy Cost Savings
Electricity prices have risen sharply in recent years, but solar EV charging can shield you from these increases. Once your panels are installed, the sunlight they capture is free, meaning every mile you drive powered by the sun is a mile driven at virtually no cost.
A smart inverter ensures that your EV is charged using solar electricity first, only falling back on grid power when necessary. This can result in substantial savings over the lifetime of your vehicle.
2. Lower Carbon Footprint
EVs are already cleaner than petrol or diesel cars, but pairing them with PV charging takes sustainability to the next level. Instead of relying on grid electricity (which may still come from fossil fuels), you’re powering your vehicle with 100% renewable energy.
For eco-conscious UK drivers, this is one of the most impactful steps toward a net-zero lifestyle.
3. Greater Energy Independence
By producing your own electricity, you’re less dependent on the grid and more resilient to energy price hikes. With the addition of a home battery, you can store excess solar energy and charge your EV at night or during periods of low sunlight.
This independence isn’t just practical, it’s empowering. You control how your car is powered, and you know exactly where that energy is coming from.
Best Solar Panels for Home EV Charging
When it comes to the best solar panels for home EV charging, efficiency and reliability are key. In the UK, where weather can be unpredictable, you’ll want panels that perform well in both full sun and overcast conditions.
High-efficiency panels combined with a quality inverter and a compatible home EV charger can create a seamless, highly efficient charging system. McNally EV works with trusted manufacturers to ensure every installation is tailored to the homeowner’s property, energy needs, and EV model.

Solar EV Charger Benefits in the UK
UK homeowners making the switch to solar EV charging enjoy:
- Reduced running costs – Fuel your EV with free solar energy.
- Increased property value – Homes with solar installations are more attractive to buyers.
- Sustainability credentials – Show your commitment to reducing emissions.
- Future-proof technology – Be ready for evolving EV and renewable energy trends.
These solar EV charger benefits in the UK make the decision an easy one for anyone looking to align environmental responsibility with financial savings.

Using Renewable Energy to Charge Your Electric Vehicle: A Case Study
One of our Yorkshire customers installed a 4kW solar panel system alongside a home EV charger installation. By charging their electric car during daylight hours, they now power 80% of their annual driving with solar energy.
With the addition of a home battery, they’ve been able to store surplus energy for evening charging. This setup has not only cut their household’s carbon emissions dramatically but also reduced their energy bills by over £600 per year.
The McNally EV Difference
When you choose McNally EV for your solar panel installation and EV charging needs, you’re working with a trusted family business with over a decade of industry experience and more than 20,000 installations across the UK.
We provide:
- Tailored system designs for maximum efficiency.
- Professional installation by fully accredited engineers.
- Guidance on government incentives and grants.
- Ongoing maintenance and support to keep your system performing at its best.



EV Charger - Testimonial
McNally EV installed our EV charger and we couldn’t be happier.
From quotation to installation, a seamless process. Nicky and his team were able to offer us advice on the best system for us, using the British Gas free charging tariff and his installation team were both helpful and accommodating, arriving on time and completing a super neat installation.
We would highly recommend.
Sean Wilkinson
Google Review
Future-Proof Your EV Charging Setup Today
As EV ownership continues to grow, the demand for cost-effective, low-carbon charging solutions will only increase. By combining solar integration with a dedicated EV charger, you can ensure your home is ready for the future and that your vehicle is always powered by clean, renewable energy.
Whether you’re interested in charging your electric car with solar energy in the UK or exploring the best solar panels for home EV charging, McNally EV can design a system that meets your needs and budget.
Contact McNally EV today to arrange a free consultation and take the first step towards a greener, more energy-independent future.