Electric vehicle charging

Solar-Powered Electric Vehicle (EV) Charging Solutions

The future of transport is electric. And at UTICA®, we believe the way we charge matters as much as the way we drive. Solar-powered EV charging stations create the perfect synergy between two pillars of a low-carbon lifestyle: clean mobility and clean energy.

Electric vehicles reduce air pollution and eliminate tailpipe emissions. Solar energy provides renewable electricity directly from the sun. Together, they close the loop, enabling zero-emission driving powered by zero-emission energy.

By pairing EV chargers with rooftop solar systems, UTICA® ensures that every distance driven is backed by clean, sustainable power. This not only maximises environmental benefits, but also helps reduce reliance on fossil-fuel-generated grid electricity. For property owners, it means lower long-term charging costs, energy independence, and a visible commitment to sustainability.

Service options

Choose a charging application

Explore charging solutions for homes, workplaces, fleets and properties that may integrate charging with solar generation.

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Artemis 22 CE

Artemis CE

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EV charging for homes and businesses

EV charging planned around the vehicle, property and electrical supply

An EV charger becomes part of the property’s electrical infrastructure. Charger quantity, charging rate, vehicle use, available electrical capacity, cable routes and future expansion should therefore be considered before equipment is selected or installed.

What affects an EV charging design

Available electrical capacity

The existing supply and distribution system determine whether the proposed chargers can be supported directly or whether load management or electrical upgrading should be considered.

Vehicle and usage pattern

A private vehicle, workplace car park and commercial fleet have different dwell times, charging priorities and utilisation patterns that influence charger selection.

Solar and energy integration

Where solar generation is available, charging schedules and energy-management controls may help increase the use of electricity produced on site.

Project approach

How an EV charging project progresses

01Confirm the number of vehicles, charger locations and expected charging behaviour.
02Assess electrical supply, distribution equipment and proposed cable routes.
03Select suitable charging equipment and any load-management requirements.
04Coordinate installation access, electrical work and any required supporting works.
05Install, test and commission the EV charging equipment.
06Provide user guidance and ongoing technical support.

EV charging questions

How many EV chargers can a property support?

The answer depends on the available electrical capacity, charger rating, expected simultaneous use and whether load-management controls are incorporated.

Can EV charging be integrated with solar?

Yes. The amount of direct solar energy used for charging depends on when vehicles are connected, available solar generation and how the charging system is controlled.

Is the fastest EV charger always the best choice?

No. The appropriate charging rate depends on vehicle compatibility, expected dwell time, electrical capacity, user requirements and the cost of any supporting electrical upgrades.

Start with the project details

Plan an EV charging installation

Share the property type, number of charging points, vehicle usage and available electrical capacity for an initial review.

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