Solar-Powered EV Charging Stations for Businesses

The EV Revolution is Underway.

Take a look around, and you’ll notice more EVs cruising by every day. The EV revolution is in full swing, and now’s the perfect time to embrace it! Pairing solar energy with EV charging stations allows you to enjoy eco-friendly transportation powered by renewable energy—cutting your carbon footprint and saving money at the same time.



Ready to charge ahead?

Why Businesses Choose 
EV Charging.

Installing EV charging stations powered by solar energy is a smart, forward-thinking move for businesses. It combines the benefits of renewable energy with the growing demand for convenient EV charging solutions. Solar-powered EV charging:

  • Reduces operational costs by using clean, renewable energy to power vehicles.
  • Attracts customers and employees who value sustainability and convenience.
  • Strengthens your brand by showcasing your commitment to clean energy and environmental leadership.

With solar-powered EV charging, businesses can lead the way in sustainability while meeting the needs of an increasingly electric future.

Aerial view of a large commercial building with a rooftop solar array in an urban area
Visitors viewing a solar energy educational exhibit with panels and informational displays

EV Charging Incentives.

Incentives can make solar-powered EV charging a smarter investment for your business. Depending on your location and project, tax incentives and utility rebates may offset the cost of chargers and the solar array that powers them. Lower upfront costs shorten your payback period while your stations draw customers and employees to your site

EV Charging FAQs

More employees and customers are driving electric vehicles every year, and offering charging is becoming a meaningful differentiator, whether you’re a workplace, retailer, or municipal facility. Beyond convenience, on-site charging signals a genuine sustainability commitment rather than a marketing claim, especially when it’s paired with your own solar generation.

Yes. Pairing EV charging with your commercial solar array lets you offset charging costs with power you’re already generating rather than pulling more from the grid. We design the electrical integration so your solar system and charging stations work together efficiently.

Installation typically involves an electrical capacity assessment, potential panel upgrades, permitting, and placement planning for accessibility and traffic flow. Our licensed electricians and NABCEP-certified team handle each step, from evaluating your building’s electrical infrastructure through final commissioning.

Level 2 charging, which uses a 240-volt circuit, is the standard for most commercial and workplace installations because it charges significantly faster than a standard outlet while remaining more cost-effective to install than DC fast charging. We help determine which charging speed makes sense for your property’s typical dwell times, whether that’s an employee lot or a customer-facing location.

Many networked commercial charging stations support access control and payment processing, which is useful for businesses that want to offer charging to customers or the public rather than exclusively to staff. We can help you evaluate charger options that fit how you plan to manage access.

Federal and regional incentives exist for commercial EV infrastructure, and availability depends on your location and project scope. We help identify which programs apply to your project alongside any solar-related incentives you’re already pursuing.

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Featured Projects.

Take a look at these case studies featuring some of our favorite 
commercial solar projects.

Calvary Baptist Church

Calvary Baptist Church

System Size: 200.38kW
Number of Panels: 466
Type of Panels Used: Hanwha Qcells
Inverter: SolarEdge

Project details

NOLS Vernal Utah

NOLS Vernal Utah

System Size: 39.80kW
Number of Panels: 81
Type of Panels Used: Hanwha QCells
Inverter: SolarEdge

Project details

Soaring Wings Montessori

Soaring Wings Montessori

System Size: 44.80kW
Number of Panels:112
Type of Panels Used: Hanwha QCells
Inverter: SolarEdge
EV Charger: Wallbox

Project details