Welcome to Sunbridge Solar, one of Portland, Oregon’s top companies for installing EV chargers. We are committed to offering homeowners in the Portland metro region top-notch and environmentally friendly energy solutions.
Why Do You Need EV Chargers?
Sales of EVs (electric vehicles) have been rising consistently over the last several years, and they do not seem to be slowing down. The International Energy Agency estimates that there were 7.2 million electric vehicles on the road in 2020 and that there will be 245 million by 2030. Infrastructure for EV charging is becoming more and more necessary as the number of EVs rises. There are various advantages to installing EV chargers at your home, including:
Attracting Tenants: People will search for homes with EV charging facilities as more people transition to EVs. You may attract more renters to your home by installing EV chargers.
Lower electric bills: To power up your car at your house can be cheaper than filling out at the gas station. The higher gas prices go, the more you will save on charging up your EV at home.
Raising the value of your property: The value of your home may improve if you install EV chargers. Homes with EV charging facilities sell for more money than those without, according to research by the Lawrence Berkeley National Laboratory.
Sustainability: EVs emit fewer pollutants than gasoline-powered automobiles, and solar electricity, for example, may be used to charge them, lowering their carbon footprint even further. You may promote environmentally friendly transportation and lessen the carbon impact of your property by installing EV chargers.
Benefits of Hiring Sunbridge Solar
We at Sunbridge Solar are dedicated to offering Portland, Oregon property owners top-notch and environmentally friendly energy options. Here are a few explanations for why you need to choose us for your EV charger installation requirements:
Experience: Having built hundreds of EV chargers around the Portland metro region, we have over ten years of experience working in the solar and EV charging industries. The qualified electricians on our staff are skilled enough to handle any installation.
Quality: To guarantee the security, dependability, and durability of your EV charger installation, we only utilize the best tools and supplies. All of our installations come with a 10-year craftsmanship guarantee from us.
Sustainability: We provide EV chargers that can be powered by solar energy since we are dedicated to supporting sustainable energy alternatives. You can lessen your carbon impact and promote sustainable energy by selecting Sunbridge Solar.
Customization: We provide tailored EV charger installation solutions since we are aware that every property is unique. To make sure that your EV chargers are practical and simple to use, we will work with you to determine the optimal placement and setup.
Here are the top questions we get asked about installing EV chargers in Portland, OR
How much does it cost to install an EV charger?
A number of variables, including the kind of charger, the location, and the electrical needs, affect the price of installing an EV charger. However, there are a number of Oregon EV incentives out there you may qualify for. In order to give you a better sense of the cost, we provide free inspections and quotations.
Can solar energy be used to power an EV charger?
Indeed, we have solar-powered EV chargers available. This is a fantastic way to promote renewable energy and lessen your carbon impact.
How long does it take to install an EV charger?
The length of time required for installation varies based on the charger type and installation difficulty. An EV charger may be installed in 2 to 3 days on average.
Get a Free Inspection and Quotation Right Now
Get in touch with Sunbridge Solar right now if you are interested in installing an EV charger on your home. To assist you in getting started, we provide free inspections and quotations. We are the finest option for your EV charger installation requirements because of our experience, quality, and dedication to sustainability.