A solar carport serves two primary functions: sheltering vehicles (Carport) and generating renewable energy (Solar). It combines the benefits of traditional carports with renewable energy technology, making it appealing to parking space owners.
Conversations with clients in the automotive industry reveal that climate change is affecting vehicle insurance. Insurers are becoming more hesitant to cover vehicles exposed to hail and other weather-related damages. Solar carports provide sheltering for vehicles, thus reducing insurance risks and costs. Additionally, vehicles are protected from other weather conditions, reducing the need for cleaning.
Upgrading parking spaces with solar carports significantly boosts the value of real estate and public parking facilities. Not only do the covered spaces become more attractive to users, but they also open up the potential for increased revenue streams for parking operators and property owners.
Integrating charging infrastructure for electric vehicles (EVs) into solar carports increases their appeal and maximizes the self-consumption of solar energy. Energy storage systems, such as batteries, further strengthen this concept by storing excess solar energy, which can be used later. This reduces reliance on the grid, offering economic advantages by avoiding network usage fees, which are often higher than the actual electricity price.
A solar carport does more than just provide shelter; it also acts as a renewable energy generator. By coupling high self-consumption with dedicated financing models (contracting), customers can enjoy the benefits of a covered parking area without burdening liquidity. In fact, using self-generated solar power eliminates grid fees, leading to financial savings on top.
Inspired by large-scale ground installations, the photovoltaic systems used in solar carports are highly cost-effective and energy-efficient. The solar panels are installed to form a watertight roof, and bifacial modules - designed to generate electricity from both sides - harness additional energy from reflections off the ground or the vehicles. This makes solar carports an ideal complement to rooftop solar, as roof installations alone often don’t generate enough electricity to meet a company’s full energy needs.
Carport or power plant? Both! Our solar ports represent the natural evolution of carports, combining a modern solar power plant with a custom-built substructure and solar roof design. When used to its full potential, solar energy from parking areas could generate almost 20% of Switzerland's electricity needs.
No matter the size of your parking area, our solar ports are tailored to optimize both functionality and aesthetics. Built with renewable materials and designed to match the cost-efficiency of steel, these solar ports reduce the environmental footprint while enhancing the visual appeal of the space.
OEM Disclaimer
Leiser Electric GmbH electrifies sports cars to showcase clean technology embedded in vehicles. Leiser does not manufacture or sell automobiles. Leiser is not sponsored, associated, approved, endorsed, nor, in any way, affiliated with the original manufacturers of the cars. Any car brands or models mentioned are the trademarks of their respective holders; any mention of trademarked names or other marks is for purpose of reference only.
