A new solar carport project is set to enhance energy sustainability and resilience in Maryland, featuring three arrays totaling 446 kilowatts of solar panels. This initiative is projected to generate approximately 555.4 megawatt hours of power annually, enough to supply energy for 46 households in the state.

The solar carports, which will cover around 70 parking spots, offer several advantages over traditional ground-mounted solar fields. Notably, the project minimizes disturbance to native soils and habitats, as the foundations will be constructed on already disturbed areas, such as existing parking lots. Additionally, the carports will provide protection for vehicles during winter weather events.

A key feature of this project is its design as a microgrid. Unlike conventional solar systems that shut down during power outages, this microgrid will allow the solar panels to operate in conjunction with on-site generators. This capability will reduce the demand on generators, promoting greater green energy production during outages and enhancing the overall resilience of the energy supply.

The solar energy generated will primarily serve the building's needs, but any excess power produced will be fed back into the grid, allowing the county to receive credits on their energy bills. This innovative approach not only supports local energy needs but also contributes to broader sustainability goals.