Energy storage systems (ESS) help stabilize the electric grid and reduce strain during peak demand. By providing backup power and grid balancing services, these projects help prevent brownouts and improve grid reliability in your area — especially during extreme weather or high usage days.
Yes! We only need access to the agreed upon project lease area. You can continue using the rest of your land however you’d like.
No. Our lease terms range from 15 to 30 years. After that, we remove the equipment and restore the site.
We pay for professional landscaping that’s designed to blend in with the surrounding environment. Natural vegetation buffers and evergreen plantings are typically used to shield views year-round.
No — the system typically operates at a sound level as quiet as a normal conversation.
No. We handle all construction, maintenance, monitoring, and upkeep. You have zero day-to-day responsibilities.
We take care of any additional taxes that result from the project’s improvements. You won’t be on the hook for anything extra.
On average, we spend about 18 to 24 months completing land development activities like engineering, permitting, and interconnection. Once permits are secured, construction typically takes 4 to 6 months.

Utility-scale and community-scale solar add clean, low-cost electricity to the local grid, reduce carbon emissions, create construction jobs, and contribute new property-tax revenue that supports schools, roads, and emergency services.
No. A typical term is 25 years with options to extend. At the end, the project is either renewed with your consent or decommissioned and dismantled at the developer’s expense.
No. Our lease terms range from 15 to 30 years. After that, we remove the equipment and restore the site.
The developer/operator handles all maintenance, upkeep, liability insurance, and 24/7 remote monitoring. Landowners have no out-of-pocket costs.
We will take care of any additional property taxes - you will not be on the hook for any taxes related to the project.
Modern panels are anti-reflective and absorb sunlight. Inverters do hum, but sound levels at the fence are typically library-quiet. There is no measurable heat increase.