What we build
Distributed battery storage.
Capacity is the most valuable megawatt on the grid right now. We develop distributed battery storage, standalone storage, and hybrid systems paired with solar or wind. We work with utilities, co-ops, commercial property owners, and data centers whose load profiles need firm, dispatchable, clean power.
How we size a project
Our default platform is four-hour LFP (lithium iron phosphate) in the 2 to 20 MW-AC range, interconnected at the distribution level (12 kV or 25 kV). We go longer where the offtake supports it, including capacity markets with long duration accreditation windows, data-center back-up applications, and specific rate-case structures that reward duration. And we go behind the meter when the tenant's load curve asks for it.
Who we build for
- Rural electric co-ops. Distribution-level solar paired with BESS, sized around hosting capacity and capacity-value tariffs. We design around the co-op's actual load.
- Commercial property owners. Standalone storage or solar plus BESS as an additional revenue stream on your asset, with minimal disruption to existing tenant operations.
- Data centers and large-load customers. Behind the meter solar plus battery storage sized to your load curve, with delivery shape that matches what your facility or campus actually needs.
- Landowners with 2 to 20 usable acres near substations or populated areas. Small standalone BESS projects fit cleanly here, with 25 to 30 year lease structures that protect your land.
Why storage now
Storage turns solar from an energy resource into a capacity resource. That matters for capacity-constrained co-ops, for ramping-price markets like SPP, and for any offtaker who needs firm clean delivery around the evening peak. Beyond renewables, standalone storage has become a core reliability tool for utilities of every size.