EASI translates constrained grid needs into a procurable, pre-engineered hardware package and architecture recommendation, with a fully broken-out preliminary installed cost estimate backed by BoxPower. Planners cut months from project timelines otherwise spent looking for a partner to build within those guidelines.
Site feasibility assessment
Technoeconomic optimization of hybrid generation DER systems
Complete performance characteristics
Solar production curves, BESS state-of-charge profiles, generator usage and fuel consumption, LCOE
Detailed preliminary total installed cost estimate
Site layout and single line diagram
EASI’s premium tier offers concierge training, design review, and engineering support to streamline multi-site analysis.
Dedicated partner manager
Up to 20 hours of BoxPower engineering consultation yearly
Customizable upon request: new features, utility rates, hardware kit configurations
Create Your Project
Enter site location and load details. Choose off-grid or grid-tied. Upload meter data, build from appliances, or describe your load in plain language and let AI generate it.
Optimize
One click runs a full techno-economic optimization, generating optimal PV, battery, and generator sizing with dispatch strategy and financial analysis.
Select a Kit and Propose
EASI matches your results to a safe, reliable, and pre-engineered BoxPower hardware kit. Review the BOM, finalize pricing, and export a proposal.
At a Tribal housing development site where traditional interconnection would require a full feeder upgrade, EASI modeled and sized a 400 kW / 1.3 MWh battery storage system as a faster, lower-cost alternative. The output included a preliminary installed cost estimate, allowing the project to move smoothly from concept to a fundable, buildable path forward.
