Case study library · Residential, commercial, industrial · In development
Real storage decisions, tested against real conditions.
These cases will show when storage works economically, when it does not, and which assumptions change the result. Each one will connect equipment and installed cost with actual tariffs, incentives, operating patterns, resilience needs, and available grid programs.
Home Battery Under a Time-of-Use Rate
One 13.5 kWh battery, one house, 12 real 2026 time-of-use rates from San Diego to Detroit. Why the price gap and peak-window length matter more than a high rate, and why arbitrage alone rarely pays back.
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Base Power & Energywell: The Hosted Home Battery
A $0–$695 whole-home battery in exchange for a 12- to 15-year energy contract. Real 2026 terms in Texas and Illinois, compared with owning a battery or a generator, and what you give up.
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Getting Paid to Share Your Home Battery (VPPs)
One 13.5 kWh battery run through 17 virtual power plant programs in 14 states. Ten-year earnings, event rules, stacking with time-of-use savings, and the programs coming online through 2030.
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Solar Export vs. Battery Self-Consumption
A home with rooftop solar tests whether exported production or stored evening energy creates more value under the local export-compensation rules.
Commercial Demand-Charge Reduction
A commercial load profile with short monthly peaks tests how battery power, duration, controls, and tariff details determine achievable demand savings.
Commercial Resilience and Solar Storage
A facility combines demand savings, solar self-consumption, and avoided downtime while keeping the resilience value separate and transparent.
Industrial Value-Stacking Project
An industrial system tests demand response, capacity or grid-service revenue, on-site generation, degradation, augmentation, and project-finance assumptions together.
Want to see the framework these cases will use?
While the case study library is in development, the working sizing and runtime tools provide a practical starting point for defining the storage system itself.