RCTerra Class 2.0 and RCTerra Pro 2.0 are integrated, outdoor-rated energy-storage cabinets for commercial and industrial assessment. Capacity is only one input: the load profile, connection, operating objective and site constraints determine whether either platform fits.
Compare two exact RCTerra configurations for different commercial and industrial project scales.
Integrated 261 kWh commercial and industrial energy-storage cabinet.
Integrated 1,044 kWh commercial and industrial energy-storage system.
The operating objective, charging demand, solar generation, grid connection and controls must be assessed together. Final design is site-specific.
Both configurations use LiFePO₄ battery packs with liquid cooling and integrate a battery-management system and energy-management system.
| Specification | RCTerra Class 2.0 | RCTerra Pro 2.0 |
|---|---|---|
| Exact model | 261-125-01D | 1044-500-01D |
| Nominal / usable capacity | 261 / 247.95 kWh | 1,044 / 991.80 kWh |
| Rated AC power | 125 kW | 500 kW |
| AC connection | 400 Vac, 3P+N+PE, 50/60 Hz | 400 Vac, 3P+N+PE, 50/60 Hz |
| DC voltage | 832 Vdc rated; 689–930.8 Vdc operating range | 832 Vdc rated; 689–930.8 Vdc operating range |
| Battery & cooling | LiFePO₄; liquid-cooled battery packs | LiFePO₄; liquid-cooled battery packs |
| Enclosure | IP54; C4 corrosion grade, C5 optional | IP54; C4 corrosion grade, C5 optional |
| Dimensions | W1130 × H2328 × D1385 mm | W2991 × H2591 × D2438 mm |
| Maximum stated envelope | W1184 × H2328 × D1421 mm with optional trim and door lock | W3061 × H2672 × D2438 mm with optional trim |
| Communications | Modbus TCP | Modbus TCP |
Depending on the final system design, RCTerra can support self-consumption, time-of-use operation, peak shaving and third-party power dispatching. The appropriate operating mode is selected around the site's loads, tariffs and approved control strategy.
Model whether shifting excess generation into later operating hours fits the site's energy profile.
Test time-of-use strategies against the actual tariff and forecast load rather than a generic schedule.
Locate the events that set demand cost, then test the battery power and energy needed to influence them.
Confirm metering, communications, control boundaries and any third-party dispatch requirements.
Product views help with early space and access discussions. Final dimensions, clearances, foundations, service access and installation conditions come from the approved design and current technical documentation.
Commercial battery sizing requires interval data, not annual consumption alone.
Recent bills, interval data, operating hours, demand charges, solar production and planned load changes.
Supply arrangement, switchboard information, network constraints, existing generation and control interfaces.
Available area, access, structure, environmental exposure, fire-safety inputs and applicable approval pathways.
Storage sits inside a wider site architecture.
Start with interval data, the electricity tariff, operating context and site information. The final recommendation may include storage, a different technology mix, or no battery.