Commercial And Industrial ESS
Liquid-cooled all-in-one 215 kWh and 232 kWh cabinets integrating LFP battery, BMS, PCS, EMS, thermal control and fire protection.

Liquid-cooled 215 kWh and 232 kWh all-in-one cabinets, plus 51.2V modular banks for smaller commercial sites.
Commercial storage is bought for a number on an electricity bill: a demand charge, a tariff spread, or the cost of an outage. The all-in-one liquid-cooled cabinets at 215 kWh and 232 kWh cover utility-scale-adjacent C&I projects with the PCS, EMS, thermal control, power distribution and fire protection integrated. Below that scale, the 51.2V rack and stackable ranges build banks for shops, clinics, workshops and small factories.
A battery from one vendor, a PCS from another and a fire system from a third is a commissioning problem waiting to happen. The all-in-one cabinet removes it.
Liquid cooling holds the cell-to-cell temperature spread below 2.5 degrees Celsius, credited with 30% longer life and 20% lower energy consumption.
Fire protection is integrated in the cabinet and the design has been through short-circuit, burning and fire-resistance testing - but local code still drives siting, so raise it early.
Cabinets parallel for more capacity, and the smaller 51.2V ranges add modules, so the system tracks the load instead of being frozen at commissioning.
Liquid-cooled all-in-one 215 kWh and 232 kWh cabinets integrating LFP battery, BMS, PCS, EMS, thermal control and fire protection.
19-inch 51.2V modules at 5 kWh and 10 kWh, 6000+ cycles, IP54, for racks that have to stay serviceable.
51.2V modules that stack from 5 kWh to 30 kWh, 6000+ cycles, RS232, RS485 and CAN communication.
Interval data, peak demand and tariff structure. That is what sets the capacity and the power rating.
All-in-one cabinet for larger projects, 51.2V modular banks for smaller sites.
Siting, clearance, fire requirements and grid connection conditions for your market.
Capacity, voltage, PCS rating, communication and documentation agreed in writing before build.
With the certificate set and technical support through commissioning.
Working from evening load rather than array size, choosing between 5, 10, 15 and 30 kWh, and leaving an expansion path.
215 kWh at 768V nominal and 232 kWh at 832V nominal in the all-in-one liquid-cooled cabinets, both of which parallel for larger capacity. Below that, 5 kWh and 10 kWh modules build 51.2V banks.
Yes, along with the EMS, liquid-cooling thermal control, power distribution and fire protection. The cabinet is delivered as one integrated product.
From interval consumption data, the demand charge structure and the outage risk. Send a month of data and we will come back with a capacity and a power rating rather than a catalogue page.
CE, UN38.3, MSDS, IEC and ISO documents are listed across the range. For a grid-connected commercial project, tell us the market and the grid code involved so we can confirm what is needed and what we hold.
Five years is the published warranty on the energy storage range. For a project of this scale, the exact warranty terms are agreed in the contract rather than taken from a web page.
Technical support through commissioning is standard. On-site attendance depends on the project and the destination - raise it during the quotation and it will be answered honestly.
Tell us the load, the space and the equipment it has to work with, and the answer names a pack and a capacity.