Battery Energy Storage Systems (BESS)

A battery energy storage system stores electrical energy in lithium-ion cells and discharges it on demand. In industrial use, a BESS sits between the generators and the load so engines run at their most productive point instead of throttling to cover peaks — reducing fuel burn, runtime hours, and emissions.

Energy storage captures surplus generator output and releases it during demand spikes. That lets operators run fewer gensets at better load points, prevents blackouts from dynamic loads, and lowers diesel consumption and greenhouse-gas emissions.

CleanDesign builds hybrid battery storage that integrates with existing generators, plus the machine-learning controls that manage load in real time. Systems are sized per site for oil and gas, mining, remote communities, and EV-charging operations.

Utility-scale battery storage is a high-capacity system that stores and dispatches large amounts of power for industrial sites or grid support. CleanDesign's platform scales from single-rig deployments to multi-megawatt installations.

On deployed CleanDesign hybrid rigs, diesel consumption has fallen by up to 48% with fuel savings around $300,000 per rig per year. ⚠️ Pritesh to verify. Savings depend on site load profile and baseline generator configuration.

Yes. CleanDesign is a Canadian hybrid energy management and battery energy storage company deploying systems across Canada and North America, with a focus on oil and gas, mining, and remote industrial operations.

Yes. CleanDesign's system is designed to integrate with existing gensets rather than replace them — the battery and controls layer on top to smooth load and cut runtime, which is why deployment is fast and low-disruption.