High-Capacity Commercial & Industrial Energy Storage Systems (CESS)
Welcome to the Banatton Commercial Energy Storage System (CESS) catalog. Designed for industrial facilities, large agricultural operations, and remote microgrids, our all-in-one lithium energy storage cabinets provide a robust solution for energy independence. Featuring high-safety LiFePO4 technology, our hybrid off-grid systems range from 75kWh to 300kWh. These systems are engineered to optimize energy consumption through peak shaving, provide emergency backup power, and ensure a stable electricity supply for your critical business operations.
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Advanced Energy Independence for Commercial and Industrial Facilities
As energy costs continue to fluctuate and grid stability remains a challenge, commercial and industrial (C&I) sectors require more than just a backup battery—they need an intelligent energy management hub. Banatton’s Commercial Energy Storage Systems (CESS) integrate Tier-1 LiFePO4 battery banks with high-performance hybrid inverters in a single, secure cabinet. This all-in-one architecture allows businesses to store solar energy for nighttime use, manage demand charges via peak shaving, and maintain seamless operations during grid outages.
Scalable CESS Solutions: 75kWh to 300kWh
We supply four standardized high-capacity energy storage cabinets, each designed for rigorous industrial duty cycles:
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75kWh & 100kWh Systems: Ideal for small-to-mid-sized manufacturing workshops, retail centers, and commercial office buildings looking to reduce their carbon footprint and peak power costs.
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200kWh & 300kWh Systems: Heavy-duty energy reservoirs designed for large factories, cold storage facilities, remote mining sites, and agricultural microgrids requiring sustained high-power output and long autonomy.
Maximize ROI with Intelligent Energy Management
The true value of a Banatton CESS lies in its ability to generate a rapid return on investment. By utilizing our advanced EMS (Energy Management System), your facility can engage in:
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Peak Shaving: Automatically discharging stored energy during peak-demand periods to avoid expensive utility demand charges.
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Load Shifting: Charging the batteries during off-peak hours (when electricity is cheapest) and using that power during high-rate hours.
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Microgrid Stabilization: Acting as the primary power source for remote areas, seamlessly integrating with solar PV and diesel generators to create a 100% independent energy network.