KEC 130-261
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Reliable energy storage solutions for a better tomorrow.
Commercial & Industrial Energy Storage
Compact outdoor cabinet system with liquid cooling and aerosol fire protection, for peak shaving, demand control and anti-backflow.
Capacity: 261 kWh
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Container Energy Storage
Containerized system built from four battery clusters of 314 Ah LFP cells, with a cycle life of 6000+ cycles.
Capacity: 1040 kWh
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Delivering reliable, efficient and scalable energy solutions with advanced technology and expert support.
Engineering-led battery, power conversion and protection systems for dependable operation.
Modular architecture that can grow with site demand and project requirements.
Energy management and monitoring for visibility, control and performance optimization.
From solution design and commissioning through operation and maintenance.
From incoming materials to final shipment, every product follows a defined testing and inspection process. Certification and compliance documentation can be provided according to the product model and target market.
Battery cells, electronic components and structural materials are inspected before entering production.
Key assembly, wiring and functional checkpoints are monitored throughout the production process.
Products are tested for output performance, charging and discharging, temperature rise and protection functions.
Final functional, appearance and packaging inspections are completed before shipment.
We support product testing and compliance documentation for different destination markets. Available certifications and reports vary by product model and configuration.
Certification and documentation may include: CE, FCC, UL, PSE, RoHS, UN 38.3, MSDS, IEC-related test reports and ISO quality management documentation.


An ESS sits between the grid and your critical load, so it carries the site through sags, brownouts and outages without the start-up delay of a generator.
Yes — it charges when tariffs are low and discharges at peak, cutting both peak demand charges and exposure to time-of-use rates.
Our systems use LiFePO4 cells certified to IEC 62619, with multi-level BMS protection, thermal management and fire suppression.
For most loads it can, and where a generator is still required the ESS covers the transfer gap and cuts generator run hours dramatically.
Containerised systems typically ship in 8-12 weeks and commission on site within days, since the enclosure arrives pre-assembled and tested.
Yes — storage absorbs new peak load behind the meter, so you can add capacity without waiting on a utility upgrade.
Expect 6,000-8,000 cycles, or roughly 10-15 years of daily cycling, with capacity retention above 80% over the warranty term.
Upfront cost is offset by demand-charge savings, energy arbitrage and deferred grid upgrades; most commercial projects pay back in 4-6 years.
Project updates, energy storage know-how and industry news.
A checklist of what the plant team should prepare in advance — from floor loading and maintenance clearances to the electrical tie-in…
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Comparing the battery chemistries used in ESS on safety, service life and suitability for the operating environment.
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How demand charges are calculated on an industrial electricity bill, and where energy storage actually cuts the cost.
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Send us a few details and our team will come back with a proposed system size and an indicative budget range.