HS-EES112kWh-30/40/50KW
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LiFePO4 battery
1450*1650*2340mm*2
Capacity: 200kW-2hours
Install Energy: 430kWh
LiFePO4 battery
1450*1650*2340mm*2
Capacity: 200kW-2hours
Install Energy: 430kWh
Commercial & Industrial ESS
The HS‑ESS200kW430kWh container unit is a mid‑scale haisic battery created for medium‑sized commercial sites as part of the complete haisic energy storage product line. This robust Haisic lithium battery utilizes high‑performance haisic LiFePO4 battery cells, a durable lifepo4 battery built for real‑world grid‑connected and off‑grid industrial usage. Drawing on accumulated haisic power expertise, it functions as an industrial solar battery. As a practical haisic solar battery, it connects smoothly with medium‑size solar arrays to generate consistent haisic solar power for factories, commercial zones and remote microgrid locations.
This lifepo4 battery provides 200kW rated power alongside 430kWh usable energy capacity, supporting two‑hour continuous discharge to handle typical commercial load cycles. The system consists of two outdoor cabinets sized 1450*1650*2340mm, combining power conversion, battery clusters and temperature control within compact enclosures. This haisic LiFePO4 battery is fully pre‑assembled before delivery, shortening on‑site installation work and lowering civil construction requirements for project developers. Its outdoor‑ready casing adapts to varied climate conditions across different regions.

Rated Voltage | 12.8V |
Rated Capacity | 4019.2Ah |
Rated Energy | 3584Wh |
Recommended Charge Current | 40A |
Maximum Charge Current | 75A |
Recommended Charge Voltage | 14.6V |
Continuous Discharge Current | 75A |
Maximum contiuous Discharge Current | 150A |
Discharge Cut-Off Voltage | 10V |
Dimension | L316*W195*H293mm |
Weight | ≈26.5kg |
Terminal Type | M8 |
Cycle Life | >6000 (0.5C@ 25℃,80% DOD) |
Certificate | CE,FCC,RoHs,MSDS,UN38.3 |
Operational stability is central to this Haisic lithium battery. Multi‑layer monitoring, thermal management and fire protection modules work together to guard battery safety during frequent charge‑discharge cycles. Real‑time data tracking allows operators to observe system status remotely and perform timely adjustments. Proven cycle performance supports long‑term daily operation for peak shaving, demand response and backup scenarios. It serves as reliable core hardware for medium‑capacity haisic energy storage deployments around the globe.
This cabinet‑style haisic solar battery fits factory peak‑valley arbitrage, commercial solar‑storage integration, island‑mode microgrids and critical facility emergency backup. It stores excess daytime photovoltaic output to offset high‑rate electricity consumption and ease grid pressure. Thanks to its flexible modular layout, this haisic battery can also link with extra units when project capacity needs to grow. Rely on mature solutions from haisic power to implement your energy‑storage projects and make full use of haisic solar power.






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