High Voltage BMS Kit for Energy Storage Systems – Engineered for Ukraine’s Energy Challenges

Reliable | Intelligent | Easy Installation

Due to the severe damage to Ukraine's power infrastructure caused by the war, frequent power outages, energy shortages, and the increasing demand for energy systems, high-voltage lithium battery systems have become an ideal choice for commercial and industrial users.

However, these systems are inseparable from a core management unit - BMS (battery management system)

Why is BMS recommended?

1.?Increased fire risk: Without a BMS, expensive batteries Maybe can catch fire, resulting in a total loss.

2.?As the battery is used for a longer time, the voltage will be inconsistent: Inconsistent voltages can lead to reduced capacity.

3.?Unable to control temperature: In the absence of a BMS, high temperatures may accelerate insulation aging, cause cell swelling, and potentially lead to fire.

4.?No short circuit protection: During sudden or abnormal loads, the system may experience currents that exceed safe thresholds, posing significant risks to the life and safety of engineers.

The role of the high-voltage system: monitor voltage, current, temperature and charging status, balance the battery cells, and prevent a series of problems such as overheating and overcurrent.

Common Use Scenarios in Ukraine:

Commercial users: shops, restaurants, etc.

Industrial users – maintain the normal operation of factories or related equipment

EV Charging Infrastructure – Manage high-capacity battery packs for fast charging.

Farms & Remote Villages – Power pumps, machines, and lighting in areas?without?grid?access.

Slave bms

Maximum Series Connection:Up to 18 units.（Suggest choosing within 16）

The total number of cells in lithium iron phosphate batteries should not exceed 270

The total number of cells in ternary lithium batteries should not exceed 230

Cell Configuration:Supports 10S–16S battery strings.??

After-Sales Support: ?

Grade-A Battery Users: Receive 3 years of free remote technical guidance from our expert engineer, Mark ?

Grade-B Battery Users: One-time setup assistance to configure parameters and ensure system functionality. ?

It is not recommended to use poor quality batteries to make high-voltage systems, as there are significant risks involved. Excessive battery Voltage?difference, inconsistent internal resistance, and different capacities can all cause the system to overheat and pose a risk of fire

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