
HV rack storage system 105.4kWh · 512V · 206Ah
Industrial and commercial solution: 10 LiFePO4 modules, HV Box BMS and rack cabinet included
| 🔋 105.4kWh 10 modules |
⚡ 512V · 206Ah High voltage |
🗄️ Rack cabinet Included |
♻️ >6,000 Life cycles |
Kit contents
10× HV battery module 10.54kWh LFP 51.2V 206Ah
Rack modules in lithium iron phosphate, maximum current of 100A in charge and discharge, over 6,000 cycles, 10-year warranty.
1× HV Box BMS OHR-HV250H
Centralised control of the modules connected in series, with overcharge and over-discharge protection and CAN communication.
1× Rack cabinet for 10 modules + HV Box
Dedicated structure that houses the entire system in an orderly way, for indoor environments (IP20).
Description
High-voltage storage rack kit for industrial and commercial applications. Made up of 10 LiFePO4 battery modules of 10.54kWh each, it offers a total capacity of 105.4kWh, ideal for installations with high energy demand.
The modules are connected in series and managed by the included HV Box BMS, which ensures centralised control and protection against overcharge and over-discharge. The rack structure allows an orderly installation and simplified maintenance.
LiFePO4 technology ensures safety, stability and long service life, making the system suitable for advanced self-consumption, peak shaving and integration into BESS systems.
Technical specifications
| Model | OHR105.4K-206 (SKU 12297) |
| Chemistry | LFP — lithium iron phosphate |
| Total capacity | 105.4kWh — 206Ah |
| Capacity per module | 10.54kWh (51.2V) |
| System voltage | 512V |
| Modules included | 10 |
| BMS | External — HV Box included |
| Maximum charge/discharge current | 100A |
| Communication | CAN |
| Life cycles | > 6,000 |
| Installation | Rack-mounted, indoor environments |
| Charging temperature | 0~35 °C |
| Operating temperature | -20~55 °C |
| Protection rating | IP20 |
| Colour | White |
| Certifications | CE-EMC |
| Warranty | 10 years |
System for indoor environments (IP20). Check the inverter's compatibility with 512V high-voltage batteries and the CAN protocol, as well as the space requirements and the floor load capacity.