Sweden 400kWh Custom Commercial Energy Storage Project
A fully integrated 400kWh LiFePO4 energy storage system customized for in Sweden. The system combines intelligent battery management, HVAC temperature control, black-start capability, solar PV integration and cloud-based remote monitoring in an IP55 cabinet platform.
- Project Country: Sweden
- System Capacity: 400kWh
- Protection Level: IP55
A Custom 400kWh ESS for Commercial Energy Management
This project delivers a customized 400kWh battery energy storage system for in Sweden. The customer required a complete system that could support solar energy storage, backup operation and intelligent energy management without requiring extensive equipment assembly on site.
The final solution integrates the inverter, battery trays, battery racks, BMS, microgrid controller, HVAC system, fire isolation switch and outdoor protective enclosure into a coordinated energy storage platform.
Because the main components were integrated and preconfigured before delivery, the project team could reduce on-site wiring, system matching and commissioning work.
One Integrated Platform Instead of Multiple Separate Devices
The 400kWh system integrates the main battery, power conversion, thermal management and control equipment inside a coordinated cabinet architecture.
Inverter
Controls power conversion between the battery, solar system, commercial loads and electrical network.
Battery Trays and Racks
Provide an organized and serviceable structure for the LiFePO4 battery modules.
Battery Management System
Monitors, protects and balances the battery modules during charging and discharging.
Microgrid Controller
Coordinates energy flow, backup operation, black start and PV integration.
HVAC System
Controls internal cabinet temperature to support stable battery operation.
Fire Isolation Switch
Provides an additional system-level isolation measure during abnormal conditions.
Integrated HVAC Keeps Battery Temperature Below 25°C
The energy storage system includes an internal air-conditioning system designed to maintain the cabinet temperature below 25°C for stable battery operation.
Maintaining a controlled internal temperature helps reduce heat accumulation during charging and discharging. It also improves temperature consistency between battery modules and reduces unnecessary thermal stress on the cells.
The HVAC system is coordinated with battery temperature information so that cooling can respond to actual system operating conditions.
Intelligent BMS Monitoring at Module and System Level
The integrated battery management system actively monitors each battery module and coordinates the operation of the complete 400kWh battery system.
It collects battery data, controls operating limits and applies protection when abnormal voltage, current or temperature conditions are detected.
- Module Voltage
- System Current
- Battery Temperature
- State of Charge
- Operating Status
- Alarm Information
- Cell Balancing
- Protection Status
The multi-level BMS architecture monitors, optimizes and balances the battery system. When unsuitable operating conditions are detected, it can limit charging or discharging, issue alarms or initiate protective shutdown according to the configured control logic.
60kW Rated DC Power for Commercial Applications
The system supports 60kW of rated DC power and provides different current levels for normal, rated and short-duration operating conditions.
A recommended current of 50A can be used for regular operation, while the system supports a nominal charge and discharge current of 100A. At 25°C, peak discharge current can reach 125A for up to two minutes.
| Category | Project Configuration |
|---|---|
| Project Country | Sweden |
| Project Application | Commercial Energy Storage |
| Nominal Capacity | 400kWh |
| Rated DC Power | 60kW |
| Battery Chemistry | LiFePO4 |
| Cooling Method | Integrated HVAC |
| Temperature Control Target | Below 25°C |
| Recommended Current | 50A |
| Nominal Charge/Discharge Current | 100A |
| Peak Discharge Current | 125A |
| Peak Duration | Up to 2 Minutes at 25°C |
| Enclosure Protection | IP55 |
| Solar Integration | AC and DC Coupling |
| Backup Function | Black Start |
| Battery Management | Intelligent Multi-Level BMS |
| Energy Management | Integrated Microgrid Controller |
| Remote Monitoring | Cloud Platform and Mobile App |
| Firmware Management | Remote Updates Supported |
| Installation | Indoor or Outdoor |
| System Supply | Integrated and Preconfigured |
Why Choose Avepower for Customized Commercial ESS Projects?
Avepower configures commercial energy storage systems around actual project requirements, including capacity, power, PV architecture, backup strategy, communication and installation environment.
Commercial ESS Configuration
Configured around loads, solar generation and backup requirements.
Integrated System Design
Battery, inverter, BMS, controller and HVAC supplied as one platform.
OEM and ODM Customization
Custom capacity, appearance, functions, protocols and documentation.
Commissioning Support
Connection, parameter and startup guidance for project installers.
Solar Coupling Configuration
Support for compatible AC- and DC-coupled PV architectures.
Protocol Matching
Communication compatibility verified before production.
Need a Custom Commercial Energy Storage System?
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