
iCOOL BESS · Hybrid · 360 kW PV
BESS 125-542-240 (360) All-in-One Energy Storage System
Model: BESS 125-542-240 (360) · iCOOL Series
An integrated containerised energy storage system with a 542 kWh LFP battery, hybrid grid-tied/off-grid inverter and 360 kW PV input via three 120 kW MPPT channels. IP54 enclosure and patented dry self-cooling.
542 kWh
Rated energy
150 kW
Rated output
360 kW
PV input
IP54
Protection
Product Overview
The BESS 125-542-240 (360) is an all-in-one hybrid energy storage system integrating a 542 kWh LFP battery pack and a three-phase hybrid inverter. It supports grid-tied and off-grid operation with automatic transfer in under 10 ms.
The battery uses 628 Ah LFP cells in a 1P270S configuration with 864 V nominal voltage and 756-950 V operating range. Maximum charge and discharge current is 314 A. The inverter is available in 125 kW, 137.5 kW and 150 kW variants with 380/400 V, 440/460 V and 480 V output options.
Key Features
- All-in-one integrated design
- Modular architecture with optional module configurations
- Grid-tied and off-grid operation
- Optional MPPT solar charge controller
- IP54 fire-rated outdoor enclosure
- Patented air-duct design with dry self-cooling, 3-5 °C cell temperature difference
- 314 Ah LFP cells
- On/off-grid transfer time ≤10 ms
- 100% three-phase unbalanced output capability
- Maximum 5 units in parallel
- 542 kWh rated energy with 628 Ah cells
- 125/137.5/150 kW hybrid inverter options
- 360 kW PV input via three 120 kW channels
- 380/400 V, 440/460 V and 480 V output options
- IEC 61000-2/-4, IEC 62109, IEC 62619, CEI 016/021, UN38.3 certified
Technical Specifications
Battery Parameters
| Nominal voltage | 864 V |
| Cell configuration | 1P270S |
| Rated capacity | 628 Ah |
| Output voltage range | 756-950 V |
| Rated energy | 542 kWh |
| Maximum continuous charge current | 314 A |
| Maximum continuous discharge current | 314 A |
AC Grid-Tied Parameters
| Rated output power | 125 kW / 137.5 kW / 150 kW |
| AC voltage | 380/400 V, 440/460 V, 480 V (3P N/PE, 3P PE) |
| Rated current | 181 A |
| Grid voltage range | -20% to +15% |
| Grid frequency range | 50 Hz / 47-52 Hz (60 Hz / 57-62 Hz) |
| THDi | <3% (>30% load) |
| Power factor | -1 to 1 |
AC Off-Grid Parameters
| Rated output power | 125 kW / 137.5 kW / 150 kW |
| Maximum output power | 137.5 kW / 151.1 kW / 165 kW |
| Rated voltage | 380/400 V, 440/460 V, 480 V (3P N/PE, 3P PE) |
| Rated output current | 181 A |
| Maximum output current | 200 A |
| THDu | <3% (resistive load) |
| Three-phase unbalanced capability | 100% |
| Frequency | 50/60 Hz |
| Output overload (current) | 110%-125%: 100 s; >125%: 300 ms |
PV Input
| Maximum power | 360 kW (120 kW x 3) |
| Maximum PV voltage | 900 V |
| MPPT voltage range | 200-850 V |
| Maximum DC input current | 50 A x 4 x 3 |
| PV start-up voltage | 250 V |
General Parameters
| Parallel operation | Maximum 5 units |
| Transfer time | ≤10 ms |
| Dimensions (W × D × H) | 2,585 × 1,720 × 2,350 mm |
| Weight | <5,700 kg |
| Protection rating | IP54 |
| Operating temperature range | -30 °C to +60 °C |
| Cooling | Dry self-cooling |
| Relative humidity | 5-95% (non-condensing) |
| Maximum operating altitude | 4,000 m (>2,000 m derating) |
| Certification | IEC 61000-2/-4, IEC 62109, IEC 62619, CEI 016/021, UN38.3 |
Applications
The BESS 125-542-240 (360) is designed for large commercial and industrial storage projects with high PV penetration and long-duration backup requirements.
- Large commercial and industrial peak shaving
- Solar self-consumption with high PV ratio
- Long-duration backup power
- Microgrid and parallel systems of up to 5 units
OEM & Custom Requirements
Project supply and private-label requirements can be confirmed against the standard BESS 125-542-240 (360) platform. Share the required inverter capacity, PV configuration and destination market.
- Private-label enclosure and documentation
- Inverter capacity and PV configuration options
- Manual localisation for the target market
- Packaging and delivery planning
Need a project-specific quote?
Send us the required inverter capacity, PV configuration and destination port. We will confirm the model, documentation package and delivery schedule.

