• 125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System

125kW/215kWh Outdoor Hybrid Energy Storage System

The 125kW/215kWh Outdoor Hybrid Energy Storage System combines a high-voltage LiFePO4 battery cabinet with a hybrid microgrid cabinet. It integrates PV input, bidirectional PCS conversion, grid connection, diesel-generator access, STS/ATS transfer and intelligent energy management in a two-cabinet outdoor architecture.
Key Features:
• 125kW rated output with 215kWh nominal battery energy

• Up to 180kW PV input with a maximum of 12 MPPT channels
• Integrated PV, grid, diesel generator, battery and load interfaces
• Grid/off-grid transfer time below 10ms
• IP54 outdoor cabinet design with -20°C to +55°C operating range
• WLAN/4G/Ethernet/RS485/CAN communication with LED, LCD and APP interaction
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  • 125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System
  • 125kW/215kWh Outdoor Hybrid Energy Storage System,CENOVA ENERGY,125kW/215kWh Outdoor Hybrid Energy Storage System

Description

System Architecture & Configuration:
  • The hybrid microgrid cabinet coordinates PV, battery, grid and generator sources. The PCS supports bidirectional energy conversion, while STS and ATS devices manage fast transfer and source selection for the load.
Item Battery Cabinet Hybrid Microgrid Cabinet 
Primary Function 215kWh high-voltage battery storage PV/grid/generator integration, PCS conversion and load supply
Main Configuration LiFePO4 battery system, BMS, cabinet air conditioner, optional fire suppression MPPT modules, PCS, isolation transformer, STS and ATS
Electrical Rating 215kWh, 768VDC nominal, 600-876VDC 125kW rated output; up to 180kW PV input
Enclosure 1100 × 1330 × 2200 mm; 2.4t; IP54 1000 × 1000 × 1960 mm; 1060kg; IP54


Applications:

  • Factories and commercial facilities
  • Data centers and critical-load backup
  • Industrial parks and commercial microgrids
  • PV-storage-generator hybrid power projects

 


Technical Specifications

 Battery System & Storage Cabinet

Parameter

value

Cell Type

LiFePO4, 3.2V / 280Ah

Battery Pack Configuration

14.336kWh / 1P16S

Battery System Configuration

1P240S

Nominal Energy

215kWh

Nominal Voltage

768VDC

Battery Voltage Range

600-876VDC

Charge/Discharge Rate

0.5P

Cycle Life

6,000 cycles (80%)

Maximum Continuous Charge/Discharge Current

200A

Cycle Life

≥10,000 cycles (70%)

Battery Cabinet Cooling

Intelligent air-conditioning cooling

Fire Suppression

Perfluorohexanone / Aerosol (configuration dependent)

Battery Cabinet Dimensions (W × D × H)

1100 × 1330 × 2200 mm

Battery Cabinet Weight

2.4t

 PV Input & Grid-Connected AC

Parameter

value

PV Input Voltage Range

150-1000V

Maximum PV Module Quantity

3

Maximum PV Input Power

180kW (60kW × 3)

Maximum Total MPPT Channels

4

Maximum Total MPPT Channels

12 (3 modules × 4 MPPT)

Input Strings per MPPT

1

Maximum PV Input Current

45A

Maximum Power per MPPT

15kW

Battery-Side Input Voltage

600-1000V

Maximum Battery Circuits

1

Maximum Charge/Discharge Current

216A

Maximum Charge/Discharge Power

125kW

 Off-Grid Output & Generator Side

Parameter

value

Maximum Grid Input Apparent Power

250kVA

Rated Grid Output Apparent Power

125kVA

Rated Grid Voltage

400V (300-460V), 3W+N+PE

Grid Frequency Range

45-55Hz / 55-65Hz

Rated AC Output Current

182A

Maximum AC Output Current

364A

Power Factor

>0.99

Rated Off-Grid Output Power

125kW 

Rated Off-Grid Voltage

400V

Rated Off-Grid Current

182A

Rated Off-Grid Frequency

50Hz / 60Hz

Overload Capability

120% for 1 minute

System & Environmental Data

Parameter

value

Diesel Generator Interface

Supported

Off-Grid Operation

Supported

Grid/Off-Grid Transfer Time

<10ms

Protection Rating

IP54

Microgrid Cabinet Cooling

Natural cooling

Operating Temperature

-20°C to +55°C; derating above 40°C

Storage Temperature

-20°C to +55°C

Relative Humidity

5%-95%, non-condensing

Noise

<75dB

Operating Altitude

≤4000m; derating above 3000m

Communication Interfaces

WLAN / 4G / Ethernet / RS485 / CAN

Human-Machine Interaction

LED indicators / LCD / APP

Microgrid Cabinet Dimensions (W × D × H)

1000 × 1000 × 1960 mm

Microgrid Cabinet Weight

1060kg

≤2000kg
External Interfaces:
  • The system provides dedicated interfaces for PV, grid, diesel generator, load and external communication. The cable sizes below are reference values from the source specification and must be confirmed by the project's electrical design and local standards.
Interface Rating Terminal Reference Cable
PV Input DC1000V, 15kW × 12 MC4 6 mm²
Grid Input AC400V, 250kW OT, M10 180 mm²
Generator Input AC400V, 250kW OT, M10 180 mm²
Load Output AC400V, 125kW OT, M8 95 mm²
Protective Earth PE OT, M8 70 mm²
Communication CAN / RS485 / Wi-Fi / Ethernet Project-specific Project-specific

Installation & Service Notes:

  • Outdoor all-in-one cabinet installation; provide sufficient access for ventilation and maintenance.
  • Reserve at least 1000mm of maintenance space at the front and rear of the cabinets.
  • Installation, wiring, commissioning and maintenance must be carried out by qualified professionals.
  • The equipment is high voltage; isolate grid and battery power, wait at least 20 minutes and verify a de-energized condition before service.

Configuration Notice:

Optional display and fire-suppression configurations must be confirmed. Final specifications, interfaces, cable sizing and cycle-life conditions are subject to the order, project design and actual delivery.


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