On-grid / off-grid ready
Parallel expansion supported
Smart control interface
IP54 enclosure protection
Long cycle life
Key Technical Highlights Of The 107kWh Distributed Energy Storage System
50kW / 107kWh
Distributed Energy Storage System
Battery Parameters
Number of battery packs:
Rated voltage:
Voltage range:
Rated energy:
Discharge Depth:
Cycle life:
PV Parameters
Max.PV input power:
Rated input voltage:
Max.input voltage:
MPPT voltage range:
PV input current:
AC Side Parameters
AC rated input/output power:
AC Max. input/output power:
Voltage:
THDi:
System Parameters
Dimension（W*H*D）:
Weight:
Enclosure protection rating:
Cooling:
Altitude:
6
384V
336~438V
107.5kWh
90%
8000 times
96kW
600VDC
1000VDC
150~850VDC
60+60+60(A)
50kVA
55kVA
50/60Hz
≤3%
W750*H2000*D1100mm
about 1200kg
IP54
Air cooling
<2000m
Integration & Scalability Of The 107kWh Distributed Energy Storage System
Modular Design, Real Scalability
Not every project starts at full capacity. The 107kWh distributed energy storage system grows with your needs, supporting parallel expansion on both AC and DC sides. Start with a single cabinet today and scale to a 90KW/252.9kWh cluster without changing your control architecture.
Not every project starts at full capacity. The 107kWh distributed energy storage system grows with your needs, supporting parallel expansion on both AC and DC sides. Start with a single cabinet today and scale to a 90kW/252.9kWh cluster without changing your control architecture.
Its transformer-less design keeps the footprint minimal, while three-phase 400V compatibility ensures seamless integration in European and global power systems.
107kWh Distributed Energy Storage System Solar-Ready Architecture
Designed for Hybrid Energy Systems
Maximize solar yields and reduce grid dependence with an integrated PV interface. The 100 kWh distributed energy storage system features:
● Up to 4 MPPT channels, each handling 40–60 A
● PV input capacity up to 96 kW
● MPPT voltage window from 150 to 850 VDC
● High-speed tracking for optimal energy harvest under fluctuating irradiance
107kWh Distributed Energy Storage System Use Case Scenarios
● EV Charging Hub: Smooth out demand spikes and enable fast charging around the clock.
● Remote Island Microgrid: Pair with diesel or PV generators for reliable, low-maintenance power.
● Commercial Facilities: Lower peak demand charges and improve power quality for sensitive equipment.
● Solar+Storage Project: Optimize self-consumption, time-of-use arbitrage, and grid services.
● Industrial Park: Mitigate outage risks and stabilize voltage in complex loading environments.
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FREQUENTLY ASKED QUESTIONS
─── About 107kWh Distributed Energy Storage System ───
Each unit takes up less than 1 square meter of floor space, making it easy to fit into small utility rooms or equipment cabinets.
No transformer is required. The 107kWh distributed energy storage system connects directly to a standard three-phase 400V power supply.
Yes. The system automatically adjusts between charging and discharging modes, based on settings for peak hours, self-use, or backup power.
Absolutely. By storing energy during low-tariff hours and discharging when rates are high, the 107kWh distributed energy storage system can help cut energy costs and demand charges.
You can easily expand the system by connecting more units in parallel—scaling up to over 250 kWh of storage without changing the core setup.
For More Questions Please Contact Us
+86 18722386248
Building 1, 1980 technology and Culture Industrial Park , Longhua, Shenzhen , China
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