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Challenges
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Soaring electricity prices drive up operational costs, making budgets unpredictable.
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High solar curtailment rates lead to significant waste of clean energy.
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Inadequate grid capacity stifles growth, with expansion being both complex and prohibitively.
Solutions
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Functions
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Optimize energy costs with VPP-driven real-time pricing and generate new revenue through ancillary market participation.
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Maximize solar self-consumption through intelligent solar-storage-load coordination.
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Dynamically manage power demand with AI-powered forecasting to avoid peak charges.
Benefits
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Achieve significant energy cost reductions of 6-12%.
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Maximize renewable energy consumption, smooth power fluctuations, and increase the ROI of your green assets.
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Deploy dynamic grid expansion to support and future-proof your business growth.
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Enhance power reliability and minimize the high cost of downtime.
Advantages
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SAFETY

Three-stage fuse protection with millisecond response and continuous insulation monitoring.

Three-tier fire safety system with system-level explosion-proof design and pack-level suppression.

24/7 thermal runaway early warning for proactive hazard prevention.

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Cost Efficiency

Higher ROI with long-life LFP batteries and precision sox algorithms.

88% system efficiency with minimal auxiliary power consumption.

¡À1.5¡ãC temperature control through intelligent liquid cooling for optimal consistency.

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Reliability

Predictive maintenance with AI algorithms to forecast failures and reduce unplanned downtime by 90%.

Remote resolution enabling over 90% of issues to be diagnosed and fixed online via software updates.

Modular design for rapid component replacement and significantly improved service efficiency.

TECHNICAL DATA
MODEL JAP-ES-125kW-261kWh
DC SIDE Nominal energy 261kWh
Cell capacity 314AhLFP
Nominal voltage 832Vdc
Voltage range 728~936Vdc
AC SIDE Nominal power 125kW
Nominal voltage 380 / 400Vac, -15% ~ 15% (3P4W + PE)
Nominal frequency 50/60HZ
AC PF 1.0 leading ~1.0 lagging
SYSTEM
PARAMETER
Cooling method Intelligent liquid cooling
Nominal charge & discharge rate 0.5P
Depth of discharge 95%
Protection level IP55
Communication interface Ethernet, CAN, RS485
Communication protocol MODBUS-TCP/IP, MODBUS-RTU
Fire suppression system Pack-level & Cabinet-level detection + Aerosol
Certification IEC 62619, IEC 63056 , IEC 60730 , IEC 62477, IEC 61000 , UN 38.3
Max. Parallel quantity 20
BASIC
PARAMETER
Dimension (W x D x H) 989 x 1465 x 2473mm
Battery cycle life 8000+
Weight 2700kg
Operation temperature range -30¡ãC~ +50¡ãC
Operation humidity range 0 ~ 95% (Non-condensing)
Anti-corrosion level C4
Max. operating altitude 2000m
PROJECTS
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Island C&I PV+BESS Project in Italy
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Customs "PV + Storage + Charging" Pilot Project in Shanghai
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Industrial Park C&I ESS Project in Jiangsu
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Zero-Carbon Industrial Park BESS Project in Zhejiang
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PV-Storage Integrated Project in Jiangsu
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¡°PV + Storage + Diesel¡± Microgrid Project in Nakuru, Kenya
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PV-Storage Integrated Project in Inner Mongolia
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