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Serie de almacenamiento de energía industrial y comercial LABEL Serie de refrigeración líquida L200

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100kW/233kWh Commercial Outdoor Cabinet Solution

All-in-one liquid-cooled energy storage system designed for commercial and industrial applications. Features plug-and-play deployment, modular expandable design, and advanced safety technology for reliable outdoor operation.

Características principales:

  • 233kWh capacity, 100kW power output
  • Liquid cooling system for extended lifespan
  • IP54 outdoor cabinet design
  • Built-in PV interface with 2 MPPTs
  • Smart cloud monitoring platform
  • LiFePO4 batteries with triple fire protection

Aplicaciones: Peak shaving, backup power, solar integration, demand response for commercial buildings and industrial facilities.

Especificaciones: -20°C to 45°C | Grid/off-grid switching | Modular parallel connection

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Detalles del producto

Industrial and Commercial Energy Storage Series

LABEL Liquid-Cooled Series L200

100kW/233kWh

The JM LABEL L200 All-in-One Liquid-Cooled Energy Storage System series features an all-in-one design for outdoor commercial use. It is shipped as a single unit and plug-and-play, meeting the needs of industrial, commercial, and user-side applications. Its modular design enables rapid grid connection and capacity expansion, while advanced liquid cooling technology extends operating life. A triple fire protection system ensures safety, and an intelligent monitoring system enables unmanned operation and maintenance.

Feature of Industrial and Commercial Energy Storage Series LABEL Liquid-Cooled Series L200

Power Guarantee

· 233 kWh outdoor cabinet-type energy storage system
· Backup power
· Integrated solar power to store excess solar power

Intelligent and Efficient

· High-efficiency AC/DC converter
· Smart energy monitoring cloud platform for remote monitoring and control
· Intelligent charging and peak load reduction
· Excellent performance

Safety Technology

·Multi-level protection
·Lithium iron phosphate (LFP) E batteries provide the highest levels of safety, thermal stability, and reliability
·Pre-installed battery module liquid cooling system
·Integrated multi-level battery management system (BMS) ensures optimized and balanced power storage

Energy Management

·Independently developed RPEMS(Energy Management System)
·Backup Power
·Peak Shaving
·PV-Storage Microgrid
·Demand Response
·Peak-Valley Arbitrage

Unique flexibility

·Scalable design
·Modular design for sophisticated projects
·Supports parallel connection of multiple cabinets
·Built-in PV interface module

Specification of Industrial and Commercial Energy Storage Series LABEL Liquid-Cooled Series L200

Nombre del parámetroValor
ModeloLabel L200
Capacidad nominal233 kWh
Rango de tensión de la batería715-928 Vcc
Potencia nominal CA100 kW
Tensión nominal de CA400 Vca
Corriente alterna nominal144 A
Número de MPPT2
Máx. Tensión de entrada FV900 Vcc
Máx. Corriente de entrada por MPPT80 A
Conmutación automática entre red y fuera de redSoporte
Temperatura de funcionamiento-20 ℃ ~ 45 ℃
Dimensiones (An×Al×F)1600 × 2200 × 1300 mm
Grado de protecciónIP54
Índice de corrosiónC4

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The LABEL L200’s 233kWh capacity provides optimal balance for medium-scale industrial and commercial applications. Liquid has a higher specific heat capacity and higher thermal conductivity than air, and the liquid cooling cooling speed is faster, which has a significant effect on reducing the local maximum temperature and improving the temperature consistency of the battery module. This capacity size enables effective peak shaving and backup power for facilities while maintaining efficient liquid cooling performance across the entire battery system.

Advanced Liquid Cooling Technology: State-of-the-art liquid cooling keeps batteries at optimal temperatures, reducing overheating risk, enhancing safety, and extending lifespan, even during heavy load conditions. The pre-installed system eliminates complex on-site cooling installation, reduces commissioning time, and ensures consistent thermal management from day one. This results in extended battery life, improved safety, and reduced maintenance compared to air-cooled alternatives.

Contemporary Amperex Technology Co., Limited (CATL) announced that its innovative liquid cooled battery energy storage system (BESS) solution based on Lithium Iron Phosphate (LFP), performs well under UL 9540A. UL 9540A is a well-recognized test method which evaluates fire safety risk when battery cell thermal runaway takes place. Our triple fire protection system, combined with LFP battery technology, provides multiple safety layers including early detection, suppression, and containment to prevent thermal runaway propagation.

Consequently, ensuring absolute safety during the usage and maintenance primarily involves focusing on the sealing design of the liquid cooling system. Liquid cooling systems require periodic inspection of coolant levels, filter replacement, and seal integrity checks. However, the reduced thermal stress and improved temperature uniformity result in lower overall system maintenance and extended component life compared to air-cooled systems.

The modular design supports parallel connection of multiple cabinets, enabling seamless capacity scaling from the initial 233kWh to multi-megawatt installations. The plug-and-play architecture reduces expansion complexity and timeline, while the standardized electrical interfaces ensure compatibility between units. This scalability makes the system suitable for businesses anticipating future energy growth.

The high-voltage battery range of 715-928Vdc reduces current requirements, minimizes cable losses, and improves overall system efficiency. This voltage range is optimized for commercial and industrial applications where higher power demands require efficient power delivery. The wide voltage window also accommodates battery aging and temperature variations while maintaining optimal performance.

The independently developed RPEMS (Renewable Power Energy Management System) provides comprehensive energy optimization through peak shaving, demand response, peak-valley arbitrage, and PV-storage microgrid integration. The intelligent algorithms analyze consumption patterns and electricity pricing to automatically optimize charging and discharging cycles, maximizing cost savings and grid stability.

LiFePO4 batteries can typically … between 0°C and 45°C (32°F and 113°F). It is essential to maintain the battery within its recommended temperature range to ensure optimal performance, safety, and longevity. The LABEL L200 operates reliably from -20°C to 45°C, with the liquid cooling system maintaining optimal battery temperatures even in extreme conditions. This extended temperature range ensures consistent performance across diverse climates and industrial environments.

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