Outdoor Energy Storage Cabinet (liquid cooling)

Integrated BMS/EMS

Efficient and Intelligent

Multiple Protection

Modular Design

Integrated BMS & EMS

The GreenMore liquid-cooled cabinet integrates BMS and EMS internally, achieving precise battery cell-level monitoring and efficient energy scheduling. Real-time status tracking via RS485/CAN communication with Modbus and IEC104 protocols enables seamless integration with third-party SCADA systems.

Liquid Cooling Thermal Management

Glycol-based coolant circulates through aluminum cold plates bonded to each LFP 314Ah cell surface, achieving ±2°C cell-to-cell temperature uniformity. The battery compartment is fully liquid-cooled while the electrical compartment uses separate air cooling — a dual-zone strategy that prevents heat cross-contamination.

Multi-Layer Safety Protection

Built-in lightning protection, aerosol/NOVEC1230 fire suppression system, anti-theft mechanism, and IP54 enclosure rating ensure stable 24/7 operation. Operating from -20°C to +50°C at altitudes up to 3,000m, the GreenMore cabinet withstands the most demanding outdoor environments.

Flexible Multi-Mode Operation

The GreenMore Outdoor Energy Storage Cabinet supports peak shaving, demand management, emergency power supply, and automatic off-grid switching. The GM-LES215 and GM-LES233 models handle both grid-connected and off-grid modes with 100% unbalanced three-phase load capacity.

Modular Scalable Architecture

Multi-cabinet parallel connection enables flexible capacity expansion from 215kWh to multi-MWh scale without system redesign. Three model options — GM-LES215 (215kWh), GM-LES233 (233kWh), and GM-LES372 (372kWh) — allow project-specific configuration for any deployment scenario.

High-Efficiency Grid Integration

Power factor >0.99 with adjustable range of 0.9 (leading) to 0.9 (lagging), total harmonic distortion <3%, and DC component <0.5% In ensure clean grid connection. The 50/60Hz compatibility and full IEC grid compliance make the GreenMore cabinet suitable for multi-region deployments.

Commercial & Industrial Facilities

Factories, shopping malls, office buildings, and warehouses seeking to reduce electricity costs through peak shaving and demand management. The modular liquid-cooled design scales from a single cabinet to multi-unit installations.

PV-Storage-Charging Stations

Integrated solar + storage + EV charging infrastructure for commercial parking lots, logistics hubs, and transportation centers. The GreenMore cabinet stores renewable energy during low-demand periods for fast-charging delivery.

Microgrids & Remote Power

Islands, mining sites, rural communities, and telecom stations requiring reliable off-grid or weak-grid power supply. IP54 protection and -20°C to +50°C operating range ensure performance in harsh environments.

Peak Shaving & Demand Response

Large industrial consumers enrolled in utility demand response programs use stored energy to avoid peak tariff periods. The integrated EMS enables automated scheduling optimized for local tariff structures.

Backup Power for Critical Infrastructure

Data centers, hospitals, telecommunications, and financial institutions that require uninterrupted power continuity. Automatic off-grid switching ensures seamless transition during grid failures.

Renewable Energy Integration

Solar and wind farm operators smoothing intermittent generation output and improving grid compliance. The liquid cooling system maintains optimal cell temperatures, extending battery cycle life to 6,000–10,000 cycles.

Factory / Business Park

PV-Storage-Charging Station

Microgrids in Remote Areas

Data Center Backup Power

Since 2017 in Energy Storage

GreenMore has been delivering solar and energy storage solutions since 2017, with deep expertise in LFP battery system design, thermal management, and grid integration. A focused team providing one-on-one technical support for every project.

Modular & Scalable Architecture

Liquid-cooled cabinets support multi-unit parallel connection, enabling flexible capacity expansion from 215kWh to multi-MWh scale without system redesign. Three models cover a wide range of C&I and utility-scale deployments.

Integrated Intelligence

Built-in BMS, EMS, and liquid cooling control ensure cell-level safety, optimized energy scheduling, and real-time remote monitoring via RS485/CAN communication with Modbus and IEC104 protocols.

Rugged Outdoor Design

IP54 enclosure, liquid cooling thermal management, and -20°C to +50°C operating range allow deployment in the most demanding outdoor environments — from desert solar farms to tropical island microgrids.

Full OEM/ODM Support

Custom branding, firmware configuration, communication protocol adaptation, and packaging design available for qualified distributors and project partners. Every GreenMore cabinet carries a 3-year warranty with dedicated technical support.

Certified & Compliant

Products comply with CE, IEC 62619, IEC 61000, and UN38.3 standards. Full test reports and certification documents provided with each shipment. Produced in certified production facilities with ISO 9001 quality management.

Q1: What is a liquid-cooled energy storage cabinet?

A liquid-cooled energy storage cabinet is an outdoor battery energy storage system that uses liquid circulation instead of fans to regulate battery temperature. Compared to air cooling, liquid cooling provides more uniform temperature distribution, lower noise, higher energy density, and longer battery cycle life — ideal for large-scale commercial and industrial installations.

Q2: What are the advantages of LFP batteries?

LiFePO₄ (LFP) batteries offer superior thermal stability, a cycle life exceeding 6,000–10,000 cycles, zero thermal runaway risk under normal operation, and consistent performance across a wide temperature range. These characteristics make LFP the safest and most cost-effective chemistry for long-duration outdoor energy storage.

Q3: How many cabinets can be connected in parallel?

The GreenMore liquid-cooled cabinet supports flexible multi-unit parallel connection. Multiple GM-LES215, GM-LES233, or GM-LES372 units can be combined to achieve system capacities from several hundred kWh to multi-MWh scale. Contact GreenMore for specific configuration guidance.

Q4: Can the cabinet operate in both grid-connected and off-grid modes?

Yes. The GM-LES215 and GM-LES233 models support both grid-connected and off-grid operation with seamless switching. The GM-LES372 is optimized for grid-connected applications. All models support peak shaving, demand management, and backup power functions.

Q5: What is the expected lifespan of the system?

With LFP battery cells rated for 6,000–10,000 cycles at 80% DOD and a liquid cooling system that maintains optimal cell temperatures (±2°C), the GreenMore energy storage cabinet is designed for 15–20 years of reliable service with minimal capacity degradation.

Q6: What certifications does the product hold?

GreenMore liquid-cooled energy storage cabinets comply with CE, IEC 62619 (battery safety), IEC 61000 (EMC), and UN38.3 (battery transport) standards. Full certification documents and test reports are provided with each order.

Q7: What is the warranty period?

GreenMore provides a standard 3-year system warranty covering all major components including battery modules, BMS/EMS, liquid cooling system, and PCS. Extended warranty options are available upon request for qualifying projects.

Q8: Can the system be monitored remotely?

Yes. The integrated EMS supports RS485 and CAN communication with Modbus and IEC104 protocols, enabling real-time remote monitoring of battery status, power flow, temperature, and fault alerts through GreenMore's monitoring platform or third-party SCADA systems.

Q9: What is the installation footprint?

The GM-LES215 measures approximately 1000×1330×2300 mm (2,200 kg). The GM-LES233 measures 1000×1330×2330 mm (2,550 kg). The GM-LES372 measures 1400×1400×2500 mm (3,500 kg). All models are designed for outdoor ground-level installation with minimal site preparation.