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As a premier manufacturer and direct supplier of advanced power management solutions, we present the 373kWh Liquid Cooling LFP Containerized Battery Energy Storage System. Engineered specifically for high-demand industrial and commercial environments, this robust unit ensures seamless energy integration, absolute operational continuity, and superior investment value.
High-Capacity Output: Delivers a substantial 373kWh reserve to support heavy-duty electrical demands and stabilize local grids.
Advanced Thermal Regulation: Features an intelligent liquid cooling mechanism that maintains optimal cell temperatures for extended longevity.
Direct-Source Economics: Procuring directly from the manufacturer ensures aggressive pricing, transparent lead times, and uncompromised structural quality.
Step into the future of facility power management with a high-capacity energy storage container designed to anchor your electrical infrastructure. The moment you approach the heavy-duty, IP54-rated steel enclosure, the meticulous craftsmanship and C4 anti-corrosion coating speak volumes about its capability to withstand the most punishing environmental conditions. Inside, the quiet hum of the intelligent liquid cooling system operates at a barely perceptible whisper, precisely maintaining the internal LFP battery cells at their absolute peak performance temperature of 25°C. This is not merely a battery; it is a highly sophisticated energy reservoir that seamlessly bridges the gap between grid instability and your relentless operational demands. By capturing surplus renewable energy and deploying it precisely during peak utility tariff hours, it physically transforms how your facility consumes and pays for power.
The tactile response of the heavy-gauge industrial connectors and the visually intuitive interface of the central energy management system reflect an uncompromising commitment to engineering excellence. Every structural weld, every meticulously routed cable, and every thermal dissipation plate is constructed to deliver uninterrupted power flow. It acts as an impenetrable shield for your critical operations, absorbing grid fluctuations, preventing catastrophic voltage sags, and driving down long-term energy expenditures with surgical precision.
Parameter Category | Specification Details |
|---|---|
Product Model | COREY 373CE |
Battery Cell | LFP (LiFePO4) 3.2V 280Ah |
System Capacity | 373kWh |
Series-parallel Number | 1P416S |
Rated Voltage | 1331.2V |
Voltage Range | 1164.8V ~ 1497.6V |
Discharge Depth | 95% DOD |
Cooling Method | Intelligent Liquid Cooling |
Fire Fighting | Aerosol (pack-level + cluster-level) + Water Fire Protection (cabinet-level) |
Communication | CAN / RS485 / Ethernet / 4G |
Communication Standard | Modbus TCP, Modbus RTU, CAN2.0, IEC61850, IEC104 |
Operating Temperature | 0℃~50℃ (charge), -20℃~50℃ (discharge), 25℃±2℃ (optimum) |
Operating Altitude | ≤4000m (>2000m, derating operated) |
Relative Humidity | 5% ~ 95% RH (non-condensing) |
Protection Level | IP54 |
Anti-corrosion Level | C4 |
Noise | ≤75dB |
Size | L1560mm * D1380mm * H2385mm |
Weight | 3800kg ± 50kg |
Certifications | CQC, LVRT/HVRT, EN 62477, EN 61000, EN 50549-2, UN38.3, EN 62619, VDE 4105, VDE O126-1-1, XP C15-712-3, UTE C15-712-1, VFR 2019 |
Empower your facility with an energy infrastructure designed for absolute resilience and financial optimization. This storage container is engineered to eliminate power vulnerabilities while maximizing your renewable energy utilization, ensuring your operations remain uninterrupted and highly profitable.
Operational Continuity: Acts as an immediate, robust backup power source, ensuring that your production lines and critical systems never experience downtime during unexpected grid failures.
Cost Eradication: Actively shaves peak demand charges by deploying stored energy when utility rates skyrocket, directly improving your bottom line and operational margins.
Green Energy Maximization: Captures fluctuating solar or wind power and stabilizes it for consistent, reliable use, accelerating your facility's transition to a zero-carbon footprint.
Effortless Expansion: The modular architecture allows you to scale your energy reserves exactly as your facility grows, preventing the need for over-investment during initial construction phases.
Intelligent Automation: Self-regulating operational modes drastically reduce the need for on-site maintenance personnel, lowering long-term labor and oversight costs.
The foundation of this energy storage container lies in its uncompromising cell architecture. We utilize automotive-grade A+ Lithium Iron Phosphate (LFP) high-capacity cells (280Ah), renowned globally for their exceptional thermal stability and robust power delivery under heavy loads.
Deep Discharge Capability: Safely utilizes up to 95% Depth of Discharge (DOD), meaning you extract maximum usable energy from the physical footprint without degrading the internal battery structure.
Decade-Spanning Longevity: Engineered to endure over 6000 to 8000 charge cycles, guaranteeing a prolonged operational lifespan and a highly predictable, long-term return on investment.
Sustained Energy Density: Maintains exceptionally high conversion efficiency throughout its entire lifecycle, ensuring that the power you store is the exact power you get, year after year.
Predictable Asset Amortization: The extended cycle life directly translates to a significantly lower levelized cost of storage (LCOS), making financial forecasting highly accurate for your procurement teams.
Heat is the ultimate enemy of battery longevity and system safety. Our proprietary intelligent liquid cooling system physically circulates temperature-regulating fluids deep within the battery clusters, absorbing and dissipating thermal loads with surgical precision.
Micro-Climate Control: Strictly limits the temperature differential between individual cells to under 3°C, preventing localized hot spots that cause premature degradation and capacity loss.
Parasitic Load Reduction: Drastically lowers auxiliary power consumption compared to traditional forced-air HVAC systems, leaving more of your stored energy available for actual facility operations.
Extreme Climate Resilience: Whether deployed in scorching desert environments or freezing high-altitude regions, the fluid dynamics ensure the cells remain in their 25°C optimum comfort zone.
Acoustic Discretion: The liquid circulation operates at a hushed ≤75dB, eliminating the disruptive industrial roar associated with massive cooling fans and maintaining a comfortable working environment for site personnel.
Risk mitigation is engineered into every millimeter of this enclosure. We employ a multi-tiered, "three-electric" integrated safety philosophy that anticipates and neutralizes thermal events before they can escalate, securing your physical assets and personnel.
Granular Chemical Suppression: Features highly reactive aerosol fire suppression at both the individual pack level and the cluster level, instantly suffocating any thermal anomalies at their microscopic source.
Cabinet-Level Flooding: Backed by an automated water-based fire protection system for the entire enclosure, providing an ultimate fail-safe mechanism against catastrophic thermal propagation.
Impenetrable Outer Shell: The heavy-gauge steel container boasts an IP54 protection rating, hermetically sealing the sensitive internal electronics against conductive dust and torrential moisture.
Corrosion Immunity: Treated with a specialized C4 anti-corrosion coating, the exterior easily withstands the aggressive atmospheric conditions found in coastal regions or heavily industrialized zones.
Time is capital. This All-in-One system arrives at your facility as a fully realized power plant, integrating the battery modules, BMS, EMS, PCS, and thermal management into a single, highly compact form factor.
Plug-and-Play Deployment: Drastically reduces on-site engineering, complex cabling, and commissioning time. Drop the container in place, connect the heavy-duty terminals, and initiate power flow immediately.
Seamless Scalability: The architecture supports fluid parallel expansion. Start with a baseline capacity and smoothly scale up to multi-megawatt configurations as your operational demands multiply.
CAPEX Optimization: By condensing multiple disparate components into one unified enclosure, you eliminate the need for sprawling concrete pads and complex multi-vendor integration, slashing initial capital expenditures.
Space-Conscious Footprint: Measuring just 1560mm in length, it delivers an astonishing 373kWh of power density without cannibalizing valuable real estate at your operational site.
Transform passive energy storage into an active, intelligent grid participant. The built-in Energy Management System (EMS) acts as the central nervous system, providing total transparency and autonomous control over your power assets.
24/7 Cloud Telemetry: Monitor state-of-charge, thermal metrics, and historical performance data in real-time from any global location, shifting your maintenance strategy from reactive to predictive.
Instantaneous Islanding: Features sub-20 millisecond grid-to-island switching. During utility blackouts, your facility seamlessly transitions to battery power without a single computer rebooting or machine halting.
Black Start Capability: Capable of rebooting your entire local microgrid from a completely dead state, independent of external utility power, ensuring absolute operational autonomy.
Grid Support Functions: Actively responds to grid frequency regulation demands, allowing your facility to support local utility stability and potentially unlock lucrative ancillary service revenues.
This system is a strategic financial tool designed to manipulate how and when you purchase electricity. It is engineered specifically for energy-intensive environments that require absolute cost control and unwavering power reliability.
Peak-Valley Arbitrage: Automatically charges during off-peak hours when electricity is cheap, and discharges during peak hours, creating immediate and measurable reductions in massive utility bills.
Demand Charge Management: Flattens your facility's load profile, preventing the sudden power spikes that trigger punitive demand charges from utility providers.
EV Infrastructure Support: The perfect companion for high-capacity charging stations, buffering the massive power draw of fast chargers and preventing localized grid overloads.
Industrial Resilience: Ideal for manufacturing plants, commercial complexes, and data centers where even a momentary voltage sag translates to unacceptable financial losses.
Deploy with absolute confidence across any jurisdiction. This energy storage container has been subjected to the most punishing testing protocols on the planet, ensuring frictionless regulatory approval and seamless grid interconnection.
Unrestricted Global Transport: Fully compliant with UN38.3, certifying the robust structural integrity of the battery packs for safe international maritime and overland logistics.
European Grid Compliance: Carries VDE 4105, VDE O126-1-1, and EN 50549-2 certifications, guaranteeing smooth, legally compliant interconnection with strict European utility networks.
Uncompromising Safety Standards: Tested against IEC 62619 and EN 62477, providing internationally recognized validation of the system's electrical and thermal safety mechanisms.
Bankability & Financing: These rigorous certifications serve as irrefutable proof of quality, significantly accelerating project approvals from local authorities and securing favorable terms from financing institutions.
Selecting an energy storage partner is a decades-long commitment. We do not just supply equipment; we engineer the backbone of your facility's energy independence. Our manufacturing pedigree is built on precision, scale, and an intimate understanding of complex power demands.
Direct Manufacturer Advantage: Bypass intermediaries to secure aggressive pricing, highly transparent lead times, and direct access to the engineers who designed your system.
End-to-End Quality Control: From individual cell sorting to final containerized load testing, every unit undergoes rigorous multi-stage inspections before leaving our facility.
Customized Engineering Support: Our technical teams collaborate deeply with your procurement and engineering departments to ensure the system perfectly matches your specific load profiles and site constraints.
Lifecycle Partnership: We provide comprehensive global support, from initial commissioning guidance to long-term firmware updates and predictive maintenance insights.
Navigating the transition to large-scale energy storage requires precise information. Below are detailed answers to the most critical technical and operational inquiries regarding our 373kWh system.
How does the intelligent liquid cooling system improve upon traditional air-cooling?
Liquid cooling offers vastly superior thermal conductivity. By circulating coolant directly alongside the battery cells, it maintains a strict temperature delta of under 3°C. This prevents localized degradation, reduces auxiliary power consumption, and significantly extends the overall lifecycle of the LFP cells compared to forced-air systems.
Can this system be integrated into an existing solar array?
Absolutely. The system is designed for seamless integration with existing photovoltaic infrastructure. It captures excess solar generation during peak daylight hours and stores it for deployment during nighttime or overcast conditions, effectively turning intermittent solar power into a stable, dispatchable energy source.
What happens if the internal temperature exceeds safe limits?
The system features a multi-layered, fail-safe architecture. If the BMS detects abnormal thermal behavior, the liquid cooling system accelerates. Should a thermal event occur at the cell level, the pack-level aerosol suppression instantly deploys. As an ultimate safeguard, the cabinet-level water fire protection system will activate to prevent any external propagation.
How does the system handle high-altitude deployments?
The robust enclosure and advanced thermal management are rated for operation up to 4000 meters. For installations above 2000 meters, the system operates on a calculated derating curve to account for thinner air and altered thermal dynamics, ensuring safe and continuous operation in mountainous or high-plateau regions.
What is the process for scaling up capacity in the future?
The container utilizes a highly modular, plug-and-play architecture. Expanding your capacity is as straightforward as adding additional identical units in parallel. The master Energy Management System (EMS) will automatically recognize the new capacity, balancing the charge and discharge cycles across the newly expanded multi-megawatt array without requiring a complete system overhaul.
