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As a premier manufacturer and global supplier of advanced grid-edge technologies, we proudly present the Commercial And Industrial 215kWh Battery Energy Storage System Solution Container. Engineered specifically for high-demand facilities requiring uncompromising power stability, this integrated unit transforms how modern enterprises manage their electrical consumption.
High-density LFP cell architecture for sustained power delivery.
Intelligent liquid cooling mechanism ensuring optimal thermal balance.
Pre-assembled, modular containerized design for rapid site deployment.
Comprehensive multi-tier fire suppression for absolute asset protection.
The Commercial And Industrial 215kWh Battery Energy Storage System Solution Container, meticulously engineered by Suzhou COREY Intelligent Equipment Co., Ltd., stands as a physical testament to modern energy resilience. Approaching the unit, operators are met with a heavy-gauge, C4 anti-corrosion steel enclosure that feels unyielding to the touch, designed to shrug off harsh coastal winds and aggressive industrial atmospheres. The tactile precision of the IP54 sealed access doors reveals a masterclass in internal engineering, where every high-voltage cable and communication wire is routed with geometric perfection. Instead of the deafening roar associated with traditional air-cooled generators, this system operates with a subtle, reassuring hum—registering at a mere 75 decibels—thanks to its advanced fluid dynamic cooling network.
Beyond its robust physical presence, this system acts as the financial and operational heartbeat of your facility. It seamlessly silently absorbs excess energy during off-peak hours and deploys it precisely when utility rates spike, neutralizing exorbitant demand charges. When the external grid falters, the system's internal contactors engage with a crisp, instantaneous physical switch, bridging the power gap in less than 20 milliseconds. This ensures that sensitive manufacturing lines, critical data servers, and high-traffic commercial infrastructure experience zero interruption. By transforming erratic grid supplied power into a predictable, manageable, and highly efficient asset, this energy storage container directly elevates your operational continuity and accelerates your return on investment.
Parameter Category | Technical Specification |
|---|---|
Product Model | COREY 215CE |
Battery Cell | LFP (LiFePO4) 3.2V 280Ah |
System Capacity | 215kWh |
Rated Power | 105kW |
Size | L1560mm * D1380mm * H2385mm |
Weight | 2600kg ± 50kg |
Discharge Depth (DOD) | 95% |
Cycle Life | >8000 times |
System Efficiency | >90% |
Cooling Method | Intelligent Liquid Cooling |
Protection Level | IP54 |
Anti-corrosion Level | C4 |
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 |
Automatic on-grid and off-grid switching time | 20ms (optional) |
Charge-Discharge conversion time | <100ms |
AC Side Rated Voltage | 230V/400V（±15%） |
DC Side Rated Voltage | 768V |
Operating Temperature | 0℃~50℃ (charge), -20℃~50℃ (discharge), 25℃±2℃ (optimum) |
Operating Altitude | 4000m (>2000m, derating operated) |
Noise | ≤75dB |
Certifications | CQC, UN38.3, EN 62619, VDE 4105, VDE O126-1-1, etc. |
Deploying this advanced energy storage container means upgrading your infrastructure with a system designed for maximum financial yield and operational security. We have engineered this unit to eliminate the unpredictability of utility power, giving procurement officers and facility managers complete control over their energy profiles.
Aggressive Peak Shaving: Automatically discharges during high-tariff periods, drastically reducing your monthly utility demand charges and improving your bottom line.
Unyielding Power Continuity: Acts as an immediate buffer against micro-outages and brownouts, ensuring that sensitive machinery never experiences a voltage drop.
Architectural Flexibility: The highly condensed footprint allows for strategic placement in space-constrained industrial lots or commercial loading zones without disrupting daily logistics.
Predictable Lifecycle Costs: Built with industrial-grade components that require minimal physical intervention, drastically lowering the annual maintenance budget.
The foundation of this storage container relies on premium A+ grade Lithium Iron Phosphate (LiFePO4) chemistry. Utilizing massive 280Ah cells, the system achieves a remarkable 95% Depth of Discharge (DOD). This means you can utilize almost the entirety of the 215kWh capacity without degrading the chemical structure of the battery.
Decade-Spanning Longevity: Engineered to exceed 8000 charge cycles, providing a reliable energy asset that outlasts standard market alternatives.
High-Efficiency Conversion: Boasting a system efficiency of over 90%, ensuring that the power you store is the power you get to use, minimizing thermal loss.
Maximized ROI: The combination of deep discharge capabilities and extended cycle life translates directly into a faster amortization schedule for large-scale procurement projects.
Heat is the enemy of battery longevity. We have completely bypassed the limitations of traditional, noisy air-cooling fans in favor of an advanced Intelligent Liquid Cooling system. This fluid-based thermal management network flows directly across the cell modules, capturing and dissipating heat with surgical precision.
Extended Cell Lifespan: By maintaining an optimal core temperature of 25℃±2℃, the liquid cooling mechanism extends the battery's operational life by up to 15%.
Thermal Runaway Prevention: Eliminates localized hot spots within the battery packs, drastically reducing the risk of thermal events under heavy 105kW loads.
Acoustic Comfort: Operates at a hushed ≤75dB, making it perfectly suited for installation near office buildings, hospitals, or noise-sensitive commercial zones.
When deploying large-scale energy assets, physical security and hazard mitigation are non-negotiable. This container is built like a vault, featuring an IP54-rated heavy steel shell that completely seals out conductive dust and torrential rain. The exterior is treated with a C4 anti-corrosion coating, ensuring the metal remains pristine even in salt-heavy coastal environments.
Proactive Aerosol Suppression: Features dedicated aerosol fire suppression at both the individual pack level and the cluster level, instantly suffocating any chemical anomaly before it spreads.
Cabinet-Level Water Defense: Backed by a secondary water-based fire protection system integrated into the main cabinet for absolute, catastrophic fail-safe protection.
Environmental Resilience: Flawlessly operates in extreme conditions, from freezing -20℃ winters to blistering 50℃ summers, without compromising structural integrity.
Time spent on site installation is money lost in operational downtime. This container features an "All-in-One" architecture, meaning the Battery Management System (BMS), Energy Management System (EMS), Power Conversion System (PCS), and all thermal controls are factory-integrated and rigorously pre-tested before shipping.
Plug-and-Play Deployment: Arrives at your facility ready to connect. Simply land the unit on the prepared pad, terminate the AC connections, and initiate commissioning.
Scalable Architecture: The modular internal design allows for seamless future expansion. As your facility's energy demands grow, additional capacity can be integrated without overhauling the existing infrastructure.
Reduced Labor Costs: By eliminating the need for complex on-site wiring and component matching, you drastically cut down expensive contractor hours and project timelines.
Managing an energy asset should not require a dedicated team of engineers. This system features a highly intuitive, cloud-connected brain that provides crisp data visualization of your facility's energy flow. It communicates effortlessly with your existing building management networks via CAN, RS485, Ethernet, or 4G.
Seamless Grid Transition: Capable of switching between grid-tied and off-grid modes in an astonishing 20 milliseconds, ensuring zero interruption to critical loads.
Remote Diagnostics: The intelligent EMS allows facility managers to monitor cell health, adjust discharge schedules, and receive predictive maintenance alerts from anywhere in the world.
Advanced Grid Protection: Equipped with anti-backflow mechanisms and comprehensive electrical protections, ensuring absolute compliance with local utility regulations and safeguarding upstream infrastructure.
This 215kWh container is not just a backup battery; it is an active financial tool designed to manipulate energy costs in your favor. It is the perfect solution for environments where power stability directly correlates with revenue generation, such as automated manufacturing plants, high-capacity EV charging stations, and expansive commercial complexes.
Peak-Valley Arbitrage: Capitalize on fluctuating energy markets by storing cheap overnight power and discharging it during peak afternoon pricing tiers.
Demand Charge Mitigation: Smooth out aggressive power spikes caused by heavy machinery startups, preventing utilities from levying massive peak demand penalties.
Microgrid Anchor: Serves as the stabilizing heart of off-grid or islanded microgrids, perfectly pairing with commercial solar arrays to provide 24/7 clean energy independence.
Procurement officers require absolute certainty that the equipment they source meets the strictest international standards. This energy storage container has been subjected to brutal testing protocols to ensure it exceeds global compliance requirements, smoothing the path for international shipping, insurance underwriting, and local grid interconnection.
Rigorous Safety Standards: Fully certified under UN38.3 for safe transportation and EN 62619 for the safe operation of industrial lithium secondary cells.
Grid Interconnection Ready: Compliant with VDE 4105 and VDE O126-1-1, ensuring seamless and legal integration with stringent European and global utility networks.
Quality Assurance: Backed by CQC certification, guaranteeing that every component, from the heavy-duty contactors to the liquid cooling pumps, meets elite manufacturing tolerances.
Selecting an energy storage manufacturer is a commitment to a long-term operational partnership. We do not just assemble components; we engineer comprehensive power ecosystems. Our manufacturing floors utilize advanced laser welding and automated pack production lines to ensure every single unit performs exactly to specification.
Unmatched Engineering Support: From initial load profiling and ROI calculations to post-installation commissioning, our technical teams provide end-to-end project guidance.
Supply Chain Stability: Leveraging deep industry relationships and massive production capacity, we guarantee reliable lead times even for large-scale, multi-unit volume procurement.
Continuous Innovation: We heavily reinvest in R&D, ensuring that the firmware, thermal dynamics, and cell chemistries you receive represent the absolute cutting edge of current technology.
1. How does the intelligent liquid cooling system impact our annual maintenance schedules?
Unlike air-cooled systems that require frequent filter replacements and fan inspections due to dust accumulation, our closed-loop liquid cooling system is virtually maintenance-free. It utilizes a sealed coolant pathway that prevents environmental ingress, drastically reducing the physical labor required for upkeep while extending the battery life by up to 15%.
2. Can this 215kWh system be scaled up if our facility's energy demands increase in the future?
Yes. The system is built on a highly modular architecture. Multiple 215kWh containers can be paralleled and synchronized through our advanced Energy Management System (EMS). This allows you to incrementally expand your total storage capacity without needing to replace the original hardware.
3. What is the typical deployment timeline for this containerized unit once it arrives on site?
Because the unit features an All-in-One design with the PCS, BMS, and thermal systems pre-installed and factory-tested, on-site deployment is remarkably swift. Assuming the concrete pad and electrical conduit are prepped, physical rigging and AC termination can typically be completed within a single operational day, followed by immediate software commissioning.
4. How exactly does the multi-tier fire suppression system operate during a critical thermal event?
The system utilizes a localized, proactive approach. If abnormal heat is detected at the cell level, pack-level aerosol is instantly deployed to suffocate the specific anomaly without ruining adjacent equipment. If the event escalates, cluster-level aerosol engages. As an absolute final measure, the cabinet-level water fire protection system will flood the enclosure to prevent any external hazard to your facility.
5. What communication protocols are supported for integrating this unit with our existing Building Management System (BMS/SCADA)?
The container's integrated EMS is highly agnostic and designed for enterprise-level integration. It natively supports Modbus TCP, Modbus RTU, CAN2.0, IEC61850, and IEC104 protocols. Physical connections can be made via Ethernet, RS485, or wirelessly via 4G, ensuring crisp, real-time data visualization on your existing monitoring dashboards.
