Battery Ess OEM CE Certification High-Efficiency 100kw 215kwh 105kw Energy Storage System Bess for Commercial Energy Storage

Customization: Available
Container Size: L1560mm*D1380mm*H2385mm
Weight: 2600kg

Product Description

⚡ Liquid-Cooled C&I Storage | EU Stock Ready

Factories, Retail & Parks • Peak-Valley Arbitrage • Grid Compliant • 3-Year ROI

Energy Storage System
Basic Specifications
Model
Corey-233
Nominal Voltage
230V/400V
Nominal Capacity
233kWh
Battery Type
LiFePO4
Cycle Life
9000
Cooling Method
Intelligent Liquid Cooling
Protection Level
IP54
Warranty
5 Years

Why Choose Corey?

Turn Energy Costs into Profit: The Smart C&I Storage Solution

Stop losing money to volatile energy prices. Our Liquid-Cooled BESS cuts bills and generates new revenue streams with a fast, predictable ROI.

  • Fast Payback (3-3.5 Years): Achieve break-even in under 4 years in major EU markets.
  • 4-in-1 Revenue Modes: Earn from peak-valley arbitrage, negative pricing, VPP, and grid regulation.
  • Zero Penalty Risk: Precision peak shaving prevents costly demand charges.
  • Maximized Efficiency: Advanced liquid cooling (≤3°C diff) extends battery life.
  • Hassle-Free Deployment: Plug-and-Play design saves on high labor costs.

ROI Analysis

Whether you are in Frankfurt, London, or Milan, the system adapts to local electricity market rules, transforming static storage into a dynamic profit-generating asset.

Key Indicator Value Description
System Config105kW / 233kWhOptimal ratio, balancing power and capacity
Annual Net Revenue€22,000+Estimated comprehensive revenue based on stacked strategies
Static Payback Period3 - 3.5 YearsHighly competitive payback period in the European market
Lifecycle RevenueApprox. €500,000Long-term asset appreciation over 25 years

Product Description

The commercial and industrial storage cabinet system uses a multi-stage protection design of battery packs and battery clusters to effectively isolate faults and prevent fault spread. The three-tier intelligent fire safety design minimize the risk of fire spread, ensuring the safety of people and assets.

Internal view
Module view
Technical Advantages
  • Safe and Reliable: Emergency backup power source ensures continuous operation.
  • Flexible Configuration: Modular design for expansion and customization.
  • High Efficiency: Optimized energy usage to reduce operational costs.
  • Intelligent O&M: Smart monitoring to promote green energy consumption.
Technical Parameters (Corey 233CE)
Battery CellLFP (LiFePO4) 3.2V 280Ah
System Capacity233kWh
Rated Power105kW
AC Side Rated Voltage230V/400V (±15%)
Max AC Current167A
CommunicationCAN / RS485 / Ethernet / 4G
Fire FightingAerosol + Water Fire Protection
Noise Level≤75dB
DimensionsL1560 * D1380 * H2385 mm
Technical Specs
System Layout

Project Case & Applications

Ideal for commercial buildings, factory buildings, remote areas, and regions with power shortages.

Application Case
Installation
Facility
Production
Frequently Asked Questions
Q1: What is the expected ROI period for the 233kWh system?

A: Based on typical European electricity market environments, the static payback period is approximately 3 to 3.5 years through peak-valley arbitrage and demand charge management.

Q2: How does the intelligent liquid cooling system benefit the battery?

A: The liquid cooling keeps the temperature difference within ≤3°C, which significantly extends the battery lifecycle (up to 9000 cycles) and maintains high efficiency compared to traditional air cooling.

Q3: Is the system compliant with European grid regulations?

A: Yes, it is fully certified with CE, IEC 62477, EN 50549, VDE 4105, and UN38.3, ensuring safety and legality for grid connection across the EU.

Q4: Can this system be used for off-grid applications?

A: Absolutely. It supports both grid-connected and off-grid switching with an optional automatic switching time of less than 20ms, making it ideal for backup power.

Q5: What safety features are integrated into the cabinet?

A: We utilize a three-tier safety design including Aerosol fire suppression at both pack and cluster levels, plus cabinet-level water fire protection interfaces.

Q6: What is the lifespan of the energy storage system?

A: The system is designed for a 25-year lifespan, providing over two decades of pure profit after the initial payback period.

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