215kWh 100KW Industrial & Commercial ESS

Product Overview

• Engineered for high-capacity facility energy management with a 215kWh nominal capacity and 100KW stable output.

• Sourced directly from the manufacturer to ensure optimal capital expenditure and long-term operational efficiency.

• Utilizes premium LFP cells delivering over 6000 cycles for maximum project lifecycle returns.

• Features integrated HVAC cooling and advanced fire suppression for uncompromising continuous operation.

The 215kWh 100KW Industrial & Commercial ESS is a high-power lithium iron phosphate energy storage system, designed for industrial and commercial energy management with 215kWh nominal capacity and 100KW nominal output power. Equipped with BMS and high voltage box management system, it features IP55 protection, 15-year design life and >6000 battery cell cycles. Adaptable to -20℃~60℃ working temperature and 5000m altitude, it supports 50/60Hz frequency and air cooling, meeting the high-demand energy storage, peak shaving and emergency power needs of factories, malls and commercial parks.

1. High Power & Large Capacity & Long Service Life

This 215kWh 100KW ESS delivers 100KW stable output power and 215kWh large nominal capacity, satisfying the high-load energy demand of industrial and commercial scenarios. Adopting LFP battery cells with >6000 cycles @0.5C 25℃ and a 15-year design life, it has far longer service life than ordinary energy storage systems, reducing replacement and maintenance costs for long-term commercial use.

2. Wide Adaptability & Strong Environmental Resistance

This industrial commercial ESS works stably in -20℃~60℃ wide temperature range and up to 5000m altitude (derating over 3000m), with IP55 dust and water protection grade. It supports 50Hz/60Hz±2.5Hz nominal frequency, matching power grid standards of different regions, and is suitable for various complex working environments of industrial plants, outdoor commercial stations and high-altitude projects.

3. High Precision & Stable Power Output

With stabilized voltage accuracy ＜+2% and stabilized current accuracy ≤5%, this 100KW energy storage system ensures ultra-precise and stable power output, avoiding voltage/current fluctuation damage to industrial and commercial equipment. Its power factor ranges from -0.99 to +0.99, realizing high energy utilization rate, and DC full load voltage range of 200V-950V adapts to different power supply matching needs.

4. Intelligent Management & Safe Operation

Equipped with professional BMS and high voltage box management system, this commercial lithium energy storage system realizes real-time monitoring and intelligent regulation of battery status, charge/discharge and temperature. It is built-in with Aerosol/FM200 fire protection and air cooling (HVAC) system, effectively preventing overheating and fire risks, and ensuring safe and reliable operation of the whole system in 24/7 working mode.

5. Standardized Certification & Reliable Structure

This industrial ESS system has passed En50549-1, UN38.3, IEC62619 and CE certifications, complying with international industrial and commercial energy storage product standards. Adopting a sturdy integrated structure with 1800×1200×2300mm dimensions and 3000kg weight, the 1P20S12S battery pack design ensures stable internal connection, suitable for fixed installation in industrial and commercial dedicated energy storage rooms.

1. Industrial Factory Energy Storage & Peak Shaving

This 215kWh 100KW ESS is an ideal solution for industrial factories, storing off-peak low-price electricity and supplying power during peak hours to reduce industrial electricity costs. Its high power output meets the energy demand of factory production equipment, and BMS intelligent management realizes automatic charge/discharge regulation, matching the continuous production working mode of factories and improving power supply stability.

2. Commercial Complex & Shopping Mall Energy Management

For large commercial complexes, shopping malls and office buildings, this industrial commercial ESS provides peak shaving, valley filling and emergency power supply services. Its 15-year long design life adapts to the long-term operation needs of commercial facilities, IP55 protection and fire protection system ensure safe use in indoor commercial environments, and stable power output protects commercial electrical equipment such as elevators and air conditioners.

3. Logistics Park & Industrial Park Central Energy Storage

This 100KW energy storage system is suitable for central energy storage projects in logistics parks and industrial parks, providing unified power supply and energy management for multiple enterprises in the park. Its wide altitude and temperature adaptability can be installed in outdoor park energy storage stations, and the large capacity supports simultaneous power supply for multiple workshops and logistics equipment, improving the overall energy utilization efficiency of the park.

4. Commercial Emergency Power Supply & Grid Backup

As a reliable grid backup power supply, this commercial lithium energy storage system provides continuous emergency power for important industrial and commercial equipment in case of grid power outage or failure. Its fast response and stable power output ensure the normal operation of emergency lighting, monitoring systems, production lines and commercial core equipment, reducing economic losses caused by power outage for enterprises and merchants.

Install the ESS in a dry, ventilated dedicated energy storage room with firm ground, keep a safe distance from flammable materials. Connect the power grid and load according to the manual, set parameters via BMS and high voltage box. Ensure the working environment is within -20℃~60℃, check the air cooling system regularly. Inspect fire protection equipment and battery status periodically, and conduct professional maintenance by trained technicians.

Q1: How does the HVAC cooling system perform in extreme high-dust industrial environments?

The integrated HVAC system operates within a fully sealed, IP55-rated enclosure. This means the internal cooling loop is completely isolated from the outside air. Heat is exchanged without drawing external contaminated air into the sensitive battery compartments, ensuring that heavy particulate matter, metallic dust, or moisture from industrial manufacturing floors cannot compromise the internal electronics or LFP cells.

Q2: Can this energy storage system be integrated with existing solar PV arrays for commercial self-consumption?

Absolutely. The system is designed with a highly adaptable DC full load voltage range of 200V-950V and advanced BMS communication protocols. This allows it to seamlessly integrate with commercial solar inverters. During peak daylight hours, surplus solar energy can be stored directly into the system, which is then discharged during evening peak-rate periods, drastically reducing reliance on grid power.

Q3: What specific maintenance routines are required for the Aerosol/FM200 fire suppression system?

The built-in Aerosol/FM200 system is largely maintenance-free due to its solid-state and stable chemical nature. However, for compliance and absolute safety, we recommend a bi-annual visual inspection of the pressure gauges and sensor connections. The master BMS will automatically run diagnostic checks on the fire system's electronic triggers daily and alert facility managers immediately if any anomaly is detected.

Q4: How does the high-altitude derating protocol function for installations above 3000 meters?

At high altitudes, the thinner air reduces the efficiency of the HVAC's heat dissipation capabilities. To compensate and protect the system, the intelligent BMS automatically applies a derating curve when deployed above 3000 meters. It subtly restricts the maximum continuous charge/discharge current to prevent thermal buildup. Our engineering team provides specific derating charts based on your exact deployment altitude up to 5000 meters to ensure accurate capacity planning.

Q5: Is it possible to parallel multiple units to achieve a multi-megawatt output for a large facility?

Yes, the modular architecture is specifically engineered for massive scalability. You can easily parallel multiple 215kWh 100KW units to scale up both capacity and output power. The master/slave BMS configuration ensures that all paralleled units operate in perfect synchronization, balancing the load equally across all battery racks to maintain uniform degradation and stable power delivery across the entire microgrid.