Outdoor 500kwh Distributed Energy Storage System Comtainer for Industrial and Commercial

· Compact Integrated Design, Space-saving Core components integrated in standard cabinet, optional floor/ wall-mounted installation, covers only 0.5-2 ㎡ per cabinet, suitable for narrow indoor/outdoor spaces.

· Flexible Small-capacity Configuration, Scalable Single cabinet capacity: 10kWh~200kWh, support parallel expansion for capacity upgrade, low initial investment, precise matching with small/medium power load demand.

· No Complex Construction, Ready for Use Pre-assembled and debugged in factory, only simple on-site fixing and wiring needed, installed and commissioned in 1-2 days, short project cycle.

· High Protection & Safety, Multi-environment Adaptation Multiple electrical protections, IP54+ protection grade, dust/ water/ corrosion resistance, suitable for indoor/outdoor conventional environments.

· Lightweight Intelligent O&M, Unattended Built-in mini EMS for automatic charging/discharging and remote monitoring, no complex vulnerable parts, extremely low daily operation and maintenance cost.

· Grid-connected/Off-grid Dual Mode, Emergency Power Supply Realize peak-valley arbitrage in grid-connected mode; switch to off-grid mode in milliseconds for emergency power, avoid business interruption loss.

· Standardized Cabinet, Convenient Logistics Standard industrial size, light weight for easy transportation, adaptable to global general logistics, lower transportation cost for overseas small orders.

· Industrial Production Enterprises (Steel/chemical/manufacturing plants): Achieve peak-valley arbitrage to cut electricity costs; act as backup power to ensure continuous production line operation during power outages and reduce capacity losses; adapt to off-peak power demand of high-energy-consuming enterprises and lower demand charges.

· Commercial Complexes (Shopping malls/hotels/office buildings): Discharge at peak hours to replace grid power and save electricity fees in high-price periods; provide emergency power for elevators, central air conditioners and cash register systems to avoid business interruption.

· Industrial Parks/Sci-tech Parks: Unified energy dispatching for multiple enterprises in the park to realize park-level peak-valley arbitrage and grid peak shaving; absorb distributed PV/wind power in the park to build zero-carbon parks, meeting the demand for green park construction overseas.

· New Energy Supporting Projects (PV/wind power stations, distributed new energy projects): Store new energy power generation to solve the intermittency and volatility of PV/wind power, improve new energy absorption rate and avoid curtailment; realize multiple values of "self-generation & self-use, surplus power storage, grid-connected peak shaving".

· Data Centers/Communication Base Stations: Provide millisecond-level uninterrupted power supply (UPS-level backup power) to ensure stable operation of servers and communication equipment, avoiding data loss/communication interruption; flatten power load and reduce grid expansion costs.

· Cold Chain Logistics/Warehousing Centers: Ensure continuous power supply for cold storage equipment to prevent deterioration of cold chain goods; optimize electricity costs in high-power-consuming cold chain scenarios via peak-valley charging and discharging.

· Remote Areas/Temporary Power Scenarios (Mining areas/overseas construction sites/island commercial complexes): Serve as the main power supply in off-grid mode or supplement grid power in grid-connected mode; form a microgrid with new energy to solve the problem of insufficient grid supporting in remote areas.

· Municipal Public Facilities (Large venues/transport hubs/hospitals): Provide emergency power during events/operation and flatten peak power load of venues and hubs; act as backup power for key hospital departments (operating rooms/ICUs) to improve public power supply reliability.