Distributed Commercial & Industrial (C&I) Energy Storage is a distributed energy storage solution tailored for industrial and commercial scenarios. Deployed on-site near the power load ends of enterprises such as factories, industrial parks and supermarkets, it matches decentralized and scattered power demand. Adopting a modular design, it allows flexible capacity configuration and on-demand expansion. Its core functions include cutting enterprise power costs through peak-valley arbitrage and demand charge management, realizing PV-storage integration, ensuring stable local power supply, as well as assisting the power grid in peak shaving and valley filling to improve the efficiency of regional energy utilization.
Distributed Commercial & Industrial (C&I) Energy Storage is a distributed energy storage solution tailored for industrial and commercial scenarios. Deployed on-site near the power load ends of enterprises such as factories, industrial parks and supermarkets, it matches decentralized and scattered power demand. Adopting a modular design, it allows flexible capacity configuration and on-demand expansion. Its core functions include cutting enterprise power costs through peak-valley arbitrage and demand charge management, realizing PV-storage integration, ensuring stable local power supply, as well as assisting the power grid in peak shaving and valley filling to improve the efficiency of regional energy utilization.
|
Parameter |
Specification |
|
Rated Voltage |
1331.2V |
|
Rated Power |
1.25MW |
|
Nominal Energy |
2.6MWh |
|
Nominal Voltage |
1152V |
|
Dimensions |
20ft/40ft |
|
Weight |
40-45T |
|
Place of Origin |
Anhui China |
|
Brand Name |
BOX-E |
Deployed on-site, close to enterprise power load ends
Modular design, flexible capacity configuration
On-demand expansion, adapt to incremental power demand
Local consumption, improve energy utilization efficiency
Easy O&M, support remote monitoring and operation
Grid-friendly, assist regional grid peak shaving
Peak-valley arbitrage, cut enterprise power costs
Demand management, reduce peak power expenses
PV-storage integration, absorb surplus self-generated PV power
Emergency power supply, ensure uninterrupted production
Grid peak shaving, assist regional power balance
Power optimization, improve local power supply stability
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