Total value creation
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It can improve the consumption capacity of distributed energy, reduce electricity costs, and enhance the reliability and quality of power supply. For industrial and commercial users with significant fluctuations in electricity load, configuring energy storage and implementing comprehensive energy management can effectively reduce their electricity costs. During power outages and restrictions on the public power grid, the energy storage system can continue to supply power to local loads, ensuring the normal production and operation of industrial and commercial users.
Full scenario application
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Factories and shopping malls
By charging during low electricity prices and discharging during peak hours, we can reduce electricity costs and serve as an emergency backup power source
Light storage charging station
By constructing an integrated photovoltaic storage and charging power station on limited land, and by utilizing photovoltaic resources from rooftops and parking lot canopies, we can achieve self-use and store surplus electricity, while also alleviating the impact of charging piles on the power grid
Microgrid+energy storage
The combination of energy storage systems and microgrids can smooth out fluctuations in new energy generation and improve power supply stability, which is suitable for scenarios such as islands, suburban residential areas, and industrial parks
Data Center And 5G base stations
Optimize energy allocation to ensure the stability and reliability of power supply
High capacity enterprises
High energy consuming enterprises such as steel plants, cement plants, and power plants use energy storage systems to help balance power generation supply and electricity load, reducing electricity costs
New application scenarios
Including battery swapping heavy-duty trucks, port shore power, zero carbon parks, etc., energy storage systems in these scenarios can help improve energy efficiency and reduce carbon emissions
Factories and shopping malls
By charging during low electricity prices and discharging during peak hours, we can reduce electricity costs and serve as an emergency backup power source
Light storage charging station
By constructing an integrated photovoltaic storage and charging power station on limited land, and by utilizing photovoltaic resources from rooftops and parking lot canopies, we can achieve self-use and store surplus electricity, while also alleviating the impact of charging piles on the power grid
Microgrid+energy storage
The combination of energy storage systems and microgrids can smooth out fluctuations in new energy generation and improve power supply stability, which is suitable for scenarios such as islands, suburban residential areas, and industrial parks
Data Center And 5G base stations
Optimize energy allocation to ensure the stability and reliability of power supply
High capacity enterprises
High energy consuming enterprises such as steel plants, cement plants, and power plants use energy storage systems to help balance power generation supply and electricity load, reducing electricity costs
New application scenarios
Including battery swapping heavy-duty trucks, port shore power, zero carbon parks, etc., energy storage systems in these scenarios can help improve energy efficiency and reduce carbon emissions
24/7 service
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24-hour webpage malfunction work order repair
Seamless integration between remote and on-site
Local maintenance center
Local spare parts center
Local Service Center
Industry Cases
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Centralized energy storage power station distribution and storage in Fangfan Town, Dawu County
Construction time: 2022
Project location: China
Project scale: 50MW/100MWh
Application type: Photovoltaic power station distribution and storage
State Power Investment Corporation Xinjiang Altay Wind Power Project Distribution and Storage
Construction time: 2024
Project location: China
Project scale: 200MW/800MWh
Application type: Wind and solar power station distribution and storage
Qinghai Golmud Shared Energy Storage
Construction time: 2024
Project location: China
Project scale: 135MW/540MWh
Application type: Shared energy storage
