Solution / Commercial & Industrial Energy Storage
Commercial & Industrial Energy Storage
For those requiring more storage capacity, this solution combines Micro Inverter 800W power with a 2.56kWh lithium battery. It is perfect for longer energy autonomy and powering multiple devices simultaneously. This system is also optimized for balcony setups, ensuring a seamless integration with your home’s energy needs while supporting a greener lifestyle.
Program Overview
The system combines a large-capacity energy storage battery pack, a high-power inverter, an EMS energy management system, a fire protection system, and a containerized integrated cabinet, enabling seamless integration with existing power distribution systems and photovoltaic/wind power systems. With power ranges from 50-5000kW and storage capacities from 100-10,000kWh, it is suitable for various scales, including small and medium-sized factories (50-200kW), large factories (200-1000kW), commercial complexes (100-500kW), and data centers (500-5000kW).
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Power Supply Security
As a backup power source, it supports millisecond-level power failure switching, ensuring zero-interruption operation for critical loads such as factory production lines and data center servers. The power outage duration can be customized (1-24 hours).
Low-Carbon Transformation
When used in conjunction with commercial and industrial photovoltaic systems, it can increase the renewable energy consumption rate to over 95%, reduce the proportion of thermal power purchased by enterprises, and reduce carbon emissions by hundreds to thousands of tons annually, helping enterprises achieve carbon neutrality goals.
Grid Collaboration
Some regions support participation in grid ancillary services (such as peak shaving and frequency regulation). Enterprises can earn additional revenue by providing services to the grid, thereby improving their return on investment.
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Energy Storage Project at an Electronics Factory in Suzhou, China
A customized 1000kW/2000kWh commercial and industrial energy storage system was developed for the factory. This system leverages the factory's high-load daytime production and low-load nighttime electricity consumption, implementing peak-valley arbitrage and demand control strategies. After six months of operation, the factory's peak-hour electricity purchases were reduced by 40%.
Los Angeles Shopping Center Energy Storage Project
A 500kW/1000kWh energy storage system was deployed at the shopping mall. Combining California's peak-valley electricity prices (peak electricity prices of $0.50/kWh and off-peak electricity prices of $0.15/kWh) with demand response policies, the system discharges electricity during peak hours to reduce electricity purchase costs while also participating in grid demand response to earn subsidies.
Pain Points
Electricity prices for industrial and commercial users are higher than those for residential users, and most regions implement a "peak-offset time-of-use" electricity price combined with capacity pricing, resulting in high electricity costs during peak hours.
Critical scenarios such as factories and data centers require extremely stable power supply. Grid outages can cause production interruptions and data loss, resulting in significant economic losses.
Excessive fluctuations in industrial and commercial electricity load (such as factory production starts and stops, or air conditioning in shopping malls) can trigger grid "demand charges," resulting in additional expenses.