Industrial and Commercial Energy Storage

Peak shaving and valley filling, off-peak electricity consumption, reducing electricity costs; at the same time, it can balance peak loads, reduce power supply capacity requirements, and improve power supply reliability, applicable to industrial and commercial fields (such as factories, shopping malls, parks, data centers, etc.).

Product Value

Peak-Valley Arbitrage

Charge at low electricity prices and use electricity at high electricity prices to achieve peak-valley price arbitrage and reduce electricity costs.

Dynamic Expansion

Store energy during low electricity consumption and discharge during peak loads to reduce the overall load and achieve dynamic expansion and cost reduction.

Stabilize the Power Grid

Helps balance grid load and avoid power fluctuations affecting production.

Backup Power Supply

During a power outage, energy storage can serve as a backup power supply to ensure uninterrupted production and avoid production losses caused by power outages.

Absorbing Green Electricity

Cooperate with solar energy, wind energy, etc., to store excess renewable energy and improve the utilization rate of clean energy.

Application Scenarios

Centralized energy storage systems are widely used in large-scale power networks to store excess electricity and release it when demand increases. They are commonly applied in utility-scale solar and wind farms to balance energy supply, ensuring stable and reliable power delivery even when renewable sources are inconsistent.