Solution

User-side energy storage application

Commercial and Industrial Energy Storage Applications

Scenario 1: Demand Management Bundled with Peak-Valley Arbitrage. Suitable for locations with significant peak-valley electricity price differences and high electricity consumption, such as large shopping malls, factories, and enterprises.

Scenario 2: Delaying Power Distribution System Expansion. Applicable in situations where existing power distribution capacity is insufficient, such as villages or old urban areas with insufficient capacity of substation transformers.

Scenario 3: Smoothing Load Curves. Suitable for situations with intermittent, seasonal, or temporary loads, such as charging stations and sports centers.

Scenario 4: Emergency Power Supply. Applicable in situations with different load levels or fire emergency power supply (such as finance, securities, shopping malls, and factories).

 

Solution Features

1. Commonly used in situations with high load fluctuation and intermittency, while not being able to meet the changing trend of peak and valley electricity prices.

2. When users need to increase electricity load, the existing power distribution capacity is insufficient; adding an energy storage system can achieve the effect of expansion.

 

Charging Station Combined with Photovoltaic and Storage Solution

Highway service stations, urban bus charging stations, and other areas: with idle rooftops and canopies, and a strong need for power distribution expansion.

 

Solution Features

1. During peak daytime electricity prices, the photovoltaic system is the primary power source, and the energy storage system supplements power during peak/off-peak hours, with minimal or no use of grid electricity during peak hours.

2. During nighttime off-peak electricity prices, the energy storage system is charged to achieve peak-valley arbitrage and increase revenue.

3. In case of grid failure, emergency charging piles, photovoltaic systems, and energy storage systems form a microgrid operation to ensure continuous charging operation.