Core functions

Energy storage function

Store electrical energy through battery packs. The source of electrical energy can be renewable energy such as power grids and photovoltaics.

Charge when electricity prices are low and discharge when they are high, so as to achieve peak shaving and valley filling and reduce electricity costs.

Support off-grid operation and use as an emergency power supply when the power grid is out of power.

Charging function

Provide fast or slow charging for electric vehicles, electric bicycles, etc.

Support multiple charging standards (such as national standards, European standards, American standards, etc.), and be compatible with different models.

Intelligent energy management

Automatically optimize charging and discharging strategies according to electricity demand, electricity price fluctuations or renewable energy generation.

Can be remotely monitored and controlled through APP or cloud platform.

Typical application scenarios

Home scenarios

With a photovoltaic power generation system, it can store solar energy during the day and power electric vehicles or household appliances at night.

Commercial places

Shopping malls, office buildings and other places can use storage and charging machines to reduce electricity costs while providing charging services to customers.

Public charging stations

Relieve the pressure on the power grid, avoid the impact of high-power charging on the power grid, and improve the utilization rate of charging piles.

Emergency backup power supply

Power vehicles or key equipment in the event of natural disasters or power grid failures.

Technical advantages

Efficient energy saving: Improve energy utilization through intelligent scheduling.

Flexible deployment: Modular design, which can expand energy storage capacity or charging power according to demand.

Green and environmental protection: Combine renewable energy to reduce carbon emissions.

Economic efficiency: Use the difference between peak and valley electricity prices to reduce electricity costs, or make profits through charging services.

FAQ

What is the difference between storage and charging machines and ordinary charging piles?

Ordinary charging piles rely on real-time power grid power supply, while storage and charging machines have their own energy storage batteries and can operate independently, reducing dependence on the power grid.

Does it support photovoltaic access?

Some high-end models support direct photovoltaic access to achieve "photovoltaic storage and charging" integration.

What is the battery life?

Usually lithium-ion batteries are used, with a cycle life of more than 3,000 to 6,000 times, depending on the brand and usage conditions.