Commercial "lighting, storage, and charging"-New Energy

Industrial and Commercial Distributed 'Photovoltaics, Storage, and Charging'

New Energy

Industrial and Commercial Energy Storage

Industrial and Commercial Energy Storage refers to the use of technologies such as large battery banks and compressed air energy storage by enterprises to store surplus electrical energy for future needs.

Industrial and commercial energy storage can improve the self-sufficiency rate of electricity consumption, reduce energy costs, and also provide support to the power grid.

Product applicability: Industrial parks, groups and enterprises, shopping malls and office buildings, distributed PV systems, PV-storage-charging-inspection stations, and similar locations.
Photovoltaic Carport / Charging Station

Combining photovoltaics with a charging carport is one of the simplest forms of building-integrated photovoltaics. It not only fulfills all the functions of a traditional carport but also generates electricity, bringing revenue to the owner.

A steel structure support is generally used – simple, elegant, stylish, and aesthetically pleasing. As a clean and renewable energy source, it effectively helps alleviate environmental and energy pressures on society.

Product applicability: PV-powered charging carports are widely used in residential homes, commercial buildings, public spaces, industrial parks, and other areas.
Industrial and Commercial Distributed Photovoltaics

Here is the English translation of the provided text:

Distributed photovoltaic (PV) power plants generally refer to power generation systems that utilize distributed resources, have a relatively small installed capacity, and are located near end users. They are typically connected to the power grid at voltages of 35 kV or lower.

Specifically, a distributed PV power plant is a distributed system that uses PV modules to directly convert solar energy into electrical energy.

The product is suitable for: well-known enterprises with large and stable electricity consumption, listed companies, industrial parks, and commercial complexes.
Photovoltaic Storage Charging Integration

Integration of optical storage and charging refers to the use of photovoltaic power generation, energy storage equipment and charging stations composed of a system to achieve complementary and optimal allocation of energy. Specifically, the integrated optical storage and charging system is composed of distributed photovoltaic, electrical charge, distribution facilities, monitoring and protection devices, forming a small self-powered system, also known as microgrid. The working principle of the integration of optical storage and charging is to use the electric energy generated by photovoltaic power generation, store the surplus electricity into the energy storage device, and share the power supply and charging tasks with the charging station. This system can not only solve the problem of limited land and power capacity resources, but also achieve the basic balance between local energy production and electricity load through energy storage and optimal allocation.
The product is suitable for: a type of fixed microgrid, mainly distributed in urban charging stations, high-speed service areas and industrial parks; The other is the mobile scenario, which is generally used in emergency vehicles, such as mobile energy storage power supply vehicles.