Provides distribution cabinets distribution box distribution panel for Russian projects

We have successfully completed the installation of 10 customized distribution cabinets designed for Russia today. The distribution cabinet is equipped with a heat dissipation system and protective technology based on the climate characteristics of Russia, thereby improving the stability and safety of the power system, enhancing operational efficiency, and reducing maintenance costs.

A large industrial factory in Russia has decided to comprehensively upgrade its power distribution system to ensure the stable operation of production lines and the safe and reliable supply of electricity. After receiving their requirements, Guozhiyun has designed customized distribution cabinets for Russia, and has successfully completed the installation of 10 units today. The distribution cabinet is equipped with a he dissipation system and protective technology according to the climate characteristics of Russia. It can work stably in both cold winter and hot summer in Russia, adapting to temperature ranges from -40 ° C to+50 ° C, ensuring uninterrupted power distribution. Thus improving the stability and safety of the power system, enhancing operational efficiency, and reducing maintenance costs.

What is a power distribution cabinet?

The Power Distribution Cabinet controls and distributes electrical energy through internal switch devices, protective appliances, etc. When it is necessary to connect the circuit, the switch device closes and current can flow; When overload, short circuit or other faults occur, or when it is necessary to disconnect the circuit, protective appliances will quickly act to cut off the circuit, in order to protect the safety of equipment and personnel. At the same time, measuring instruments can monitor real-time parameters such as voltage, current, and power in the circuit, so that operators can understand the operating status of the distribution system.

What are the applications of distribution cabinets in the field of new energy?

• Distributed photovoltaic power generation project: When installing distributed photovoltaic power stations in limited spaces such as urban industrial plants and commercial building roofs, the distribution panel can receive and distribute photovoltaic energy. Its miniaturized design is suitable for limited spaces, with good electrical and protective performance, ensuring stable distribution and transmission of electrical energy, allowing for smooth grid connection or use in buildings.

• Centralized photovoltaic power station: Large centralized photovoltaic power stations are connected to the grid after voltage boosting, and the central cabinet is responsible for the collection, distribution, and control of electrical energy during this process. With high voltage adaptation, strong current carrying capacity, and excellent short-circuit withstand capability, the central cabinet meets the high standard requirements of power stations for distribution equipment, ensuring stable operation and efficient transmission of electrical energy.

• New energy storage project: During the charging and discharging of energy storage batteries, the central cabinet can intelligently manage and dispatch electrical energy to ensure the safe and stable operation of the system. Its monitoring function can track the system status in real time, which is convenient for operation and maintenance.

• New energy power supply projects in remote areas: In remote areas such as mountainous regions and islands, new energy generation is an important way to solve the problem of power supply. Mid mounted cabinets can adapt to harsh environmental conditions in these areas, such as large temperature changes, high humidity, and high altitude. They can receive, distribute, and control local renewable energy sources such as wind and solar power, providing reliable power supply for remote areas.

• Rural power construction: In the renovation of rural power grids and the construction of power supply infrastructure, distribution cabinets can achieve efficient and reasonable distribution of electricity, meeting the electricity demand in agricultural production.