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Baise Sports Center Charging Pile Power Distribution Project

As an important public sports facility in Baise City, the Baise Sports Center has actively responded to the demand for the construction of new - energy vehicle supporting facilities in recent years. It has planned and constructed a charging pile power distribution system in the parking lot area to meet the growing demand for electric vehicle charging. This project aims to provide a safe, stable and efficient power distribution solution for it to ensure reliable power supply for the charging facilities.

Solution
Customer pain points

Siwu Solution

Customer Value

1. The charging pile load fluctuates greatly, which requires high response speed and stability of power distribution equipment;



2. The outdoor installation environment requires the equipment to have strong protection and weather resistance capabilities;

1. The high - and low - voltage power distribution equipment works in coordination to ensure the continuity and stability of the power supply for the charging pile system;



2. The equipment has excellent protective performance, adapts to the open - air environment of the parking lot, and reduces the maintenance frequency;

3. The high - voltage and low - voltage power distribution need to be coordinately designed to ensure the overall safety and reliability of the system;



4. The possibility of future charging pile expansion needs to be taken into account, and the power distribution system should have a certain expansion capacity.

3. The system has a clear structure and is easy to operate and maintain, which reduces the later - stage operation costs;




4. The solution has good scalability and supports the future needs for increasing the number of charging piles and system expansion.

3. The overall power distribution scheme design fully considers environmental requirements such as waterproofing, dust - proofing, and corrosion prevention. The equipment protection level meets the outdoor installation standards;




4. The system has good scalability and can flexibly adjust the capacity according to the increase in the number of charging piles in the future.

1. The high-voltage side uses the HXGN15-12 type box-type fixed AC metal-enclosed switchgear, with a built-in SF6 load switch. It has the characteristics of compact structure, simple operation, and reliable interlocking. It is suitable for the 12kV ring network power supply system and provides stable control and protection for the front end of the transformer;



2. The low-voltage power distribution uses the SWGGD type low-voltage fixed complete switchgear with a rated voltage of 380V. It has the characteristics of high breaking capacity, flexible scheme combination, and strong structure. It is suitable for the power distribution and control of the charging pile power distribution system;