At a time when the logistics industry is accelerating its transformation to green and efficient, Gangu New Energy has relied on its profound accumulation in the field of charging pile motherboard research and development to launch a heavy-duty truck charging pile motherboard solution. With the innovative model of dual-gun and four-gun motherboards, it directly addresses the pain points of electric heavy-duty truck charging and injects strong impetus into the electrification of logistics.

Dual-gun motherboard: efficient fast charging, flexible power allocation

Dry Valley Dual Gun heavy truck charging pile motherboard is specially designed to improve charging efficiency. The mainboard uses an advanced intelligent power allocation algorithm to achieve dynamic power allocation between the two guns based on the battery power and charging needs of the connected vehicle. When two heavy-duty trucks are charged at the same time, it can ensure that each vehicle can obtain the optimal charging power and greatly shorten the charging time. Solution protocols currently supported by Dry Valley heavy truck solutionCFC BFC protocol, FAST protocol and SC1 protocol, etc.

At the same time, dual-gun motherboards perform excellently in terms of compatibility. It fully supports mainstream communication protocols such as CAN bus and Modbus, and can seamlessly connect to the battery management system (BMS) of more than 95% of electric heavy trucks on the market, ensuring accurate matching of voltage and current parameters during the charging process. No matter which manufacturer the vehicle comes from, it can achieve stable and safe charging, which greatly broadens its scope of application and provides convenience for logistics companies to integrate diversified electric heavy truck models.

Four-gun motherboard: integrated advantages to meet intensive charging needs

Dry Valley's four-gun heavy-duty truck charging pile mainboard solution is designed for intensive vehicle charging scenarios such as large transportation stations, mining areas, and large charging stations. The motherboard is highly integrated and only needs to be connected to a screen to achieve centralized control of four charging guns, significantly simplifying the internal structure and external wiring of the charging pile, reducing equipment failure rates and improving system stability. This design not only saves the space and equipment cost of the charging station, but also brings great convenience to the operator's subsequent maintenance and management, effectively reducing operating costs.

Faced with the possible interference problems that may occur when multiple guns are working at the same time, Qiangu’s four-gun motherboard adopts customized electromagnetic shielding technology, and its anti-electromagnetic interference level reaches the highest industrial standards. It effectively isolates electromagnetic signal interference generated by peripheral equipment and high-voltage lines, ensuring zero error in charging data transmission and avoiding charging interruptions. When multiple guns are operating at the same time, each gun can output power stably without affecting each other, providing a solid guarantee for simultaneous charging of multiple heavy trucks in the logistics park, and greatly improving the service capabilities and operational efficiency of the charging station.

Technology empowerment, escorting the electrification transformation of logistics

Whether it is a dual-gun or four-gun motherboard solution, Qiangu is equipped with an advanced intelligent temperature control system and triple intelligent protection mechanism. The motherboard has a built-in high-precision temperature sensor and an adaptive heat dissipation algorithm that can monitor and adjust the operating temperature in real time. It can start stably in extremely cold environments of -20°C and continue to operate in high-temperature conditions of 85°C, without fear of extreme weather. At the same time, the mainboard integrates triple protection of overcurrent, overvoltage, and short circuit, and automatically cuts off power within 0.1 seconds under abnormal conditions. With military-grade three-proof paint coating, the moisture-proof and anti-corrosion performance is improved by 60%, fully protecting the safety of equipment and vehicles, and meeting the needs of frequent and high-intensity charging operations of logistics vehicles.

The launch of Dry Valley New Energy's heavy-duty truck charging pile mainboard solution provides strong technical support for the electrification transformation of the logistics industry. Dual-gun and four-gun motherboards rely on their respective advantages to meet the diversified needs of logistics companies of different sizes and different charging scenarios, help the logistics industry make great strides on the road of efficient operation and green development, and lead the new trend of electric heavy truck charging technology.