Jiangxi Gandian Electric Co., Ltd.

35kV current transformer is designed for precise current measurement and protection in medium-voltage power systems. It is widely used in substations, industrial grids, and energy monitoring applications. With high accuracy and strong insulation performance, it solves key pain points such as measurement errors, system instability, and equipment protection failure. It ensures safe and reliable data feedback for power management systems. In real applications, 35kV current transformers improve monitoring accuracy and grid safety, making them essential components for modern electrical infrastructure.

35kV substation equipment is designed to ensure stable power transformation, protection, and distribution in modern electrical networks. It is widely used in industrial zones, utility grids, and renewable energy stations. With integrated protection and control functions, it solves key pain points such as unstable power supply, equipment failure, and inefficient energy distribution. It ensures safe and continuous operation of medium-voltage systems. In real applications, 35kV substation equipment improves grid reliability and operational efficiency, making it essential for modern power infrastructure projects.

35kV transformer is designed for medium-voltage power distribution systems, ensuring stable and efficient electricity transmission. It is widely used in substations, industrial zones, and renewable energy projects. With strong insulation performance and high load capacity, it solves key pain points such as voltage instability, energy loss, and system overload. It ensures safe and continuous power supply for critical applications. In real applications, 35kV transformers improve grid reliability and energy efficiency, making them essential equipment for modern power infrastructure systems.

Industrial power transformer is designed to support large-scale energy conversion and stable electricity distribution in industrial environments. It is widely used in factories, mining operations, and heavy machinery systems. With high efficiency and strong load capacity, it solves key pain points such as power fluctuation, overload risk, and energy loss. It ensures continuous and reliable power supply for demanding industrial operations. In real applications, industrial power transformers improve system stability and energy efficiency, making them essential equipment for modern industrial power networks.

Step down transformer is designed to convert high voltage electricity into lower, usable voltage levels for industrial, commercial, and residential applications. It is widely used in factories, equipment systems, and distribution networks. With stable performance and high efficiency design, it solves key pain points such as voltage instability, equipment damage, and power safety risks. It ensures safe and reliable electricity supply for sensitive devices and systems. In real applications, step down transformers improve energy safety and operational efficiency, making them essential equipment for modern power management systems.

High voltage transformer is designed to provide reliable voltage conversion for power transmission and distribution networks. It is widely used in substations, industrial plants, and energy infrastructure projects. With advanced insulation system and high efficiency performance, it solves key pain points such as energy loss, unstable voltage, and system overload. It ensures safe and continuous electricity supply for large-scale operations. In real applications, high voltage transformers improve power stability and transmission efficiency, making them essential equipment for modern electrical grid systems.