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SVC/RSVC is a typical flexible AC transmission device. When used in transmission systems, it can improve the transmission capacity of the power grid, stabilize the system voltage, damp the low-frequency oscillation of the system, and suppress subsynchronous oscillations. SVC is applied to industrial distribution networks, such as electrified railways, metallurgy and other industrial users, to reduce voltage fluctuations, flickers,

The Static Var Generator utilizes high-power, switchable power electronic devices (such as IGBTs) to form a self-commutated bridge circuit. This circuit is connected to the power grid in parallel through a reactor. By appropriately adjusting the magnitude and phase of the output voltage on the AC side of the bridge circuit, or directly controlling its AC side current, the circuit can absorb or generate reactive current as required, achieving the purpose of dynamic reactive power compensation.

The DC deicing and SVC device utilizes high-power electronic components to generate direct current, which heats the wires to melt accumulated ice on power lines. This device is highly reliable, with minimal impact on the system, and is suitable for deicing large-capacity, long-distance power lines.

It can be designed and manufactured in fixed or mobile configurations based on user requirements; utilizing an impedance voltage divider design, capable of simulating three-phase, two-phase, or single-phase faults, customizable according to user needs; achieving voltage sag from 0%Un to 100%Un, with a deviation of less than 5%Un; meeting the LVRT test requirements for wind turbine generators with a rated capacity range of 1.5MW to 8MW.

TSC dynamic reactive power compensation device uses high-power thyristors to form contactless switches, which can quickly switch multi-stage capacitor banks without transition, overcoming the shortcomings of traditional reactive power compensation devices that use mechanical switches for switching, resulting in large impact during the switching process, burnout of switch contacts, and large damage to capacitor. It can achieve capacitor bank switching without impact, inrush current,

SUN.KING solid-state switch technology is a new generation of switch technology based on power electronics technology and with power semiconductor devices as the core. This technology accelerates the "millisecond-level" action speed of traditional mechanical switches by a thousand times to "microsecond-level", greatly improving the working efficiency and effect of switch equipment. In addition, SUN.KING solid-state switch technology also has many advantages such as intelligent control,

SUN.KING solid-state switch technology is a new generation of switch technology based on power electronics technology and with power semiconductor devices as the core. This technology accelerates the "millisecond-level" action speed of traditional mechanical switches by a thousand times to "microsecond-level", greatly improving the working efficiency and effect of switch equipment. In addition, SUN.KING solid-state switch technology also has many advantages such as intelligent control, stability a

The EOM4011 high-voltage cable sheath grounding current online monitoring system is suitable for installation in cable trenches, power pipe corridors or cable terminals with voltage levels of 110kV and above. The system collects data such as grounding current, operating current, joint temperature and vibration status of high-voltage cables, and transmits the data to the monitoring center through wired or wireless means.