The invention provides electronic equipment with high voltage and high power, which is used for converting alternating current (AC) voltage into direct current (DC) voltage or converting DC voltage into AC voltage, in particular a thyristor converter valve module. A whole valve module is divided into two same segments, and each segment comprises a saturable reactor, a thyristor, a DC equalizing resistor unit, an energy-extracting resistor unit, a damping resistor unit, a damping capacitor unit, a gate electrode unit and a water cooling system, wherein the reactors of the electronic equipment are connected in series to meet the requirements on different transmission powers and different power voltage grades. The equipment is core equipment for high-voltage DC power transmission and can be applied to a DC-AC converting system, meet the requirements of different voltage grades and for the DC converting system with different voltage grades, including the super high voltage of 800 kV or above.