01 | Overview
The plasma power supply is developed for plasma catalysis, in situ characterisation, and related research applications, delivering stable discharge, precise output, and flexible operating control. The system supports multiple discharge modes and adjustable parameters, including voltage, frequency, power, and pulse settings, providing reliable energy input for a wide range of plasma reaction environments.

02 | Key Benefits
The system offers stable, controllable, and efficient performance, helping improve the reproducibility and operability of plasma experiments. Its precise parameter control and optimised output design support reliable long-duration discharge while minimising fluctuations that may affect experimental results. Customisable configurations also allow the system to be adapted to different reactor designs, discharge types, and coupled characterisation setups.

03 | Applications
The plasma power supply is widely used in plasma catalysis, in situ infrared studies, plasma–thermal catalytic coupling, and plasma–photocatalytic systems. It is well suited for gas activation, small-molecule conversion, pollutant degradation, and multi-field coupled reaction studies, providing stable support as a core power unit for advanced plasma research platforms.