IET電力電子將五個主要的電力電子主題結合在一起。強烈鼓勵提交側重于其中一個或多個主題的高質量研究。電力半導體技術在電力控制和轉換中的應用：電機驅動；各種形式的運輸；制造；加熱；照明；建筑服務和工業規模的電力調節。常用電路包括：各種類型的轉換器；逆變器；有源濾波器；開關電源和不間斷電源。電力電子應用中使用的裝置，包括：電力半導體裝置；光伏裝置；無源元件；繞線元件；電池和保險絲。電力電子電路和完整電力電子系統的控制、分析、建模和/或模擬技術。電力電子系統的性能管理，包括：功率因數校正和諧波頻譜管理；熱管理；電磁兼容和噪聲抑制；熔合和保護。

IET Power Electronics brings together five principal power electronics themes. The submission of high quality research that focuses on one or more of these themes is strongly encouraged. Applications of power semiconductor technology for the control and conversion of electric power in: electric machine drives; all forms of transport; manufacturing; heating; lighting; building services and industrial scale power conditioning. Circuits commonly used including: all types of converters; inverters; active filters; switched mode power and uninterruptible power supplies. Devices used in power electronic applications including: power semiconductor devices; photovoltaic devices; passive components; wound components; batteries and fuses. Techniques for controlling, analysing, modelling and/or simulation of power electronics circuits and complete power electronic systems. Performance management of power electronic systems including: power factor correction and harmonic spectrum management; thermal management; EMC and noise mitigation; fusing and protection.