With the continuous development of economy and society, the greening, digitization and convenience of energy terminals are gradually concerned by the public. In addition, the consumption of fossil energy is increasing the burden of environmental purification, and the re electrification of energy consumption terminals is imminent. The power supply technology of energy terminals such as electric vehicles, electric ships and electric IOT terminals needs to make technological innovation and bottleneck breakthrough from the aspects of energy acquisition source, efficient transformation and transmission, integration and interactive control.
The purpose of this Research Topic is to solve the complete set of technologies for re-electrification and utilization of energy consumption terminals, mainly focusing on four main contents: energy harvesting, power conversion, power transmission and energy control. It includes but not limited to the key technologies of environmental energy harvesting and utilization of low-power energy consumption terminals, the flexible wireless power transfer system, and the interactive control technology between terminal power consumption and power grid, which can provide theoretical basis and technical support for the demonstration and promotion of re electrification and utilization of current energy consumption terminals.
The research interests involved in this topic include but are not limited to:
? Electromagnetic energy harvesting
? Vibration energy harvesting
? Wide input/ output high efficiency power converter
? Loosely coupled wireless power transfer system and its application
? Power control, optimization and integration technology
? EMC and EMI
? Vehicle-to-grid (V2G) and Transportation Electrification
? Other emerging energy harvesting and power conversion technologies
With the continuous development of economy and society, the greening, digitization and convenience of energy terminals are gradually concerned by the public. In addition, the consumption of fossil energy is increasing the burden of environmental purification, and the re electrification of energy consumption terminals is imminent. The power supply technology of energy terminals such as electric vehicles, electric ships and electric IOT terminals needs to make technological innovation and bottleneck breakthrough from the aspects of energy acquisition source, efficient transformation and transmission, integration and interactive control.
The purpose of this Research Topic is to solve the complete set of technologies for re-electrification and utilization of energy consumption terminals, mainly focusing on four main contents: energy harvesting, power conversion, power transmission and energy control. It includes but not limited to the key technologies of environmental energy harvesting and utilization of low-power energy consumption terminals, the flexible wireless power transfer system, and the interactive control technology between terminal power consumption and power grid, which can provide theoretical basis and technical support for the demonstration and promotion of re electrification and utilization of current energy consumption terminals.
The research interests involved in this topic include but are not limited to:
? Electromagnetic energy harvesting
? Vibration energy harvesting
? Wide input/ output high efficiency power converter
? Loosely coupled wireless power transfer system and its application
? Power control, optimization and integration technology
? EMC and EMI
? Vehicle-to-grid (V2G) and Transportation Electrification
? Other emerging energy harvesting and power conversion technologies