Ongoing Advanced Scientific Research
RF Energy Harvesting and Battery-Less Devices
In this domain, we develop energy-autonomous ultra-low power electronics devices and communication systems by researching on the fields of Wireless Power Transfer (WPT) & RF energy harvesting technics.
Parametric Speakers
In this research, novel parametric speaker array technics are implemented and started testing to increase the audible range of the speakers, reduce the total harmonic distortion, and enhance the quality of the audio.
Supercapacitor Assisted Standalone Photovoltaic System
This research is based on enhancing the conversion efficiency of a standalone photovoltaic (PV) system using supercapacitor energy storage, where conventional standalone PV systems can achieve 90% average conversion efficiency. The outcomes of this research show the efficiency of the proposed system can reach up to 98%.
Low-Power Devices Powered by Piezo Electric Energy
We conduct experimental research using piezoelectric energy harvesting to drive low energy consuming devices for applications where replacement of battery or maintenance is unpractical, like sensors in the human body, for powering portable devices or it can be used for the improvement of a smart building concept.
Design of a Cuprous Oxide Thin Film Semiconductor based Device for Dissolved Oxygen Sensing
In this research, it is expected to develop a method to sense dissolved oxygen using Cu2O thin film semiconductors and thereby design a low-cost and durable dissolved oxygen sensing device that will overcome the problems associated with existing sensors.
RF Energy Harvesting and Battery-Less Devices
Parametric Speakers
Supercapacitor Assisted Standalone Photovoltaic System
Low-Power Devices Powered by Piezo Electric Energy