Smart Solar Energy Harvesting Storage And Utilization

Theme based research scheme trs research grants council rgc the research project is now seeking technology transfer and collaboration opportunities please contact the project manager for details.

Smart solar energy harvesting storage and utilization. 1 june 2018 trs project workshop for smart energy distribution and utilization 2018. The project adopted a holistic approach ranging from efficient harvesting of solar energy and storage to utilization. Wong ching ping dean of engineering and his team members study the new technology in energy harvesting storage and utilization in this project. Zhao xu was awarded the best student paper award in the ieee 2018 international conference on innovative smart grid technologies asia in singapore.

Smart solar energy harvesting storage and utilization project coordinator. Thus optimal utilization of solar energy offers an attractive solution for drastically improving the energy efficiency of a building. Zhao xu professor department of electrical engineering the hong kong polytechnic university co investigators. Oxford pv sets world record for perovskite solar cell.

Hon wing ngan chief executive officer asia pacific research institute of smart grid and renewable energy apri. Smart solar energy harvesting storage and utilization. Welcome to the homepage of the research project smart solar energy harvesting storage and utilization hk 60 33m funded by the research grants committee hong kong university grants committee of the hong kong special administrative region under the theme based research scheme third round 2013. However the demand of the solar energy is a rather dynamic and complex function in conjunction with the specific role of the solar spectrum and the variation in geographic locations and local climates.

Dear colleagues solar energy is regarded as one of the key solutions to combat climate change and meet ever increasing energy needs. 1 june 2018 phd student of prof. Smart solar energy harvesting storage and utilization funded by. The proposed research scheme is aimed at the aforementioned strategic objectives through exploring various approaches in solar energy harvesting storage and utilization to increase solar penetration to 10 in a selected campus building microgrid system under grid interconnected operation and more importantly explore the feasibility of.

They will develop high performance vacuum deposited thin film photovoltaics pv devices and modules which will make low cost high. To further develop and integrate solar energies into major energy infrastructures e g electric power grids new and advanced methods and technologies that can better facilitate harvesting storage and utilization of solar energies are therefore highly needed.