University of Birmingham experts are developing a novel solar energy pilot plant that will help to provide clean and affordable electricity to people living in the Gaza Strip.
Working with counterparts at the Islamic University of Gaza, the researchers are combining two efficient technologies in a new way that will also help to assess the impacts of electricity shortage on the health and well-being of Gaza’s population.
The new plant integrates highly-concentrated advanced multi-junction solar cells with the Organic Rankine Cycle (ORC) that exploits low-temperature waste heat from cooling the concentrated PV cells to produce electricity.
University of Birmingham researchers are developing a new type of distributed solar energy system that will help to provide clean and affordable electricity to people living in the Gaza Strip #reMIX https://t.co/TL0oqURhyB pic.twitter.com/fapwN0A4A3
— reNEWS (@reNEWS_) February 4, 2021
Home to almost two million people including 1.4 million refugees, the blockaded Gaza Strip has long struggled with severe electricity shortages. The UN Office for Coordination of Humanitarian Affairs (OCHA) fears serious implications for health, education, water, and sanitation sectors as a result of the energy crisis.
Project leader Dr. Raya AL-Dadah, Reader in Sustainable Energy Technologies at the University of Birmingham, commented: “Just 38% of Gaza’s electricity needs currently are met. People receive less than six hours of power per day, leaving hospitals providing only critical functions such as intensive care units. Coupled with continuous conflict, the energy crisis causes high levels of stress that affect physical, mental health and well-being.
“Our pilot plant will provide electricity for 30 households – enabling the environmental health and human geography teams from Birmingham and Gaza to assess the impact of electricity availability on family health, well-being and gender equality. We can learn valuable lessons on how well-being improves by applying the new technological solution.”
The project is funded by the British Academy and brings together researchers from Mechanical Engineering and Human Geography at the University of Birmingham and the Islamic University of Gaza.
A family in #Gaza study in darkness after #Israel refused to provide fuel for the city's only power station, leaving Palestinians with just 3- 4 hours of electricity a day.
Donate now to help #EndTheSiege ➡️ https://t.co/UtirEHIzSM pic.twitter.com/U9KQpVKm1P
— Friends of Al Aqsa (@FriendsofAlAqsa) February 12, 2021
Dr. Mohammad Abuhaiba, research team leader at the Islamic University of Gaza, commented:
“Gaza Strip has abundant amounts of solar energy where the average annual radiation is about 2723 kWh/year/m2. There is great potential to extract huge amounts of electricity using different solar energy technologies. This gives us an incentive to initiate long-term research with the University of Birmingham on developing optimized and robust integrated solar energy-based solutions.
“Not only will our joint research with the University of Birmingham help to provide solutions for the local community in Gaza, but it will also help to build capacity of the academic and technical staff at the Islamic University of Gaza.”
The crisis has eroded coping mechanisms and the living conditions of Palestine refugees who remain highly dependent on the humanitarian assistance provided by UNRWA to meet basic needs.
— UNRWA (@UNRWA) February 15, 2021
The engineering solution brings together the two technologies to achieve an overall system conversion efficiency over 50% – providing clean, sustainable and affordable electricity. The new system is robust, easy to install, operate and maintain without the need to depend on the complex and expensive national electricity grid.
The pilot plant for electricity generation will be installed in the Women’s Health Centre associated with the Red Crescent in Jabalia refugee camp. This health center is surrounded by a number of households, to which electricity will be supplied.
