Wail Bamhair (M.S. '10, electrical engineering) is the CEO of TAQNIA Energy, the energy arm of Saudi Investment and Development. He joined TAQNIA as its first employee after the CEO, eventually leading the development of Saudi Arabia's first independent solar power station, Layla Power Station (50 MW). Prior to TAQNIA, he worked at King Abdullah City for Atomic and Renewable Energy (K●A●CARE). Why it matters: This highlights the role of KAUST graduates in driving Saudi Arabia's renewable energy sector and contributing to Vision 2030's sustainability goals.
KAUST and TAQA Geothermal have partnered to explore Saudi Arabia's geothermal energy potential, starting with a 400-meter-deep well on KAUST's campus. The data collected will be used for planning and risk mitigation for deeper geothermal wells, and to test new technologies. Led by KAUST Research Professor Thomas Finkbeiner, the project aims to harness geothermal energy as a stable renewable source. Why it matters: This initiative could unlock a significant renewable energy source for Saudi Arabia, aligning with the Kingdom's R&D initiatives and promoting domestic partnerships between academia and industry.
KAUST's Solar & Photovoltaics Engineering Research Center (SPERC) was officially inaugurated with a two-day seminar featuring international solar energy experts. The event included discussions on developing the solar energy manufacturing industry in Saudi Arabia and a memorandum of understanding between KAUST and the Centre for Solar Energy and Hydrogen Research Baden-Württemberg (ZSW) to develop thin-film photovoltaic technology. ZSW holds the world record in thin-film photovoltaics cells efficiency, achieving a rate of 20.8%. Why it matters: This initiative signifies KAUST's commitment to becoming a regional hub for renewable energy and photovoltaics, fostering collaboration between research and industry to advance solar energy development in Saudi Arabia.
AIQ and MBZUAI have signed an MoU to collaborate on AI research, particularly for energy sector solutions. The collaboration includes exploring a joint lab, internships and AI training for MBZUAI students at AIQ. They will also explore endowed chair and adjunct professor positions at MBZUAI. Why it matters: This partnership will drive AI technology research, enhance efficiency and sustainability in the oil and gas industry, and nurture the UAE's AI talent.
MIT Professor Ahmed F. Ghoniem delivered a keynote at KAUST's Spring Enrichment Program discussing clean energy solutions for future cities. He emphasized a portfolio approach including electrochemical, solar thermochemical, and plasma technologies for renewable energy storage. Ghoniem highlighted the economic opportunities arising from clean energy technology deployment, R&D, and job creation. Why it matters: The focus on renewable energy and storage aligns with Saudi Arabia's Vision 2030 goals for sustainable urban development and diversification of the energy sector.
The Technology Innovation Institute (TII) and ASPIRE, both part of the Advanced Technology Research Council (ATRC), have signed an R&D agreement with ADNOC to advance sustainable energy solutions. The partnership will focus on carbon storage monitoring and battery optimization using quantum technology, as well as initiatives in autonomous robotics and propulsion systems. TII's quantum sensing tech will enhance CCS safety, while magnetic field analysis will improve battery recycling and lifespan prediction. Why it matters: This collaboration between research institutions and a major energy player signals the UAE's commitment to leveraging advanced technology for sustainable energy solutions and carbon reduction.
KAUST's New Energy Oasis (NEO) hosted an open day on May 7 to showcase its renewable energy technologies. The event featured guided tours of the NEO site, where 11 international technology providers are testing renewable energy solutions. The technologies on display included photovoltaic (PV), concentrating solar power (CSP), and dust mitigation technologies. Why it matters: This initiative helps identify and implement the most appropriate renewable energy technologies for Saudi Arabia, addressing the Kingdom's growing energy demands.
Enowa and KAUST held the Enowa-KAUST Energy Summit 2024, celebrating the third year of their Energy Cortex Program. The Energy Cortex Program funds applied research for clean energy solutions, focusing on renewable energy technologies led by KAUST faculty. The program is structured around Weatherlytics, GenFlex Cortex, Stor Cortex, and Grid Cortex, and has engaged KAUST professors, produced six journal papers, and provided NEOM with data. Why it matters: This partnership aims to revolutionize renewable energy in Saudi Arabia by integrating AI and advanced data analytics to optimize energy generation and distribution, supporting the Kingdom's sustainable energy goals.