The goal of this project is to develop technologies for low-velocity tidal energy areas to enhance green energy generation.
- Research area: Renewable energy
- Institution: University of Strathclyde
- Supervisor: Professor James Carroll
- PhD student: Ilyani Suhaimin
- Conducted in collaboration with PETRONAS
Project summary
In the offshore renewable energy industry, current technology targets high-velocity tidal areas. However, in low-velocity tidal regions, such as Malaysia, the current technology faces implementation challenges due to low energy resources. Therefore, there is a need to research technologies for low-energy areas to enhance green energy generation. Tidal energy is predictable and abundant, covering 70% of the Earth’s surface.
This research will focus on designing and optimizing turbine blades for low-energy areas, considering structural integrity and material selection. The anticipated impact includes providing a baseline for future studies, reducing offshore energy costs, and increasing green energy sources.
Meet the researcher
Hi, I’m Ilyani. I completed my undergraduate degree in Mechanical Engineering at Universiti Teknologi PETRONAS in Malaysia, where I developed a strong interest in renewable energy.
My research focuses on offshore renewable energy, specifically tidal turbine blades for low-energy tidal areas. This will help increase access to green energy, particularly for countries with limited resources, and contribute to global Net Zero goals.
My sponsor is PETRONAS, a global energy company committed to producing and delivering energy and solutions needed to advance society responsibly and sustainably.
As part of EnerHy CDT, I am looking forward to the opportunities to grow as a researcher, enhance my skills, and build connections, all while working to be a Net Zero researcher.