A groundbreaking study by researchers at King Abdullah University of Science and Technology (KAUST) has unveiled a scientific breakthrough that could revolutionize the future of energy storage.
The team discovered that incorporating a specially designed salt solution into aqueous batteries can extend their lifespan by ten times, paving the way for more efficient and sustainable energy systems.
Aqueous batteries are already recognized as safer and more environmentally friendly alternatives to conventional batteries, but their limited lifespan has long been a barrier to widespread adoption.
According to KAUST researchers, the new salt-based electrolyte enhances battery stability and prevents performance degradation, making them significantly more reliable for industrial applications and renewable energy storage.
This milestone aligns with national efforts to foster innovation in clean energy and strengthen the Kingdom’s position as a global hub for advanced research and sustainable technologies.
It also offers practical solutions to one of the biggest challenges in renewable energy — effective and long-term storage of solar and wind power.
With this achievement, the Kingdom further cements its leadership in cutting-edge battery technologies, underscoring its commitment to scientific advancement and to addressing pressing environmental and technological challenges worldwide.
