As the world continues its shift towards renewable energy sources, the existing electric grid faces challenges in accommodating the increased demand from electric vehicles, heavy machinery, and variable sources like solar and wind. Dr. Yashar Hajimolana, an expert in Energy Systems Integration at the University of Twente, emphasizes the strain on the grid due to these factors, highlighting the need for upgrades to ensure stability. While batteries play a role in storing excess energy, their environmental impact and limited lifespan raise concerns. Hydrogen emerges as a promising solution for energy storage, offering scalability, flexibility, and zero emissions. Green hydrogen, produced through electrolysis using renewable energy sources, can store excess energy as chemical energy, which can later be converted back into electricity without overloading the grid. Hydrogen's versatility in applications, powering vehicles and machinery through fuel cells, reduces dependency on the grid, especially during low renewable energy production periods. Dr. Hajimolana's research explores the combination of blue and green hydrogen to achieve a more cost-effective hydrogen supply. Blue hydrogen, derived from natural gas with captured CO2, serves as a transitional option for industrial processes and combustion engines. By raising awareness and simplifying regulatory processes, the aim is to encourage investment in hydrogen technology, improve infrastructure like fueling stations and pipelines, and enhance local hydrogen production for a sustainable energy future.