Case Study on Energy Storage Using Hydrogen – Via Power to Gas Conversion

To have a world with an uninterrupted supply of energy and to achieve net carbon zero emissions, industries all over the world are working towards implementing various strategic methods to obtain green energy. The plethora of renewables available in various parts of the world has the potential to generate wonders in engineering and technology. This article focuses on obtaining an overview of implementing a hydrogen storage system in the Tees Valley, understanding the potential of hydrogen storage through electrolysis from renewable energy sources (wind), and analyzing, optimizing, and simulating the design using SIMULINK, MATLAB, and justifiably providing a comprehensive result based on the analysis. To bridge the gap between renewable energy generation and consumption, technological improvement in energy storage research is critical. Among the recommended ways for energy storage, the thought of deploying technology for hydrogen storage is interesting. This could assist in shedding light on the issues raised by renewable energy and storage technologies. Following that, an analysis of the market storage units could be performed, and the unit's implementation could be made both cost and energy efficient. This method could aid in the usage of green energy as a total alternative and in working hand in hand with nature to achieve a sustainable answer.