Renewable Hydrogen Generation: Environmental Implications and Supply Chain Analysis

Battery Electric Vehicles (BEVs) have emerged as environmentally friendly transportation solutions. Yet, challenges persist, particularly in the reliance on fossil fuel-derived electricity for charging and the inefficiency of building extensive charging infrastructure. To address these concerns, this research develops a hydrogen fuel supply chain as an alternative energy source for BEVs. This research aims to model a hydrogen fuel supply chain leveraging existing infrastructure, offering a viable solution to the current environmental dilemma. Through the utilization of the Center of Gravity Analysis Approach, we constructed a model of the hydrogen fuel supply chain, drawing inspiration from the existing gasoline demand patterns. This approach provides a comprehensive analysis of the potential costs and challenges associated with implementing hydrogen fuel, contributing valuable insights for the transition to sustainable and efficient transportation systems. By showcasing the feasibility of a hydrogen fuel supply chain, this research offers a glimpse into the multifaceted implications of hydrogen fuel implementation, laying the foundation for informed decision-making in the development of future transportation ecosystems.