Unlocking the Green Potential: Assessing the Role of Green Hydrogen in Revolutionizing Electricity Generation and Fueling Automotive Vehicles (FCEVS)

This paper investigates the transformative potential of Green Hydrogen (GH) in reshaping electricity generation and propelling the adoption of Fuel Cell Electric Vehicles (FCEVs) toward a sustainable energy future. Employing a quantitative research approach, the study examines the relationship between Green Hydrogen Production Capacity (GHPC), Renewable Energy Penetration (REP), Electricity Generation from Green Hydrogen (EGGH), and FCEV adoption. A comprehensive online survey conducted using the Statistical Package of Social Science (SPSS), gathered insights from a sample of 550 participants. The survey covers demographic details, familiarity with GH, electric vehicle ownership, energy comprehension, and sustainability information sources. Participants are assured of confidentiality and provided informed consent. The study reveals significant positive relationships between GHPC, REP, and EGGH. Additionally, a strong correlation emerges between EGGH and FCEV adoption. The mediation analysis identifies Green Hydrogen Cost (GHC) as a mediator, while Government Policy Support (GPS) acts as a moderator. The findings underline the complex relationship between factors driving the GH revolution, reinforcing its viability as a key driver for sustainable energy transformation.