Thailand Electric Ferry Maritime Transport Infrastructure Development Feasibility Study with Green Mobility Market Outlook

Executive Viability Abstract

This feasibility study evaluates the integration of electric ferry (e-ferry) systems into Thailand's maritime corridors, specifically targeting the Chao Phraya River and coastal tourist routes in the Andaman Sea. Driven by Thailand's '30@30' EV policy and the push for Green Mobility, the project focuses on replacing aging diesel fleets with zero-emission electric vessels supported by solar-integrated fast-charging infrastructure. The analysis suggests a strong alignment with national decarbonization goals and high economic viability through operational cost savings.

## Market Analysis Thailand's maritime transport sector is witnessing a shift towards sustainability. The market is driven by: - **Government Incentives:** Board of Investment (BOI) tax breaks for electric boat manufacturing and charging station infrastructure. - **Tourism Demand:** International travelers increasingly prefer eco-friendly transport options, supporting 'Blue Economy' initiatives in Phuket and Bangkok. - **Operational Efficiency:** Electric ferries reduce energy costs by 40-60% compared to traditional diesel engines. ## Technical Feasibility - **Vessel Design:** Utilization of aluminum or composite catamarans to reduce weight and optimize battery efficiency. - **Charging Infrastructure:** Deployment of DC fast chargers (300kW+) at major piers, integrated with energy storage systems (ESS) to manage peak grid loads. - **Battery Tech:** LFP (Lithium Iron Phosphate) batteries are recommended for safety and cycle life in tropical climates. ## Financial Projections - **Projected Revenue:** Sourced from passenger ticketing, premium eco-tours, and advertising. Growth is estimated at 8% CAGR over 10 years. - **OPEX Savings:** Drastic reduction in engine maintenance and zero fuel costs significantly offset the higher initial CAPEX. ## Risk Assessment Key risks include grid stability in remote areas and the high upfront cost of lithium-ion battery packs. Mitigation involves public-private partnerships (PPP) and phased implementation.