Greece Electric Ferry Maritime Transport Infrastructure Development Feasibility Study with Clean Shipping Outlook

Executive Viability Abstract

Feasibility analysis for the electrification of the Greek maritime ferry network, targeting the 'short-sea' routes between the Saronic and Cyclades island groups. The study explores the transition from traditional diesel-electric propulsion to battery-electric systems (BESS) supported by high-capacity port charging infrastructure, aligning with the EU's 'Fit for 55' mandate and Greece's National Climate Law.

## Market Analysis Greece operates one of the largest ferry fleets in Europe, with over 6,000 islands necessitating constant maritime connectivity. The current fleet is aging (average 28 years), facing strict IMO and EU decarbonization regulations. There is a high demand for sustainable tourism and a critical need to reduce noise and air pollution in port cities like Piraeus and Rafina. ## Capex Summary Initial investment is estimated at $185M for the pilot phase. Key components include: - **Fleet Procurement:** $120M (4 short-range electric catamarans) - **Charging Infrastructure:** $45M (Megawatt Charging Systems at 4 primary ports) - **Grid Reinforcement:** $15M (Substations and storage buffers) - **R&D and Certification:** $5M ## Revenue Model The model relies on a tiered pricing strategy for passengers and vehicles, combined with Public Service Obligation (PSO) subsidies from the Greek government for remote island connectivity. Secondary revenue streams include onboard premium services and the sale of carbon credits under the EU ETS (Emission Trading System). ## Financial Projections Operating expenses (OPEX) are projected to drop by 45% compared to diesel vessels due to lower energy costs and reduced mechanical maintenance. Break-even is anticipated as passenger volume scales with green-tourism marketing. ## Risk Assessment Primary risks involve grid stability on smaller islands and the high initial cost of battery replacement. Mitigation involves installing shore-side energy storage systems (SESS) to buffer the local grid.