Israel Hydrogen Energy Storage Infrastructure Development Feasibility Study with Clean Energy Forecast

Executive Viability Abstract

This feasibility study evaluates the development of a national green hydrogen storage and infrastructure network in Israel, focusing on the synergy between the country's solar energy surplus in the Negev and the industrial demand in the Haifa and Ashdod regions. The project aims to mitigate renewable energy curtailment while providing a decarbonization pathway for heavy industry and transport.

## Executive Summary Israel's commitment to reaching 30% renewable energy by 2030 creates a critical need for long-duration energy storage. This study explores the deployment of PEM electrolyzers and high-pressure storage facilities to buffer solar volatility. ## Market Analysis The Israeli market is uniquely isolated ('energy island'), making self-sufficiency paramount. Market demand is driven by: 1. Industrial decarbonization (Bazan Refineries, ICL Group); 2. Heavy-duty transport (bus fleets and trucking); 3. Grid stability services for the Israel Electric Corporation (IEC). The current price of hydrogen in Israel is high due to import reliance, creating a gap for domestic green production. ## Capex Summary Initial CAPEX is estimated at $850 million for a 100MW pilot phase. Major costs include: 1. PEM Electrolyzers (45%); 2. Compression and Storage Units (25%); 3. Distribution Infrastructure (15%); 4. Land, Permitting, and Desalination feed-water systems (15%). ## Revenue Model Revenue is generated through three primary streams: 1. Power-to-Gas (P2G) sales to industrial off-takers via 15-year PPAs; 2. Hydrogen refueling station (HRS) retail for transport; 3. Ancillary grid services (frequency regulation) during peak demand shifts. ## Financial Projections With a projected green hydrogen cost of $4.50/kg by 2027 and government subsidies covering 20% of initial CAPEX, the project reaches operational profitability by year 5. The transition to a 'Hydrogen Valley' model in the Haifa Bay area will likely scale the IRR significantly by year 10.