InterContinental Energy (ICE) unveils its Australian-designed P2(H2)Node system, aimed at revolutionizing the green hydrogen industry. The patented modular system integrates electrolysis with renewable energy sources, eliminating long-distance electricity transmission. ICE emphasizes standardized design and modular construction to reduce costs and enhance efficiency, with up to 10% lower capital expenditure and 10% higher operational efficiency projected. The system's decentralization and flexibility allow for efficient deployment in various settings, making giga-scale green hydrogen production feasible. ICE CEO Alexander Tancock believes that the P2(H2)Node system could simplify project deployment and ensure economically viable and globally scalable green hydrogen production, particularly in coastal and remote areas abundant in renewable resources. By co-locating hydrogen production with renewable farms, the system aims to utilize generated power efficiently. The P2(H2)Node system is expected to unlock opportunities for large-scale production of hydrogen derivatives like ammonia and e-fuels, promoting decarbonization in challenging sectors. ICE's projects, including the Western Green Energy Hub, aim to drive down green ammonia production costs and support significant job creation in Australia. The system is positioned to play a key role in supporting the transition to a greener economy and facilitating sustainable development in the energy sector.