Hiringa Energy is determined to forge ahead with the construction of New Zealand's inaugural green hydrogen project in association with Ballance near the Kāpuni plant in Taranaki. The initiative, initially proposed in 2019, centers on utilizing electricity produced by towering wind turbines to create hydrogen via electrolysis. The hydrogen will serve as a vital input for Ballance's urea manufacturing process and as a fuel source for hydrogen-powered vehicles operated by Hiringa. A portion of the surplus electricity generated by the wind turbines will be channeled back into the national power grid. Despite facing setbacks like legal disputes instigated by Greenpeace, which led to increased costs and a reevaluation of capital needs, Hiringa Energy and its partners remain resolutely dedicated to advancing the project. The venture has secured substantial government funding and loans to support the development of hydrogen fuel and an expanding fuel distribution system. Presently, there are three operational hydrogen refueling stations, with plans for a fourth in progress. Noteworthy is Hiringa's supervision of a hydrogen-fueled truck fleet project, including the deployment of 20 trucks in collaboration with Truck Rentals. These trucks, a blend of Hyundai and Global Bus Ventures models, demonstrate the versatility of hydrogen as a fuel source. Moreover, the project aims to facilitate high-capacity transport companies across the North Island and into Christchurch by establishing a comprehensive fuel network. Ryan McDonald, from Hiringa Energy, points out that despite the challenging global hydrogen fuel market environment, the company remains optimistic about the future of its initiatives. The success of the Moree project in New South Wales, slated to commence in 2026, further underscores Hiringa's confidence in green hydrogen endeavors. By leveraging solar-generated electricity, this project will supply 'green hydrogen' for nitrogen fertiliser production, showcasing the viability and sustainability of hydrogen as an alternative energy source.