Group 1 - The core achievement of the project is the successful operation of the "Jupiter-1" unit, which utilizes a 30 MW pure hydrogen gas turbine for stable power generation, marking a significant step from concept to reality in the "electric-hydrogen-electric" demonstration project [1] - The project is located in the Ordos City of Inner Mongolia and integrates wind power, photovoltaic systems, and water electrolysis for hydrogen production, providing a comprehensive solution for the utilization of surplus renewable energy [1] - The project has been recognized as one of the first national pilot projects in the hydrogen energy sector, contributing to the establishment of a new energy system dominated by renewable sources [1] Group 2 - The "Jupiter-1" pure hydrogen gas turbine can reduce carbon emissions by over 200,000 tons annually compared to conventional power generation units of the same capacity [2] - The unit has a combined cycle generation capacity of 48,000 kWh per hour, sufficient to meet the daily electricity needs of 5,500 households [2] - The technology is expected to have broad application prospects in various scenarios, including grid peak shaving, distributed energy, comprehensive energy supply in industrial parks, and backup power for green data centers [2]

Core Viewpoint - The successful operation of the world's first 30 MW pure hydrogen gas turbine marks a significant advancement in the "electric-hydrogen-electric" energy conversion model, integrating renewable energy sources and addressing the challenge of surplus renewable energy consumption [1][5]. Group 1 - The 30 MW pure hydrogen gas turbine has achieved stable operation, representing the first practical demonstration of its kind globally [1]. - The project combines wind power, solar energy, and water electrolysis to produce hydrogen, creating a sustainable energy system [1]. - The project has been recognized as one of the first national pilot projects in the hydrogen energy sector [1]. Group 2 - The "Jupiter No. 1" pure hydrogen gas turbine can reduce carbon emissions by over 200,000 tons annually compared to conventional power generation units [3]. - The combined cycle can generate 48,000 kWh of electricity per hour, sufficient to meet the daily electricity needs of 5,500 households [3]. Group 3 - The project will help stabilize fluctuations in renewable energy and enhance grid regulation capabilities, providing a replicable model for energy transition [5]. - It aims to contribute to the establishment of a national hydrogen energy demonstration hub [5].