Sungrow Hydrogen Secures Largest Share in China's Green Methanol Project
Key Ideas
- Sungrow Hydrogen has won the bid for the largest share of the hydrogen production equipment contract for China Coal Ordos Energy Chemical's '100,000-ton Liquid Sunshine' Demonstration Project.
- The project integrates renewables, hydrogen, and ESS to decarbonize coal-based industries, with key components including wind/solar power capacity, green hydrogen production, methanol synthesis, and CO₂ reduction.
- Sungrow Hydrogen's green hydrogen production system meets stringent requirements for continuous and stable operation, enabling large-scale production and application validation for green hydrogen-to-methanol conversion.
- This project signifies a significant step towards a carbon-neutral future, showcasing Sungrow Hydrogen's leadership in driving global industrial-scale green hydrogen adoption.
Sungrow Hydrogen has emerged as a key player in the green energy sector by securing the largest share in the bid for the hydrogen production equipment contract for China Coal Ordos Energy Chemical's ambitious '100,000-ton Liquid Sunshine' Demonstration Project. Valued at USD 680 million, this project aims to pioneer green hydrogen innovation for a carbon-neutral future. Sungrow Hydrogen will deliver 16 alkaline electrolyzers along with integrated gas-liquid separation and purification systems to support the large-scale industrial green hydrogen solutions required for this initiative. The project, which integrates renewables, hydrogen, and energy storage systems, is set to decarbonize coal-based industries by combining 625 MW of wind/solar power capacity, 21,000 tons/year of green hydrogen production, 100,000 tons/year of methanol synthesis using CO₂ and green hydrogen, and 500,000 tons/year of CO₂ reduction upon completion.
The core component of this project is Sungrow Hydrogen's flexible green hydrogen production system, designed to ensure continuous and stable operation while efficiently coupling with fluctuating renewable energy sources like solar and wind power. This system not only enables large-scale green hydrogen production but also facilitates the validation of green hydrogen-to-methanol conversion, offering low-carbon transition pathways for high-carbon industries such as coal chemical engineering. Sungrow Hydrogen's involvement in this project exemplifies its commitment to driving the global transition from pilot demonstrations to industrial-scale green hydrogen adoption, playing a crucial role in reshaping the future of sustainable energy production and consumption.