MegaFlex: Advancing Green Hydrogen Production with Wison and Sungrow's Innovative System
Key Ideas
- Wison Engineering and Sungrow Hydrogen have launched the MegaFlex system, offering a turnkey solution for green hydrogen production, designed for efficiency and cost-effectiveness.
- The MegaFlex design combines a 500 MW single-unit capacity with scalability up to GW-level projects, enabling adaptability to various applications.
- The integrated RelPS simulation platform optimizes configurations based on renewable energy inputs, reducing both initial investments and operating costs.
- The partnership between Wison and Sungrow aims to standardize green hydrogen engineering processes, emphasizing modular manufacturing and on-site delivery for global clients.
Wison Engineering and Sungrow Hydrogen, both based in China, have collaboratively launched MegaFlex, a comprehensive system for green hydrogen production. The solution follows a Plant-as-a-Product concept, aiming to enhance delivery efficiency and lower the cost of green hydrogen. MegaFlex combines Mega for its 500 MW capacity and Flex for its scalability, allowing it to adapt to projects of various sizes. The system integrates the RelPS simulation platform to optimize configurations based on renewable energy sources, demand requirements, and operational needs, ultimately reducing investments and operational expenses. Wison Engineering's CTO highlighted Sungrow Hydrogen's expertise in electrolysis technology as a crucial aspect of this partnership, emphasizing their commitment to renewable energy advancement. This launch stems from a strategic cooperation agreement signed earlier and focuses on streamlining green hydrogen engineering processes from design to delivery. Additionally, Wison Engineering recently secured a contract for Türkiye’s first biogas-to-methanol project, while Sungrow Hydrogen partnered with BrightHy Solutions to accelerate hydrogen equipment deployment in Iberia, building on their existing collaborations in the region.
Topics
Green Hydrogen
Renewable Energy
Manufacturing
Engineering
System Integration
Modular Design
EPC Services
Electrolysis Technology
Strategic Cooperation
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