Energetic Alchemy: Delta's Hydrogen Horizon

CeresImage Source: Ceres


Delta Electronics, a Taiwan-based electronics manufacturer, has entered a £43 million ($54.52 million) collaboration with Ceres Power Limited. This long-term agreement includes technology transfer and licensing, allowing Delta to access Ceres' hydrogen energy stack technology. The partnership aims to integrate Ceres' energy stack tech with Delta's power electronics, developing solid oxide fuel cell (SOFC) and solid oxide electrolysis cell (SOEC) systems for hydrogen applications, with production set to commence by late 2026.


In a monumental move towards sustainable energy, Delta Electronics, a Taiwan-based electronics manufacturing company, has inked a £43 million ($54.52 million) collaboration deal with Ceres Power Limited. This long-term partnership entails technology transfer and licensing, granting Delta access to Ceres' cutting-edge hydrogen energy stack technology portfolio.

The collaboration's primary objective is to fuse Ceres' energy stack technology with Delta's prowess in power electronics and thermal management. The result? The development of solid oxide fuel cell (SOFC) and solid oxide electrolysis cell (SOEC) systems tailored for hydrogen energy applications. The anticipated kick-off for production is late 2026, with ambitious plans for future scalability. These systems are poised to revolutionize Delta's green solutions across diverse sectors, including chemicals, energy, transportation, and steel.

Delta's CEO, Ping Cheng, emphasizes the significance of hydrogen in the global shift towards net-zero, citing its high heating value and zero CO2 emissions potential. The SOFC systems, known for reliability and high efficiency in electricity generation, are deemed ideal for micro-grid applications and mission-critical facilities like data centers and semiconductor production lines.

Additionally, the SOEC systems are positioned to play a pivotal role in industries such as chemicals, utilities, and steel, where the adoption of green hydrogen is on the rise. By leveraging Ceres' expertise and Delta's leading technologies, the collaboration seeks to contribute significantly to global carbon reduction targets.

Phil Caldwell, CEO of Ceres, expresses enthusiasm about the partnership with Delta, foreseeing efficient clean hydrogen solutions derived from their SOFC and SOEC technologies. The joint effort aligns with the growing importance of green hydrogen in establishing a secure and sustainable future energy system.

As part of the collaboration, Delta announces the establishment of a "Net-zero Science Laboratory" at its Tainan manufacturing complex. This facility will focus on developing zero-carbon technologies, including hydrogen energy, to bolster Delta's research and development capabilities.

Delta's roadmap from 2024 to 2026 involves product development and production line integration at its Tainan plant, with engineering service support from Ceres. The production of the envisioned technology is slated to commence by the end of 2026.

Looking ahead, Delta plans to integrate its smart energy solutions, encompassing microgrid applications and energy management platforms, with these hydrogen energy systems. This integration aims to provide comprehensive and flexible low-carbon infrastructure offerings to Delta's global customer base.

In essence, Delta's collaboration with Ceres represents a significant stride towards a greener and more sustainable future, contributing to the evolution of hydrogen technologies with potential global implications.


In conclusion, Delta Electronics' collaboration with Ceres Power Limited marks a transformative step towards sustainable energy solutions. The integration of Ceres' cutting-edge hydrogen energy stack technology with Delta's expertise in power electronics signifies a commitment to revolutionize hydrogen applications. With plans for production starting by the end of 2026, these systems have the potential to redefine green solutions across various sectors. Delta's dedication to net-zero goals, coupled with the establishment of a "Net-zero Science Laboratory," emphasizes their commitment to advancing zero-carbon technologies. This collaboration is not just a partnership; it's a forward-looking initiative poised to contribute significantly to global efforts in achieving a more sustainable and eco-friendly future.

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