SOLID OXIDE FUEL CELL AND ELECTROLYSIS CELL SYSTEM
As the "Dual Carbon" strategy advances comprehensively and deeply, the
global energy system is transitioning toward high efficiency, low carbon
emissions, reversibility, and distributed architecture. Integrated Solid Oxide
Fuel Cell (SOFC) and Reversible Solid Oxide Electrolysis Cell (SOEC) systems
overcome the bottlenecks of traditional equipment by leveraging core advantages
such as an all-solid-state structure, bidirectional reversible conversion, broad
fuel compatibility, and independence from precious metals, thereby enabling
electricity-gas interoperability and multi-energy coupling.
Based on advanced high-temperature electrochemical principles, this system
offers energy conversion efficiency far superior to conventional equipment,
enabling efficient power generation, combined heat and power (CHP) production,
and the generation of green hydrogen or syngas. Its metal-supported or
all-solid-state ceramic structure eliminates leakage and corrosion, ensuring
stable operation and a long service life; furthermore, the absence of precious
metal catalysts significantly reduces industrialization costs. The system
supports rapid, bidirectional operational switching and is compatible with a
wide range of fuels, demonstrating strong technological versatility.
It offers a wide range of application scenarios: providing distributed CHP
and independent energy supply for industrial parks, commercial complexes, and
remote areas; utilizing surplus wind and solar power for hydrogen production to
achieve long-duration energy storage; facilitating the low-carbon transition of
energy-intensive industries such as chemicals and metallurgy; and supporting
grid peak shaving and frequency regulation. It aligns perfectly with trends in
energy transition and industrial decarbonization.
By breaking through energy conversion bottlenecks with cutting-edge
technology, the integrated SOFC/SOEC system provides efficient, reliable, and
green solutions for distributed energy supply, green hydrogen production,
industrial decarbonization, and grid energy storage, thereby driving global
energy innovation and the realization of "Dual Carbon" goals.
The CLEANITIATIVE brand holds a pivotal position in the global solid oxide
cell, stack, and solutions sector, boasting an annual production capacity of 20
MW for solid oxide fuel cells (SOFC) and 70 MW for solid oxide electrolysis
cells (SOEC). The company’s solid oxide technology is backed by extensive field
application experience, demonstrating industry-leading performance and
durability in both fuel cell and electrolysis modes. Its high-efficiency solid
oxide stacks can be flexibly integrated into systems ranging from the kilowatt
to the megawatt scale.
