Spectral beam splitting (SBS) hybrid PV/T system was a promising path for utilizing the full
spectrum solar energy to cogenerate electricity and high-grade heat, with high conversion …

Hydrogen is a promising energy carrier, especially for transportation, owing to its unique
physical and chemical properties. Moreover, the combustion of hydrogen gas generates …

A dynamic simulation model of a hybrid power generation system of a solid oxide fuel cell
and a homogeneous charge compression ignition engine was developed to investigate the …

A novel concept of solid oxide fuel cell (SOFC)-based hybrid power generation—an SOFC–
engine hybrid—is introduced, and proof-of-concept test results for a 5-kW-class system are …

A solid oxide fuel cell (SOFC)-based hybrid power generation system using homogeneous
charge compression ignition (HCCI) was previously proposed, based on which a proof-of …

A computational fluid dynamics (CFD) model of steam methane reforming process over a
pre-heated Ni-based catalyst is developed via ANSYS Fluent for real computational domain …

For the optimal operation of an energy conversion system combining a solid oxide fuel cell
(SOFC) and an internal combustion engine using spark-assisted ignition (SAI), a novel …

Steam methane reforming (SMR) has been adopted for the mass production of hydrogen
that has been actively used in various industrial processes for several decades. Currently …

The thermal energy of a methanol steam reforming system is balanced with heat-up by a
methanol burner, heat absorption by an evaporator, and an endothermic reforming reactor …

The objective of the proposed hybrid system is to increase the system efficiency by using the
residual fuel of the anode off-gas from a solid oxide fuel cell in an internal combustion …