The present disclosure provides a fuel cell system comprising a hot box, an air tube, an electrical heater and a thermal sensor. The hot box may comprise a fuel cell stack having a plurality of fuel cell units joined together. Each fuel cell unit of the fuel cell stack unit has an anode, a cathode and an electrolyte...

The present disclosure discloses a thermally integrated hotbox. The hot box may comprise a solid oxide fuel cell stack. Further the thermally integrated hotbox may comprise an electric air pre-heater configured to supply pre-heated air to the solid oxide fuel cell stack. Further a partial catalytic oxidizer may be i...

A fuel cell system for starting-up a fuel cell stack module is disclosed. The fuel cell system includes a heating unit adapted to heat at least one surface of a fuel cell stack. The heating unit is positioned at a first predefined clearance from the at least one surface of the fuel cell stack. Further, the fuel cell...

The present disclosure discloses a system for integrating multiple power sources and to optimize power source and load conditions. The system may comprise a plurality of power source. The system may further comprise a D C bus electrically coupled with the plurality of power source. Further the system may comprise a ...

The present invention relates to fuel cells and more particularly to the solid oxide fuel cell with internal steam reformation on the stack. The present invention provides an integrated steam injection-mixing-solid oxide fuel cell stack. Also, the present invention provides a novel method and system for direct injec...

The present invention relates to fuel cells and more particularly to hydrogen enriched natural gas (HCNG) for use in Solid Oxide Fuel Cell power generation systems. The present invention also relates to system and method for Hydrogen enriched natural gas (HCNG) for use in Solid Oxide Fuel Cell power generation syste...

The present disclosure relates to methods and systems for using multiple fuels in a fuel cell system. In an embodiment, the fuel cell system 100 may include a selction unit 101, a control unit 102, and a reformer unit 103 in communication with each other. The selection unit adpated to select one of the multiple fuel...

The present invention discloses a process (100) and a system (200) for on-site dispense of high-quality hydrogen by an organic hydrogen carrier. The liquid phase organic hydrogen carrier (LOHC) is hydrogenated (102) in a first reactor (202) of a modular integrated reactor system (200). Further, hydrogenated LOHC is ...

An electrochemical device (100) is provided. The device includes a stack of cells (102) and bipolar plates (104). A bipolar plate (104) is placed between adjacent cells (102) and includes a first portion (202) having a first side (206A) and a second side (206B) and a quadrilateral-shaped portion (204) having an exha...

Disclosed herein is a fuel supply assembly (100) adapted to supply a fuel mixture. The fuel supply assembly includes a feed line (110), a replenishment tank (104), and an outlet (112). The feed line (110) adapted to receive the fuel mixture of a pair of gaseous fuels having a first ratio of mixing. The replenishment...

The present disclosure discloses an energy recovery system (102) for a fuel cell unit (100). The energy recovery system (102) includes an inlet (110) fluidically coupled with a gas outlet of the fuel cell unit (100), a condenser (108) fluidically coupled with the inlet (110) and disposed downstream to the inlet (110...

Disclosed herein is a solid oxide electrolyte cell (SOEC) (100) for producing hydrogen. The SOEC (100) includes an electrolytic cell (116) having an anode and a cathode. Further, the SOEC includes a Hydrogen-gas burner (110) to provide steam of predefined volume to the cathode, based on the combustion of Hydrogen. F...