The bipolar plate is the main construction element of a fuel cell stack. It needs to be optimized with respect to material and design. A bipolar element for a 200 cm2 active area fuel cell stack has been designed and manufactured. The versatility of the element has been demonstrated by the construction of a 100 cell stack. The stack exhibits a specific power of 330 W/kg at the nominal power of 6.4 kW.
DE 10306081 A UPAB: 20040920 NOVELTY - A fuel cell stack with fuel cells separated by bipolar plates...
Characterization of materials used for the fabrication of fuel cell components was made and reported...
A carbon composite bipolar plate for PEM fuel cells has been developed that has high electrical cond...
In the automotive field the application of electric propulsion systems based on fuel cells requires ...
PDFTech ReportNUTC R231Project #00022763DTRT06-G-0014Fuel cellsPlates (Engineering)Stainless steelEl...
In the automotive field the application of electric propulsion systems based on fuel cells requires ...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Bipolar plates for proton exchange membrane (PEM) fuel cells are currently under development. These ...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Alkaline fuel cell stacks are mostly build in monopolar configuration of the cells. At the German Ae...
This paper provides detailed insight into the design, construction, production and verification of a...
Bio-inspired design, fabrication and testing of bipolar plates for PEM fuel cell
Fuel cells, designed for mobile applications, should feature compact and low-weight designs. This st...
This project focused on the design and production of metallic bipolar plates for use in PEM fuel cel...
Bipolar plate is the key component of PEMFC and represents a significant part of the overall cost an...
DE 10306081 A UPAB: 20040920 NOVELTY - A fuel cell stack with fuel cells separated by bipolar plates...
Characterization of materials used for the fabrication of fuel cell components was made and reported...
A carbon composite bipolar plate for PEM fuel cells has been developed that has high electrical cond...
In the automotive field the application of electric propulsion systems based on fuel cells requires ...
PDFTech ReportNUTC R231Project #00022763DTRT06-G-0014Fuel cellsPlates (Engineering)Stainless steelEl...
In the automotive field the application of electric propulsion systems based on fuel cells requires ...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Bipolar plates for proton exchange membrane (PEM) fuel cells are currently under development. These ...
Alkaline fuel cell stacks are mostly build in monopolare configuration of the cells. At the German A...
Alkaline fuel cell stacks are mostly build in monopolar configuration of the cells. At the German Ae...
This paper provides detailed insight into the design, construction, production and verification of a...
Bio-inspired design, fabrication and testing of bipolar plates for PEM fuel cell
Fuel cells, designed for mobile applications, should feature compact and low-weight designs. This st...
This project focused on the design and production of metallic bipolar plates for use in PEM fuel cel...
Bipolar plate is the key component of PEMFC and represents a significant part of the overall cost an...
DE 10306081 A UPAB: 20040920 NOVELTY - A fuel cell stack with fuel cells separated by bipolar plates...
Characterization of materials used for the fabrication of fuel cell components was made and reported...
A carbon composite bipolar plate for PEM fuel cells has been developed that has high electrical cond...