Add to ORKGThe E-Plane is the first aircraft to combine batteries and a fuel cell(s) to power passengers through the air. The problem of removing heat from the fuel cell, motor and controller arises during operation. A cooling system is necessary to dissipate heat, while minimizing weight, volume, and power consumption. Using MATLAB and Simulink software, three different cooling systems were modeled, simulated, and analyzed to determine the optimum configuration of components. Different components were recommended for use in the plane
The ever-increasing levels of greenhouse gas emissions has led to the scientific community starting ...
Most modern airplanes are powered with IC engines because electrical propulsion was not feasible at ...
Through applying an exemplary design study, the dependencies between current density, temperatures, ...
The E-Plane is the first aircraft to combine batteries and a fuel cell(s) to power its passengers th...
The application of fuel-cell technology to aircraft propulsion and/or energy supply is becoming of g...
In this paper, the design of fuel cells for the main energy supply of passenger transportation aircr...
A hydrogen based energy supply with fuel cells gains importance as today fuel cell vehicles and fuel...
In response to the increased demand for aircraft electrification and growing interest in fuel cell t...
In order to reduce emissions from commercial aviation, the industry and academia are investigating ...
Overheating is one of the main concerns in electronic equipment. Conventional cooling systems for Ai...
The hybrid electric propulsion system can improve flight efficiency and decrease the problems of car...
The hydrogen and fuel cell power based technologies that are rapidly emerging can be exploited to st...
The application of fuel cell (FC) technology to aircraft propulsion and/or energy supply is becoming...
Within this project the possibility to build a very light and yet effective cooling machine has been...
Air transport is facing an important challenge when it comes to the reduction of its environmental f...
The ever-increasing levels of greenhouse gas emissions has led to the scientific community starting ...
Most modern airplanes are powered with IC engines because electrical propulsion was not feasible at ...
Through applying an exemplary design study, the dependencies between current density, temperatures, ...
The E-Plane is the first aircraft to combine batteries and a fuel cell(s) to power its passengers th...
The application of fuel-cell technology to aircraft propulsion and/or energy supply is becoming of g...
In this paper, the design of fuel cells for the main energy supply of passenger transportation aircr...
A hydrogen based energy supply with fuel cells gains importance as today fuel cell vehicles and fuel...
In response to the increased demand for aircraft electrification and growing interest in fuel cell t...
In order to reduce emissions from commercial aviation, the industry and academia are investigating ...
Overheating is one of the main concerns in electronic equipment. Conventional cooling systems for Ai...
The hybrid electric propulsion system can improve flight efficiency and decrease the problems of car...
The hydrogen and fuel cell power based technologies that are rapidly emerging can be exploited to st...
The application of fuel cell (FC) technology to aircraft propulsion and/or energy supply is becoming...
Within this project the possibility to build a very light and yet effective cooling machine has been...
Air transport is facing an important challenge when it comes to the reduction of its environmental f...
The ever-increasing levels of greenhouse gas emissions has led to the scientific community starting ...
Most modern airplanes are powered with IC engines because electrical propulsion was not feasible at ...
Through applying an exemplary design study, the dependencies between current density, temperatures, ...