National Repository of Grey Literature 3 records found  Search took 0.00 seconds. 
Bycicle with Combustion Engine and Electrical Transfer of Power
Mazálek, Tomáš ; Huták, Petr (referee) ; Vorel, Pavel (advisor)
The objective of this semester thesis is design of the control algorithm, needed control and power circuits and PCB design for the unfinished bicycle concept with a combustion engine and electric power transmission. The control algorithm had to be designed to make efficient use of the combustion engine performance and to minimalize the fuel consumption and noise level of the device. All circuits are fully implemented by analog components for which were designed printed circuit boards using program Eagle and this boards were revived and debugged.
Bycicle with Combustion Engine and Electrical Transfer of Power
Mazálek, Tomáš ; Huták, Petr (referee) ; Vorel, Pavel (advisor)
The objective of this semester thesis is design of the control algorithm, needed control and power circuits and PCB design for the unfinished bicycle concept with a combustion engine and electric power transmission. The control algorithm had to be designed to make efficient use of the combustion engine performance and to minimalize the fuel consumption and noise level of the device. All circuits are fully implemented by analog components for which were designed printed circuit boards using program Eagle and this boards were revived and debugged.
Motorbike with an electric power transfer
Mička, D.
This project describes the experiment of the electric transfer of power applied on a classical bicycle. There are described single parts of the concept in the project and there is also given a short presentation of how it can be used on the bicycle. The power is being transmitted without a battery and the control system is designed to be able to deal with the power peak of the electric engine and to ensure the maximum efficiency of the combustion engine operating with varying actual power.

Interested in being notified about new results for this query?
Subscribe to the RSS feed.