| Form of studies |
Professional Master |
| Title of the study programm |
Computerised Control of Electrical Technologies |
| Title in original language |
Elektroniskās vadības sistēmas izstrāde indukcijas gaisa sildīšanas ieviešanai pilsētas transporta elektoapgādei |
| Title in English |
Development of an electronic control system for induction air heating in a power plant for urban vehicles |
| Department |
Faculty Of Computer Science Information Tehnology And Energy |
| Scientific advisor |
Nadežda Kuņicina |
| Reviewer |
Mihails Gorobecs |
| Abstract |
This master's thesis explores innovative solutions for modern energy-efficient urban vehicles, namely induction air heating for a pneumatic engine, which is part of a combined power plant. The main purpose of the thesis is to develop a combined power plant for urban vehicles with an internal combustion engine and a pneumatic engine and induction air heating, which will improve the energy, economic and environmental per-formance of vehicles.
The paper is divided into several comprehensive sections. The first section ana-lyzes the use of a combined power plant with a pneumatic engine on motor vehicles. Then, in the second section, the work processes of a pneumatic engine for urban vehicles are studied. The workflows in the pneumatic engine cylinder are modeled. Then, in the third section, a study of the induction air heating system in a combined power plant with a pneumatic engine was carried out. The induction heating of metal elements of the pneumatic engine was modulated. The dependences of the main characteristics of elec-tromagnetic processes occurring during induction heating are calculated. An innovative approach to the method of induction heating of compressed air in a pneumatic engine using solar panels on the roof of a car is proposed.
The thesis is written in 71 pages, 26 figures included, list of references includes and 21 sources. |
| Keywords |
Induction heating, pneumatic motor, power plant, environmental performance, energy-efficient transportation. |
| Keywords in English |
Induction heating, pneumatic motor, power plant, environmental performance, energy-efficient transportation. |
| Language |
eng |
| Year |
2024 |
| Date and time of uploading |
04.06.2024 20:06:03 |
