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   Power Engineering 3

Professors: J. Habel, J. Kyncl
Department: 13115

The aim of the course is to become students acquainted with heat transfer laws, the design and use of resistive, dielectric, induction and arc electro-heat devices, thermal comfort of human being, heating of interiors and examples of particular problems of electro-heat devices design and calculations. The next part of the course acquaints students with basics of photometry, light measurement, light sources, luminaires and fundamentals of indoor and outdoor lighting.

Class scheme:
1. Thermal conduction, convection and radiation.
2. Examples of electric conduction heating.
3. Examples of indirect electric resistive heating.
4. Principles and examples of induction heating systems.
6. Arc furnaces, connection to the grid.
6. Arc furnaces, connection to the grid.
7. Symmetrization of general 3 phase appliances.
8. Optical radiation, visual ease, basics of photometry.
9. Light measurement.
10. Light sources and luminaires.
11. Fundamentals of lighting.
12. Indoor space lighting.
13. Outdoor space lighting.
14. Artificial lighting design procedure.

[1] See Attachements (below)
[2] Wolfram, Stephen: The MATHEMATICA® Book
[3] SynthLight Handbook


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1b Eye and vision.ppt Info on 1b Eye and vision.ppt 4370432 bytes
3 Light Sources.ppt Info on 3 Light Sources.ppt 17700352 bytes
6b_Lumen_method.ppt Info on 6b_Lumen_method.ppt 2539008 bytes
Daylight.ppt Info on Daylight.ppt 287744 bytes
Exc1_Goniophotometer.pdf Info on Exc1_Goniophotometer.pdf 34324 bytes
Exc1_attachement.pdf Info on Exc1_attachement.pdf 249092 bytes
Exc3_Integrating sphere.pdf Info on Exc3_Integrating sphere.pdf 16649 bytes
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thermalComfort.ppt Info on thermalComfort.ppt 499712 bytes
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This particular version was published on 16:01 17.02.2015 by pelanzuz.