Tom Marsik

Engineering

1. Heat Pump 100%
2. Source Heat Pump 75%
3. Energy Engineering 51%
4. Heat Recovery 50%
5. Heat Recovery Ventilator 40%
6. Ventilation System 37%
7. Indoor Air 37%
8. Real Life 31%
9. Pump Efficiency 26%
10. Outdoor Temperature 26%
11. Heat Sources 26%
12. Energy Conservation 25%
13. Forced Air 25%
14. Indoor Unit 25%
15. Space Heating 25%
16. Design Process 25%
17. Building Envelope 25%
18. Distribution System 25%
19. Energy Efficiency 25%
20. Exhaust Duct 25%
21. Air Quality 25%
22. Recovery Efficiency 25%
23. Safe Operation 25%
24. Low Environmental Impact 25%
25. Architectural Design 25%
26. Fossil Fuel 18%
27. Renewable Source 12%
28. Energy Building 12%
29. Practical Guideline 12%
30. Heating Season 12%
31. Fresh Air 12%
32. Test System 12%
33. Improvement Potential 12%
34. Heating System 12%
35. Exchange Energy 12%
36. Low-Temperature 12%
37. Relative Humidity 12%
38. Thermal Energy 12%
39. Renewable Energy 12%
40. Duct 9%
41. Energy Usage 7%
42. Minimizing Energy 6%
43. Heat Losses 6%
44. Building Interior 6%
45. Outdoor Air 6%
46. Mathematical Model 6%