Matthias Traninger

Engineering

1. Air Conditioning 24%
2. Climatic Change 9%
3. Cogeneration Combined Cooling Heating Power 24%
4. Component Model 9%
5. Cooling Requirement 43%
6. Coupled Model 24%
7. Critical Role 24%
8. Decision Maker 9%
9. Design System 9%
10. Domestic Production 100%
11. Electrolyser 24%
12. Electrolyzer 24%
13. Energy Efficiency 34%
14. Energy Market 24%
15. Energy Resource 75%
16. Energy Systems 49%
17. Energy Usage 9%
18. Energy-Intensive Industry 24%
19. Environmental Concern 24%
20. Excess Heat 28%
21. Fossil Fuel 24%
22. Future Energy 24%
23. Green Hydrogen 75%
24. Gyrators 37%
25. Heat Exchanger Network 46%
26. Heat Integration 18%
27. Heat Recovery 75%
28. Heat Supply 75%
29. Heating Requirement 43%
30. Hot Water 24%
31. Hydrogen Infrastructure 75%
32. Hydrogen Production 49%
33. Hydrogen Technology 24%
34. Increasing Demand 24%
35. Industrial Sector 24%
36. Integrated System 24%
37. Larger Quantity 49%
38. Lesser Extent 24%
39. Main Process 24%
40. Mixed-Integer Linear Programming 18%
41. Moderate Temperature 24%
42. Power Level 9%
43. Power Production 24%
44. Primary Energy Consumption 18%
45. Process Heat 75%
46. Production Engineering 24%
47. Production Site 24%
48. Renewables 75%
49. Supply System 75%
50. Thermal Energy 9%