Jonas Lindhe

Engineering

1. District Heating 100%
2. Heat Pump 88%
3. Models 67%
4. District Heating System 56%
5. District Cooling System 56%
6. Development 51%
7. Low-Temperature 48%
8. Hydraulics 42%
9. Energy Systems 42%
10. Substations 42%
11. Energy Engineering 41%
12. Performance 41%
13. Circulation Pump 24%
14. Research 23%
15. Coefficient of Performance 22%
16. Network Temperature 21%
17. Electric Energy 21%
18. Installation 21%
19. Exchanger 21%
20. Chiller 20%
21. Control Strategy 17%
22. Sectoral 14%
23. Energy Market 14%
24. Energy Source 14%
25. Pressure Drop 14%
26. Coefficient of Variation 14%
27. Mass Flow 14%
28. Successful Implementation 14%
29. Root Mean Square Error 14%
30. Monitoring System 14%
31. Heat Source 12%
32. Temperature Range 12%
33. Reduction 10%
34. Building Sector 10%
35. Recovery 10%
36. Supply Temperature 10%
37. Support System 8%
38. Metrics 8%
39. Level Control 8%
40. Pipe 8%
41. Computer Simulation 8%
42. Temperature 8%
43. Prediction 8%
44. Cooling Demand 8%
45. Excess Energy 8%
46. Energy Demand 6%
47. Individual Component 6%
48. Dimensioning 6%
49. Design Parameter 6%
50. Networks (Circuits) 6%