Wang Haichao ARF Research costs

Engineering

1. District Heating 100%
2. Heat Pump 82%
3. Wind Power 82%
4. Combined Heat and Power Plant 59%
5. Heat Storage 51%
6. Thermal Load 47%
7. Waste Heat Recovery System 41%
8. Space Heating 41%
9. Building Heating 41%
10. Predictive Control Model 41%
11. Forced Convection 41%
12. Peak Power 41%
13. Thermoelectricity 41%
14. Electric Power Utilization 41%
15. Supply Temperature 41%
16. Counterflow 41%
17. Control Group 41%
18. Low-Temperature 41%
19. Cogeneration Combined Cooling Heating Power 41%
20. Room Temperature 41%
21. Artificial Neural Network 41%
22. Energy Efficiency 40%
23. Simulation Model 22%
24. High Wind 20%
25. Energy Systems 20%
26. Boiler 20%
27. Test Rig 20%
28. Hydraulics 20%
29. Economic Feasibility 20%
30. Computational Fluid Dynamics 20%
31. Air Velocity 20%
32. Payback Time 20%
33. Heating Power 20%
34. Dynamic Models 20%
35. Indoor Air 20%
36. Curtailment 19%
37. Artificial Neural Network Model 16%
38. Heat Demand 16%
39. District Heating System 14%
40. Equivalent Diameter 13%
41. Diameter Ratio 13%
42. Film Theory 13%
43. Sensitive Factor 13%
44. Simulation Result 11%
45. End-Users 11%
46. Temperature Distribution 11%
47. Combined Heat and Power System 10%
48. Applicability 10%
49. Mathematical Model 10%
50. System Efficiency 10%
51. Renewable Energy Source 10%
52. Production Planning 8%
53. Operating Mode 8%
54. Domestic Hot Water 8%
55. Energy Demand Management 8%
56. Outdoor Temperature 8%
57. Load Level 8%
58. Power Output 8%
59. Cooling Water 8%
60. Efficiency Factor 8%
61. Renewable Energy 8%
62. Nonlinearity 8%
63. Coefficient of Performance 8%
64. Black Box 8%
65. Thermodynamic Model 8%
66. Load Forecasting 8%
67. Model-Based Control 5%
68. Heating Energy 5%
69. Thermal Environment 5%
70. Load Distribution 5%
71. Predictive Control 5%
72. Substations 5%
73. Energy Simulation 5%
74. Control Strategy 5%