Industrial Strategy Challenge Fund - Active Building Centre

Engineering

1. Life Cycle Assessment 100%
2. Building Code 94%
3. Built Environment 73%
4. Power Generation 54%
5. Global Warming Potential 54%
6. Regulations and Standard 52%
7. Target Value 50%
8. Energy Storage 47%
9. Renewables 47%
10. Operational Cost 47%
11. Intelligent Buildings 47%
12. Renewable Energy 47%
13. Powerplant 47%
14. Circular Design Strategy 47%
15. Ecodesign 47%
16. Impact Category 47%
17. Nonresidential Building 31%
18. Construction Stage 28%
19. Early Stage 26%
20. Design Process 23%
21. Photovoltaics 23%
22. Zero Net Building 23%
23. Energy Performance 23%
24. Design Cycle 23%
25. Integrated Photovoltaics 23%
26. Low Energy Building 23%
27. Design Tool 23%
28. Architectural Design 23%
29. Lithium-Ion Batteries 23%
30. Power Station 23%
31. Demand Profile 23%
32. Energy Efficiency 23%
33. Electric Car 23%
34. Industrialized Country 23%
35. Building Sector 23%
36. Energy Capacity 23%
37. Embodied Carbon 23%
38. Facades 23%
39. Communication System 23%
40. Provide Energy 23%
41. Electricity Demand 21%
42. Superlattice 18%
43. Capital Cost 17%
44. Office Buildings 15%
45. Greenhouse Gas 15%
46. Electricity Grid 13%
47. Metrics 11%
48. Energy Flexibility 11%
49. Responsiveness 11%
50. Production Waste 9%
51. Case Study Building 9%
52. Broad Range 9%
53. Building Services 9%
54. Rank Order 9%
55. Circularity 9%
56. Operational Energy 9%
57. Global Energy 7%
58. Payback Period 7%
59. Climatic Change 7%
60. Climate Change 7%
61. Secondary Battery 7%
62. Operational Scenario 5%
63. Building Type 5%
64. Increasing Demand 5%
65. Realization 5%
66. End-Users 5%
67. Carbon Footprint 5%
68. Electric vehicle charging 5%
69. Solar Energy 5%
70. Optimization Strategy 5%
71. Electrical Grid 5%
72. Store Energy 5%
73. Energy Systems 5%