建築物外皮による空調負荷低減等技術 実証試験結果報告書 《詳細版》
Contents
1. 27 4 H232. 4 2 2 3 20 23 H23 111 kWh 111 kWh RI 873kWh 762kWh 1 001kWh 890kWh 1 12 7 11 1 431 378 264 kWh 4 320 kWh 4 1 845kWh 4 2 196kWh 4 RS 1 581kWh 4 1 876kWh 4 6 9 14 3 14 6 1 016 1 078 1 2 C 1 5 TP 8 39 2C 38 0C 40 5 C 39 0 C 15 6 1 3 C 15 C 39 2 C 37 9 C 40 5 C 39 0 C 1 8
3. 1 1 TEL FAX Web Emal
4. 1 H23 111 kWh 873kWh 762kWh 12 7 96 111 kWh 1 001kWh 890kWh 11 1 431 378 6 9 264 kWh 4 1 845kWh 4 1 581kWh 4 14 3 320 kWh 4 2 196kWh 4 1 876kWh 4 14 6 1 016 1 078 1 2 C 39 2 C 38 0 C 1 5 C 40 5 C 39 0 C 15 1 3 C 39 2 C 37 9 C 1 1 5 C 40 5 C 39 0 C 6 9 8 1
5. 65 100 65 100 1800mm x 1800mm ul r 12 H23 4 4 1 1 23 9 9 2 2 3 9 12 23 9 2 6 3 2 3 10 3 2 4 2 1 3 4 2 4 2 1 1 JIS R 3106 300nm 2500nm
6. 18 22 LESCOM env 1 AE Sim Heat 2 NewHASP ACLD 3 23 18 22 23
7. 2 1 10 H23 2 1 E E PS ul zk A E
8. 300nm 2500nm 300nm 2500nm 13 H23 4 2 2 AE Sim Heat 1 NewHASP ACLD 2 AE Sim Heat AE CAD 1 1
9. ul 2 2 1 Nm 3
10. 4 8 8 2 2 1 4 2 2 3 20 2 1 1 1 1 1 LD 20 49 m2 6 62m2 2 7m 2 113 40m2
11. ul 3 lt 1 4 23 5 19 82p http www env g0 jp press file_ view php serial 17530 amp hou_id 13792 H23 2 2 1
12. 1 800kWh 120 300kWh 500kW 2010 108p 2010 117p
13. H23 2 300nm 2500nm jE CO ey No 1 No 1 No 2 No 2 No 3 No 3 1 1000 1500 2000 nm 1 100 1000 1500 2000 nm 2 H23 3 1 2 LD 1 1 65 kWh 430kWh 365kWh 15
14. 28 H23 1 12mm GW 50mm 12mm 30mm 9mm mA GW 50mm 12mm 12mm 12mm 15mm 1 12mm 10mm 12mm GW 50mm 60mm 12mm GW 50mm GW 24K 29 H23 2
15. LD 1 65 kWh 65 kWh 430kWh 365kWh 488kWh 423kWh 1 15 1 13 3 319 337 213 kWh 4 228 kWh 4 1 145kWh 4 1 324kWh 4 932kWh 4 1 096kWh 4 6 9 18 6 17 2 1 043 1 184 1 9 C 1 5 C 37 8 C 35 9 36 7 35 2 15 2 4 C 1 9 C 38 2 C 35 8 C 37 0 C 35 1 C 1 8 6 9 2 8 1 3 4 MRT MRT
16. 2 3 n 3 50X50mm 2 JIS Z 8722 10 XYZ JIS Z 8721 V 3 JIS R 3106 5 5hm 25hm JIS R 3107 1
17. 1kW kW COP 15 8 1 15 1 8 1 31 6 9 6 1 9 30 1 1 E 27
18. 24 3 23 ee 4 4 5 12 2 2 1 5 2 2 4 5 1
19. 4 2 2 3 20 5 139 25 3 H23 1 2 kWh
20. H23 21 H23 2 300nm 2500nm jE CO 40 No 1 No 1 No 2 No 2 20 No 3 No 3 0 1 1 1 500 1000 1500 2000 2500 nm 5 1 100 ex CO gt 0 ES HS ES ES Ti EN ES EN NE RS I 500 1000 1500 2000 2500 nm 5 2 22 H23 5 1 2
21. 8 31 9 30 15 18 H23 2 2 7 1 kWh
22. F MRT MRT E 4 2 2 3 20 H23 2 LD 325 kWh 1 347kWh 1 022kWh 24 1 331 kWh 1 515kWh 1 184kWh 21 8 1 589 1 714 423 kWh 1 826kWh 1 403kWh
23. ul ul mm 11 H23 3 3 1 3 8 1 TEL FAX Web E mail
24. 2 1 ul ll _
25. 4 8 RC 826 56m2 E 2 7 1 113 40m2 8 6m 37 44m2 1800mm XX 1800 mm 1800 mm 2600 mm 8mm 8mm 31 32 1 247 47 71 NewHASP ACLD B B 6300
26. ul He 26 EE wy E HI TH H23 1
27. 4 2 2 3 20 H23 3 1 2 kWh 1kW kW COP 15 8 1 15 1 8 1 31 6 9 6 1 9 30 1
28. 8mm 6 1 9 2009 143p R 1009 2008 8 15 1985 4 15 1985 5 8 2 2007 p 281 6 2010 2p http glass catalog jp pdf7 s19 020 pdf 2011 11 pli
29. LESCOM 2 9 2009 143p R 1009 2008 4 as 4 23 5 19 82p http www view php serial 17530 amp hou_id 13792 LESCOM 1 2005 EE 300ecsoeed oii 9 10
30. AO 4 Ds 1 COP AZ AE AO kWh COP COP A kWh 4 10 ED kWh kWh 4 4 2 C 1 4 9 19 H23
31. 1 LD 20 49 mz 6 62m2 2 7m 4 2 4 1 2 113 40m2 37 44m2 3 6m RC 4 3 4 2 3 1800mm 2600mm 8mm 8mm 5 41 W m K GS 3mm 5
32. 2009 149p 27 H23 1 1 1 1 2 JIS Q 17025 2005 TSO TEC17025 2005 2 2 1
33. MRT MRT MRT Mean Radiant Temperature SE 3 4 11 1 3 0 55 1 8 2 2007 p 287 20 5 5 1 1
34. 12mm 8mm 920mm 150mm 25mm 20mm 120mm 20mm 1mm w 1mm 1 3mm 150mm 9mm 12mm 31 EL 1800 1200 1800 6oo 6000 8mm 1 32 H23 2600mm 1000 2600 360
35. 2 65 100 65 100 1800mm x 1800mm H23 1 2 3 5 1 9 4 1
36. ee 12 ul ul ul ul ER ON ee ed a er ho a 13 tO RRR RE 13 13 5 i 21 HE mo 21 Ls de nd 28 1 1 20 AA 2 200 00 70 2720 000040 0 2A 2 28 2 28 EO Gi Ei i lA 28 de Ar ed TN eh 28 3 H23 051 1112 J www env go jp policy etv EAE A 23 9 12 24 2 13 1
37. 325 kWh 1 347kWh 1 022kWh 24 1 331 kWh 1 515kWh 1 184kWh 21 8 1 589 1 714 423 kWh 1 826kWh 1 403kWh 23 2 434 kWh 2 084kWh 1 650kWh 20 8 2 074 2 251 266 kWh 1 847kWh 1 581kWh 14 4 337 kWh 2 215kWh 1 878kWh 15 2 9 1 1 023 1 131 1 233 kWh 8 569kWh 7 336kWh 14 4 1 533 kWh 10 486kWh 8 953kWh 14 6 4 724 2 E
38. 14 H23 4 2 125 86m2 LD 20 49m2 2 7m 6 62m2 29 30 1 AE Sim Heat 3185 910 1820 2730 ec mm ily CB2 3 MB CB1 EE NZ 5005 3640 2 2275 1820 1820 2730 8 5005 3640 LD 8645 1 4 1 15 H23
39. W1700mm x H2000mm W780mm XH1850mm 2 W1700mm x H1200mm W780mm H1050mm 2 W500mm x H1200mm W400mm XH1050mm 1 W1700mm XH450mm W730mm XH300mm 2 12mm W1000mm x H2000mm GW 50mm 12mm 12mm W800mm XH 2000mm GW 50mm 12mm W800mm XH 2000mm 4mm 4mm 30 H23 8 60mm 25mm 10mm 150mm 9mm 12mm 8mm 920mm 150mm 25mm
40. 23 2 434 kWh 2 084kWh 1 650kWh 20 8 2 074 2 251 266 kWh 1 847kWh 1 581kWh 14 4 337 kWh 2 215kWh 1 878kWh 15 2 1 023 1 131 1 233 kWh 8 569kWh 7 336kWh 14 4 1 533 kWh 10 486kWh 8 953kWh 14 6 4 724 1 5 139
41. 6 9 2 8 1 8 4 MRT MRT 4 2 2 3 20 24 H23 LD 2
42. 37 44m2 3 6m RC 4 2 2 1 14 2 1981 1995 3 26 6 F 12 14 16 22 4 67 28 0 7 21 3 55 4 kWh H23 3 3 1 1
43. 1 6000 1 24600 6000 1 6300 4 2 22 22 16 H23 4 4 1 1981 1995 6 9 12 14 16 22 1 1 7 21 2 15 1985
44. 17 H23 COP Coefficient of Performance 4 7 COP COP E 2 8kW E 14 0kW 4 2006 2006 2 2006 3 2006 4 8 gt kWh 1 3 1 2 7 1 9 30 3 10 1 6 30 0 kWh 4 9
45. 22 22 4 6 75 4W 1 12W mz2 8 21 2 0 1 m2 8 21 2 12W m2 0 24 2 15 1985 22 22
46. 0
47. 1 96 65 kWh 488kWh 423kWh 13 3 319 337 6 9 213 kWh 4 1 145kWh 4 932kWh 4 18 6 228 kWh 4 1 324kWh 4 1 096kWh 4 17 2 1 043 1 184 1 9 C 37 8 C 35 9 2 4 C 38 2 C 35 8C 6 9 8 1 MRT MRT 4 2 2 3 20 1 5 C 36 7 C 35 2 1 9 C 37 0 C 35 1 C 15 1 1 H
48. A 2 3 2 4 3 J 051 1112 www env go jp policy etv 18 23
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