電 機 - JEMA 一般社団法人 日本電機工業会
Contents
1.2. 2
3. 1
4. 2 1 1 2
5. 1 1 EN mn L es Pr _ 1 Tn esa 4 35
6. matsumo Liisa Me a 1 Ea JEMA www jema net or jp 2015 August gt P015 August 8 540 500 015 8 1 GEMA THE JAPAN ELECTRICAL MANUFACTURERS ASSOCIATION 102 0082 17 4
7. 4 2 2014 2
8. 3
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10. 11 PTP 400ppm Nd
11. NEDO bE mm MCH YKP 1 4
12. EV HEV PLC 2012 12
13. NHK 3 100 6 90 i 80 22 32 40 w lt en 0 S 20 10 EE 0 2010 1 2011 1 2012 1 2013 1 2
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15. et 2 00 90 2010 on wwe wm 1 Qp 40 000h 60 000h 7 20 to 40 C 100kW 1 32 2015 August 100kW
16. LHz LH2 LH2 LH2 LH2 ISO 40 LH2 3 2 4m x 2 6mx 12m LH2z 1 46m3 LH2 2 LH2 19 5MPa 700L
17. URL URL http wwwimeti go jp press 2014 06 20140624004 20140624004 html 2015 2020 2030 2040 8 5 pp YW
18. 2007 1 I gt 1 La 1 2 2 1 2 18
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20. 2015 4 5 SOEC PEFC EMS
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22. 2014 8 2015 2020 750kW 200kW 4 1 25 EMS 4
23. i TC111 lt WORLD 90 2015 August TC111
24. 4 42 48 4 3 3
25. 16 2015 August 5 400ppm 2 kWh
26. Appearance ratio 0 47 km2 60 1 200 4 70m 40m 2 10Hz 5 4
27. DC DC lt INV a DC DC PS 1 PCS ON 9 FM FN
28. 2 4 2 1 FCV FCV 2040 COz
29. FCV 3 CFRP 85C 2 mm FCV 37 JX 2014 12 JX 2015 2 JX 2015 2 X 2015 2 JX 2015 2 A 2015 4 ls
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33. 300 EMS om Ceem 2 Hz2One 25 BCP
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36. 3 2 2015 2019 27
37. 5 LH2 CO2 CCS CO2 Capture and Storage CO CO2 CO2 2030 2020 5 10 2025 770 27 Nm i CIF 30 Nm
38. CFRP 5 BMPa EE 3 a a TOMPa FCV 40MPa 40MPa Z0 100MPa 5 1 CFRP INEDO 70MPa 82MPa CFRP SAE J2601 JPEC S 0003 2012 5kg 3
39. MHI Vestas Offshore Wind 8 000 ooo TINNI MR 5 000 4 000 HH HH M 3 000 EFEEEE ll 2 000 1 000 rT CN 62 2015 August QN Pre Operation amp Maintenance MHI Vestas 2014 4
40. WG JEMA WG OL CV 4 6 CECED CHEAA 4 1 CECED 1 CECED 2025 Home appliance 2025 5 2
41. 12 2015 August Environmental Impact Factor of Energy 0 036 0 036
42. 13 14 OB 13 hah 14 5 2 2
43. PCS WG PCS 2013 6
44. lt gt 1 2 2014 4 2014 6 23 3 74 1980 4 M Azums Safety design of compressed hydrogen trailer with composite cylinders International Journal of Hydrogen Energy 39 2014 5 CO2 2 2015 6 Vol 35 No1 2014 7 CO02 OHM 8 2013 8 2006 9
45. i NA 1000Nm3 h 1000 6 kW 3 2 19 21 200 650 C 700 C PEFC
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47. 1980 H I H II LH gt H II LH2 600m3 0 18 3 39ton LH2 6B 165mm 25MPa 20m3 5 LH2 25MPa 2 JAXA LH2 2 LHz ECV 4 100
48. CFD 1 3 CFD 7 8 2015 August 2 SC61D SC61D IEC 60335 2 40 2 1 WG9
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53. 100 90 2011 2012 2013 80 70 2012 2013 60 2011 50 40 2012 2013 30 2011 2012 2013 L L 20 10 0 2011 6 2011 8 2011 10 2011 12 2012 2 2012 4 2012 6 2012 8 2012 10 2012 12 2013 2 3 NHK NHK 3 2011 2012 2013
54. 3 U R L http www sharp co jp corporate showroom 632 8567 2613 1 Y gt IC 3 5 IC Fe gt RS 5 AS 5 1 9 30 5 1 4 1
55. 81 23 20 hs 4 2 2020 4 1 NS OO 2020 2030
56. _ 2 2015 6 6 8 2015 August 4 7 2030 2020 30 Nm
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58. WD 3 IEC61934 TC112 3 60034 1 WG12 60034 18 41 42 MT10 TVE 42 TVF 41 42 41 TVE 41 41 Amendment 4 IEC60034 18 42 1 IVIC 1 to 4 7 2 2 PWM 3 MT10
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62. CNS 2 9kHz CL 83 IEC TC88 MT 1 IEC TC88 MT 1 2015 6 29 6 30 6 23 IEC61400 1 1 4 Ed 4 2011 12 1 11 2014 6 CD CD 88 521 CD 2014 12 RM 2015 3
63. 2 7 UV C 61D 301 DC TIEC 60335 1 IEC 60335 2 40 2 8 COs2 61D 215 DC 2013 DC 2 9 Annex HH 2 3 DC WG9 IEC 60335 2 40
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72. 2014 NEDO 2014 6 24 FCV FECV 2025 FCV NeV FCV FCV 3 FCV 2015 2 3
73. PDS 1 3 30 IEC 61800 3 EMC 1 CISPR 11 ISM 1 IEC 61800 3 6 2015 6 2 6 PV PV 2 SC77A WG8 1 2 150kHz 2 2 9kHz
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92. 100 90 80 70 60 50 40 30 20 10 0 1 64 2015 August 2010 2011 2012 2013 4 4 1 1 7
93. gt IECRE WG001 2015 6 10 Q 6 11 N 9 12 IECRE 2014 6 CAB IEC 2014 9 TIECRE Management Committee WE ME PV 3 OMC WG001 IECRE Member Body JISC Member Body 18 a JEMA WG001 2015
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102. WG IEC SC22G MT 7 EMO IEC 54 0 NA Ea G N IEC SC23E WG1 WG SC SE IEC TC59 SC59L WG6 IEC TC6 1 59 61 1 16 WG 1 IEC SC61B 59 61 1 16 WG IEC SC61D WG9 IEC SC6 1D JIS WG IEC SC77A WG 1 EMC IEC SC7 7A WG 1 IEC SC77A WG8
103. LH2 LH2 LH2 LH2 20 3K 253 C 70 8kg m 800 70MPa 1 7 LHz2 LNG 112K 90 LNG 4 4 LH2 LH2 0 35kWh Nm3 3 90kWh kg 1kWh Nm 30
104. 2014 4 CO02 100 90 80 70 60 50 40 30 10 20 0 CN CN CN 2011 12 2012 4 2012 6 2012 8 2012 10 i CN 9P CN 2012 12 2013 4 2013 6 2013 8 onswol 5 NHK NHK 3 66 2015 August
105. te nie epee tie 2009 12 2014 12 2014 4 PWM 1 1 2030 530
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108. 2009 2 82 3 JEMA et 1
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112. 56 2015 August JET 2012 7 2013 6 i FRT 1 3
113. WVG JEM1498 2012 FRT 2011 PCS EV TT EV PCS FRT 2013 3 1 JEAC9701 2012 WG 2011 2012
114. Eat 2 80 Tt 1 400 000 Tt 900 Gt 125 900 Gt 600 Gt 5 0 000 Gt 5 10 2 496Tton 10 600Gton 5 2 4 900
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120. F lb FE 3 3 1 13 20 ON
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131. 2015 2017 FCV MIRAI FCV FCV 2002 JHEFC Japan Hydrogen amp Fuel Cell Demonstration Project JHEC1 2002 2005 JHFC2 2006 2010 HySUT FCV
132. 0 C 20C 40 C 3 100kW 1 100kW 3 100kW CO
133. 2014 2 7 10 2014 2 6 8 LH2 31 4 3 a A nt 1973 1990 1998
134. 3 ET TFT Es r kww 3 3 PEFC PEEFC 2015 3 26 700W PEFC 50 LHV CO2 1 2
135. LT 11 3 1 27 27 IFORM LT 6 3 2 3ETM o 11 6 1 1 0 85 JP5 2 5 JP6 10 14 DLC 1 3kg m3 CD 14 3
136. 8 70 1995 8 15 50 50 PA A 70 70 7 TPP TPP NE i NN a 321
137. 2009 ON 4 IEEE IEEE 1983 3 100 7 9 9 10 roy 10 2 2
138. 21 km 6 8 14 4 FCV FC FCV 5 4 1 45MPa 1 500Nm h 45MPa 6 600km a
139. 8 WE RoP WG501 PV RoP 7 8 1 RoP ME RoP 9 IEC Kerry IECRE Member Body 18 Task Force 10 IECRE WE PV ME 3 Scope TC117 11 3 2 1 2 1 WE PV ME 2 IECRE ransition Plan 2016 IECRE 1 HBR 2015
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150. 4 5 CD Edito rial CD Ne CD 1 1 Scope 2 Normative references 3 Terms and definitions 4 Symbols and abbreviated terms 5 Principal elements 6 External conditions 7 Structural design 8 Control system
151. 15 2016 53 1 PICS 0 35 0 5 0 47 0 67 kWh 2019 10 4 14 1 kWh 4 124 MWh 15 TenneT 1 4 10MW 5 25 30 3 29
152. 2020 5 3 2040 CCS 2040 COs
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156. 12 40 2014 44 2014 PLC 46 2 IRHMA 48 _____ 587 56 VG 82 3 _60 Au US7 vol 778 2015 F GEMA THE JAPAN ELECTRICAL MANUFACTURERS ASSOCIATION 8 21 63 69 IEC TC2 MT 10
157. EE ED KK LPG 7 3 2 7 3 2 7 3 2 2 SS SS ST 70MPa 70MPa 70 35MPa i 2012 4 40 40 70MPFa 80MPa CFRP 80MPa CFRP a Ne 22 2015 August 3 IFCV 3 2015 7 1 HySUT
158. 150 0002 2 7 7 JEMA 2015
159. 2 046 2 N 3 a 1 70W b 1 70W c PM 44 2015 August 70W d 70W e 70W f 1 5 70W 600V 100kVA 2 3 2012 24 2013 25 2013 4 201
160. 2007 2 II 2008 2 7 1 IEEE 3 6 7 8 5 6 7 7 IEEE 8 IEEE 3
161. 132 2030 1 000 kW i 1 2014 4 11
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164. 1 000 CD CDV CD 1 57m s 50m T 2 0 18 OR EO A 3 84 2015 August
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167. 8 10 Annex GG Annex JJ Annex KK ATT 7 2 2 WG11 AHG12 CDV 2 3 AHG14 IEC 60335 2 80 2 4 AHG15 2 5 A2 A3 61D 303 DC A2L A2 AS3 2 6 IEC 60335 2 34 5 101 7 6 22 9
168. 2014 11 TC69 42V 120V 1 1 IEC 61851 NOTE TC61 TC69 2 3 1 9
169. 3 2016 3 4 2017 JEMA IRHMA 50 2015 August 1 2015 6 21 28 JWPA 30 45 HHWE
170. 2 15 5 OO JEMA 1982 IM MM 0
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174. 40 66 1 Bnvironmentally Con scious Design Principles Requirements and Guidance This International Standard explains principles specifies requirements and provides guidance to integrate environmental aspects into design and development process for Droducts Hereafter the term products is taken to mean both goods and services This International Standard is applicable to all products within all sectors and is also applicable to organizations regardless of size and type 2 2015 10 WD 2016 1 CD 1 CD 2016 7 CD 2 CD 2017 2 CDV 2017 7 FDIS 2017 12 IS 3 INTRODUCTION 1 Scope 2 Normative references 3 Termsanddefinitions 4 Pr
175. 5 JAXA LH2 LH2 CO2 JAXA LHa LH2 LH gt 1970 1 LH2 LHz2 500L 22mm 28 2015 August
176. 1800 2013 5 9 400ppm 400ppm IPCC 450ppm
177. 2 IRHMA 49 1 PICS 3 1 53 3 4 5 Double regulation 6 A EB F 4 CHEAA 1 new normal status
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179. 2017 3 26 2015 August 4 3 4 EMS EMS
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182. IEC SC6 1D WG9g IEC SC61D SC61B JIS WG 1 SC61D WG9 IEC SC61D WG9 2015 4 22 24 1 Pa 6 15 2 SC61D IEC SC61D gt 2015 6 9 0 10 9 2 3 S D C Ma AU MI 4 IO a EL 6 6 e e e e e eee eee eeee e e e eeeeeeeeeee eee ee e e e Pa 10 21 Fw Ma i 2 _ IEC SC61D IEC 60335 2 40 IEC 6033
183. COs 1 2 3 3 1 3 1 5 12 145 2009 300 18 1 2 3 CO2 09 15 2017
184. gt DENKI 4 1 _ 2 3 7Z 4 1 3 24 _ 28 _ 32 SEMA EE _ 77 11 S6
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188. 2011 3 TIEC TEBC ISO New work item proposal NWIP IEC TC111 ISO TC207 WG 88 2015 August WG TC111 ISO TC207 Mr Daniel Trillos 2017 1 ISO International Organization for Standardization TC207 WG IEC TC111 TEC ISO JWG ECD 62959 2015 3 1
189. IEC SC7 7A WG8 IEC TC88 MT 1 IECRE WGO01 IEC ISO JWG ECD 62959 ECU ISOJWG ECD 62959 __ _ 97 _92 W 1
190. 2012 6 5 199 2 EV 220 8 220 EV 8 220 3 EV EV EV
191. 21 0 a 49 3 28 2 27 4 25 8 3 a 32 2 28 2 ni 22 4 22 1 PLC NC RC 3 JEMA 4 JEMA TEL 03 3556 5885 EAX 03 3556 5890 1 PLC 1 PLC 2 PLC 3
192. 1 225kg m3 MM 6 11 Editorial a 4 a CDV 13 2015 10 1 2 Underwriters Laboratories 1 86 2015 August IECRE WGO00 1
193. 5 RS CI 1 22 I UN 0743 65 0011 39 12 EE La 1 1946 21 5 19 20 40 2015 August NN CSR
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195. L 4 1 3 3 BCP HsOne IH2One 2015 4 HzOne 2
196. PHEV HP Vehicle to Home V2H ee EV FRT Fault Ride Through PCS
197. 2 3 Group Safety Publication 4 Blocks and Modules lt WG1 gt 1 1 150A JEMA IEC60898 1 IEC60898 2 2 2 SPD
198. IEC TC61 SC61B SC61D SC61J 2 WG2 SC61B 2014 6 2 1 2 3 4 5 1 DC 2 NM A le
199. 3 JEMA 4 JEMA TEL 03 3556 5885 EAX 03 3556 5890 1 2 1 2 3 4 5 3 1 2 3 4 5 6 7 8 9 10 4 1 2 3 4 5 6
200. 1 049MW 3 Ti TD 1 TH FF iE 5 5 Fy ER th Tr t g TLFl Ti td TI Lg FE Td NS hr1 5 Nn TE a CH 3 2014 GWEC 2 IRHMA 51 1 PICS 1994 1996 500kW 2 19MW Nearshore 100MW 2 OWEZ 108MW Princess Amalia 120MW 2008 EU 2013 2
201. 2013 12 67 IEC TC2 MT10 JEMA WG MT10 2015 5 20 5 22 11 30 4 OO PDS IEC TC2 MT10 qualification 2 IEC60034 18 41 42 1 42
202. 2015 4 13 15 4 gt AY Siemens AG Drive Technology Division PA 6 6 6 6 e e e e e e eeeeeeeee eeee e ee ee ee e ee eeee e e e e e e ee PLC 2 150kHz EMC IEC 00000090000000000000000000006006000006060000000000000000600006060 6 WG8 150kHz CL Compatibility LeveD 2kHz 2 9kHz 9 150kHz 9 150kHz CL CL
203. WO 1 IL Pi 150kHz 30MHz 9 150kHz CISPR 11 C77A WG amp 7 F EF 150kHz 30MHz 1 IEC SC 3E WG 1 WG SC23E NN WG2 2015 5 a 21 0 WG2 5 21 d 22 WG1 95 14 32 1 IEC JIS IEC JIS IEC IEC JEMA 3 lt WG1 gt 1 2 lt WG2 gt 1 3 4
204. 2009 12 90 3kW L 14 2015 August well to wheel a
205. 2015 7 1 3 1 TT 2014 7 2015 4 2 2 2 2 2015 3 XL 2015 5 1 FCV 5kg 3
206. aar REMBsayilsg MS ee Wh me 9 ee 7 6 A ee 4 1 re Ee 3 i RE jjE 1 EE ec 3 2 2 2 11 3 me rl ESSAC 3 2 3
207. IEBC TC61 2015 6 15 6 19 D C 23 85 ee e e e ee eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee ee IEC TC61 IEC 60335 1 IEC 60335 2 2 111 IEC 61770 IBC 62115 SC TC61 60 2 IEC 60335 IEC FDIS SC 1 IEC 60335 1 NO 1 1 7 12 1 DVD
208. RN AT RN 1 2 1 2 3 MHI Vestas Offshore Wind MHI Vestas Offshore Wind A S Co Ohief Executive Officer 4 NEE
209. TC2 MT10 2015 5 22 68 2015 August JEMA TC2 WG 41 IS 60034 27 5 42 CD5 2 1777 CD IVIC 5 1 IEC60034 1 TC2WG12 2E 1kV 1IVIC 5 60034 1 CD
210. 100kW 1 1 1973 1990 50kW 100kW 500kW 90 4 1998 100kW 2010 100kW 1998 2014 63 Nroqen gas ven Make up water Cooln water OM 2 Cooling water lnlet a
211. 40 C 30 CFRP 80MPa 2 INEDO 1 200Nm3 h SAE J2601 JPEC S 0003 2012 40 5 3 FCV 1 1
212. 37 0 37 0 35 3 2 PLC 3 9 7 30 8 40 5 4 80 0 4 a 34 3 1 28 9 28 8 23 3
213. 5 LNG 4
214. 6 2020 4 5 2020 2020 o 1
215. 7 8 2030 5 SOFC 2017 SOFC 3 2 500km 3
216. JHFC3 FCCJ 2015 FCV FCV HySUT 13 2013 FCV 2 5 5 1 SAE J2601 2012 9 JPEC S 0003 2012 81 23
217. KW 5000 2000 1300 0 19 609 500 200 500 0 19 130 0 196 29 00 196 100 100000 0 1C 1
218. 1 2015 2017 2016 700 2025
219. 100kW 1 100kW 2 2m 2 5m 3 4m Waste heat treatment equipment Inyerter Controller PP 4 Main ER RS mW a RT A SN N Partion a CO Reformer Desulfurizer Shift converter FueLcell stack 2 100kW 33 2 5C
220. 2020 2020 E 0 A 2020 2025 2030 2030 2040 30 m 2040 CCS CO2 4 3 6 2015 August 2020
221. 5 Environ mentally Conscious Design Process ECD Process lt Requirements gt IEC 62430 Ed 1 0 ISO IBC ISO WG 5
222. 7 4 Table 2 IDLC6 4 Vnhup lt 0 7Vrer 0 7Vr r lt 3 5Vay JP4 JP11 Vref 7 11 2 1 1 2 3 LMH 3 oz oi 077 lt 0 8 ccr 90 6 3 1 3 11 3 1 11 3 2 11 9 2 AnnexE 90 gmean 1 28 7y
223. 2 IEC TC59 SC59L WG6 TIEC TC59 SC59L WG6 2015 6 18 0 19 D C AHAM 6 bp 6 96 9 6 6 e e e ee eeeeeeeeeeeeeeeeeeeeeeeeeeee ee e TC59 SC59L WG6
224. 2009 2015 4 12 6 FCV BCP ST i H _
225. 200kg CFRP 4 2 5mx 2 2mx 10m CFRP 45MPa 300L 24 260kg 4 45MPa 4 lt 2 400kg CFRP 4 4 CO0s CO2 2020 2050 CO2 1990 5 80 2030 97 Nm3 2050 2 198 Nm
226. 9 Mechanical systems 10 Electrical system 11 Assessment of a wind turbine for site specific conditions 12 Assembly installation and erection 13 Commissioning operation and maintenance 14 Cold climate 2 1 6 2 Table 1 1 1 IL II CD Vay Ed 3 Vrer Vay 8 5m sec Vrer 57m s Ir r 0 14 Class IIB T 1 Wind turbine class S Vave m s 10 8 5 X75 m s 50 42 5 37 5 Vref T m s 57 Values speci A Iref 0 18 fied by the designer
227. ErP 7 7 TC111 4 IEC ISO IEBC ISO JWG ECD 62959 2015 11 ISO 14001 89 IEC TC111
228. _ AHAM ANFAD CHEAA JEMA KEA CESA 2 2 IRHMA AHAM President Jeseph M McGuire AHAM Vice President of Policy and Government Relations Robert D McAver 3 Vice President Technical Operations amp Standards Wayne Morris 4 Vice President Communications and Marketing Jill Notini OD Director Energy amp Environmental Policy Charlotte Skidmore 5 AHAM Mints Levin Charles A Samuels x ANFAD Chairman Pablo Moeno 8 CHEAA Jiang Feng 9 CHEAA Wan Chunhui 10 CHEAA LuO Yuanyuan 1 CHEAA BSH Home appliance holding china Xu Chengmao 12 CECED Director General Paolo Falcioni 13 KEA chief manager Mong Yeol Ha 14 KEA Asst manager Moon So Young JEMA 16 JEMA 48 2015 August 3 WG I
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234. 2 IEC Central 1 2 2015 9 IECRE Man agement Committee CAB IECEE IECEX IECRE HBR Harmonized Basic Rule IECRE Ofice 1 1 HBR Harmonized Basic Rule IECRE IECRE01 Basic Rule HBR Basic Rule 2 HBR 2 IECRE01 HBR ECRE
235. 7 2013 8 2014 9 10 11 12 13 4 15 16 17 18 19 20 21 22 JEMA 45 1 PICS 014 IPLC 1 G015 27 3 2 1 PLC
236. 9 REMC CAB 2 CA HBR Suple ment 3 2015 10 6 WEB 2015 12 1 0 2 Action8 Proposal of Revision 8 3 The Chair is appointed for a period of three years by the CAB on the nomination of the IEC CA SyStem MC They are eligible for re appointment in the same office for one further period of three years If at the conclusion of a second term there are no new candidates nominated for election to the position the IEC CA System MC may by specific resolution outlining the circumstances Dropose to the CAB that the incumbent Chair be appointed to a further term of up to one year in that position 8 IEC ISO JWG ECD 62959 IEC ISO JWG ECD 62959 i NE 2 IEC ISO JWG ECD 62959 20
237. FCHV ad 7 adv RR FCX CLARITY 35MPa 2aEZ726 X TRAIL FCV 35MPa 21 7 3 70MPa 3 2 EC Linde 3 70MPa
238. 5 1 3 5 1 4 ECE R100 6 3 TDG T 5 1 5 ECE R100 6 7 CHAdeMO De T 8 5 1 6 ECER100 6 8 CHAdeMOW t 5 1 7 8 ECE R100 QO 5 2 2 8 2 CHAdeMO 5 2 3 8 3 CHAdeMO 5 2 4 8 4 ECE R100 6 9 CHAdeMO 58 2015 August V2H PCS EV 1 2 EV PCS
239. 9 lt 150kHz 3 SC77A WG1 1 IEC 61000 3 2 16A IEC 61000 3 12 75A IEC 61000 3 16 IBC TR 610000 3 15 EMC 2 2 9kHz WG1 0 2015 August 400 230V 4 TC22 1 IEBC TS 62578 TC22 MTS 2 22H UPS PDS IEC 62040 2 UPS EMC 3 22E GCPC CDV EMC
240. A WG 1 EMC IEC SC77A WG1 IEC SC77A WG1 2015 6 8 12 NorthEast L Berthet EPDF S Mercer G Dangrie 8 B Weis TLAlmering J Niiranen ABB PLoizelet EScalon Dyson F Deter Miele M Van den Bergh CNS E Zare Danfoss W Gebhart Fluke J Prisco IBM 26 IEC SC77A WG 1 IEC61000 3 2 1 16A IEC61000 3 12 1 16A 75A IEC61000 3 2
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242. SEP 22 4 2 km2 37 8 kmz 1 9 2 7 5MWXx12 Royal Dutch Shell 2 805MW 2014 18 2789MW 19 2014 247MW 6 4494MW 1 271MW
243. WG SPD IEC61643 12 8 20us 10 350us 5 3 Fail WG SPD lt WG2 gt 1 3 4 AFDD 1 2 AFDD IEC 62606 3 4 AFDD 1 AFDD IEC TC82 AFDD AFDD RK AFDD RI
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245. 0 TS A EE JX 2015 2 lh JX JX 2015 3 5 3 2014 12 2 1 2 2 1 2 5 3 5 4 AM 5 5 2015 5 20 HySUT 1 18 2015 August i Y 35MPa 40MPa i 35MPa 4
246. 5 3 2030 3 620 kW 2030 O amp M 18 12 2009 2015 6 2015 2016 2017
247. 2 IINSS Journal 21 3 24 40 2 NHK NHK NHK 3 1 0
248. 56 397 8 87 626 TY 797 70 060 65 230 573 161 423 174 3 2229 O 126 0 50 654 5 11 1 29 8 1 JEMA 2061 139 1 500 695 01 615 2 JEMA US 0 4 2 472 277 261 490 235 342 128 538 70 219 5 901 600 615 431 703 393 243 2015 3 2015 4 2015 5 242 894 741 106 4 231 370 421 179 240 938 89 9 368 192 16 4 215 281 25 6 232 270 131 4 25 823 795 82 5 24 905 582 84 2 21 687 709 82 8 2015 3 2015 4 2015 5
249. A Ire B Ire Ire Al 6 2 Table 1 Al B C A 6 3 1 2 NWP C 4 7 Design Load Case
250. DC V2H CHAdeMO V2H EV EV EV 4 EV EV EV JIS C 8715 2 a ee TDG T 5 5 1 1 7 2 Do a TDG T 6 5 1 2 ECE R100
251. I MR ei 10 a a TIL 6 TenneT 7 SDE Stimulering Duurzame Ener gieproductie Encouraging Sustainable Energy Pro duction 2015 12 4 16 7 kWh
252. Luchterduinen 129MW Gemini 600MW Nearshore 500m 1km 1 Westermeer 144MW 4 Windpark Eneco Luchterduinen Eneco 2015 5 700MW 10 3 2019 2023 3 500MW Nearshore 4 457MW Nearshore 4 620MW 1 1 Year Power Wind farm zone UTS 00 MW Borssele wind farm zone 016 00 MW Borssele wind farm zone 01 00 MW South Holland coast wind farm zone 018 00 MW South Holland coast wind farm zone US 00 MW North Holland coast wind farm zone The roadmap towards 4 500 MW Offshore wind DOwer Netherlands Enterprise Agency 52 2015 August 3 1990 Wester
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254. 15 7 8 7 9 11 18 2004 10 IEC TC111 Environmen tal standardization for electrical and electronic prod ucts and systems TC111 TC111 TC WG 2014 11 TC111 2009 2 IEC 62430 Ed 1 0 Environmentally conscious design for electrical and electronic products JIS C 9910
255. 4 3 1 3 74 5 38 4 35 5 30 4 2 1 2 3 1 3 81 1 1 52 5 46 7 36 5 34 0
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257. RHMA 3 WG iii Re WG ye 3 WGO WG CECED JEMA CHEAA ANFAD AHAM 3 WG WG 7 2014 7 4 JEMA CESA ANFOD WG
258. V FCV 2015 4 FCV 2015 FCV 100 MA 2013 NeV NeV 2013 2015 7 1 81 23 1 1 4
259. Waste water Utility side Water treatment equipment a 4 7 EGO area Nitrogen cylinder Heat exchanger Pump Fuel line 4 32 100kW 100kW 2 100kW 2010
260. inciples of environmentally conscious design ECD lt Principles gt 4 1 General 4 2 Life cycle thinking 4 3 Regulatory and stakeholders requirements 4 4 Integration into management system 4 5 Company strategy and hnkage with ECD tentative title 5 Environmentally Conscious Design Process ECD Process lt Requirements gt 5 1 General 5 2 Analysis of regulatory and stakeholders environmental requirements 5 3 Identification and evaluation of environmental asDects and corresponding impacts 5 4 Design and development 5 5 Review and continual improvement 5 6 Information sharing for ECD cooperation Annex A informative Fundamentals of environmentally conscious design Annex B informative Elaboration of Environmentally Conscious Design Process ECD Process Annex C informative Examples categories of tools Annex D informative Annex Sector specific examples 4 3 Annex WG
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