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Contents
1. Sopoco REC Solar Power Hyundai 12 12. 2 MNS Mongol National Standard NGC National Grid Code
3. 9 2 2 SALKHIT50MW DURGUN 10MW
4. 11 2 DURGUN BE DURGUN 10MW DURGUN 10M 10MW
5. ali IV 6 2 JCM 2 1 JCM 2 1 1 JCM 90
6. B E dk zx S Um IV 44 2000
7. 2 4 2 2 5 IV 98 3
8. 3 1 5 BI DURGUN 10MW DURGUN 10MW 14 127 MWh y X 1 0650 tCO MWh 15 045 26 tCO y IV 26
9. 20 B E EN 2014 H IV 32 EL 4 PDD E10 20 5 3 BE DURGUN 10MW
10. Eus IV 74 14 14 1 BE DURGUN 10MW DURGUN 10MW 2010
11. 2 3 4 1 3 IV 99 H23 23
12. 3 UH IV 43 BHO XxRLYd25 L 65zb5pnmk5 TORA EZT ADER zu Hx MRV 9 2 9 2 1 BE DURGUN 10MW DURGUN 10MW
13. IRAT Greenfield project 2 2 DURGUN 10MW BE DURGUN 10MW DURGUN 10MW IV 7 2 2 1 DURGU 49 88 92 08 2o
14. V 1 MSN 1
15. 2006 2005 2010 3 5 2010 2
16. 5 1 Ei 15 3 3 E gt IKA 15 3 4 alli PM2 5 S0 PM10 2 5
17. 2 Mk Si 11 D w 3 13 5 1S09001
18. 2 61 12 E H JEDIN Ud NM F
19. 2 SALKHIT50MW Xac
20. 90 100 100
21. 2020 20 25 B E V DURGUN 10MW ZF
22. a ch gt PER mn sd REC Sopoco Solar Power Hyundai PR REC225PE BLK SMP60 245 SP200PC Q 32 Pmax 250 8 246 5 228 1 228 6 243 7 241 1 177 5 176 8 93 1 93 0 Voc V 38 01 37 92 35 87 35 91 38 24 38 18 32 94 32 99 22 4 22 59 Isc A 8 67 8 68 8 29 8 30 8 57 8 54 8 12 8 12 6 77 6 70 Vmpp V 30 44 30 03 29 32 29 30 30 21 30 00 23 72 23 73 15 29 15 40 Impp A 8 24 8 21 7 78 7 80 8 07 8 04 1 48 1 45 6 09 6 04 1 7 0 2 1 1 0 4 0 1 12 3 4 3 000VDC 1 Metrel MI 2077 lt lt 0 1 m Es 0 1m 40 MQ m 2
23. j 2 1 2 zl 2 1 nul
24. 2 TV 97 2 2 1 i E 6 2 2 8 3 2 3
25. 1 2
26. IV 19 2 12 TOC HAE SSM 242 BP60 14 6 ND 245FB 4 9 KS242P 2CF3CE 14 7 1A250PSCa 15 3 HE STP29024 Ve 14 9 Q HSL60poly 15 1 Eagle II 15 89 LOOOP LP 300P 72H 15 1 2013SU 2 13 PV PS PN 93 5 97 5 JH S L etc
27. 2015 EST e e ouigan ur 4 Vi anba m E U QS EMG Mongolia E aishinmeMongolia OAC earth LI 9 1 DURGUN TV 49 La A 9 1 150km 640km 9 2 20km 9 3 200km
28. v V X aN
29. f E 1 Dr D A i E f ORAR E 1 3 zn Bx SEC 11 4 FIT
30. IV 34 Y 5 1 5 5 BE DURGUN 10MW DURGUN 10MW DURGUN 10MW Monitoring Structure Sheet Attachment to Project Design Document Responsible personnel Role MEER Aus mm i
31. v MRV Monitoring Plan Sheet Monitoring Structure Sheet MRV Y 1 6 3 Y lt
32. 24 DURGUN 10MW 2 6 DURGUN 3 78kW 10MW ART dis 0 77 2773 IRA 8 350GWh 3 654 MWh NASA 11 015GWh 3 680 4 392MWh 11 434GWh 4F 4 478 MWh
33. bi 1 5 1 11 928GWh 8 350GWh 236W 1 663mmX997nmm 10MW 1 663mm X 997mm X 10MW 2361 cos30 60 770m 60 770m2X 1 1 5 15 19 2 4 v 2 2 2 NASA NASA WEB https eosweb larc nasa gov cgi bin sse grid cgi uid 3030 NASA A
34. IV 58 v 11 1 DURGUN 10MW
35. Battsogt 100 DURGODN zu TV 41 dti 7
36. DURGUN 10MW HL E E FS DURGUN
37. t kg t PM10 6 290 3 360 000 1 87 PM2 5 2 516 3 360 000 0 75 S0 33 600 3 360 000 10 00 15 2 NN MWh GJ MWh GJ t DURGUN 10MW 13 893 0 41 3 6 14 24 8 567 4 478 0 30 3 6 14 24 3 77 0 15 53 Ai paie kg t t it BE PMIO 1 87 8 567 0 DURGUN 10MW PM2 5 0 75 8 567 6 4 S0 10 00 8 567 85 7 PM10 1 87 3 77 0 0071 PM2 5 0 75 3 77 0 0028 SO 10 00 3 77 0 0377 92 16 DURGUN 10MW
38. ff E 2 10 Tg US KHAN BANK 19 2 27 6 2 13 2 21 6 2 Golomt Bank 18 07 24 0 2 15 6 22 8 2 Xac Bank 20 4 25 296 2 3 13 2 18 0 27 3 TE et ek d ps www khanbank com en 387 business loan html p www golomtbank com en 255 p www xacbank mn en 287 business banking 1oans short and medium term loans ergeltiin hurungu DURGUN 10MW DURGUN 10MW 3 78kW IV 18 2 7
39. IV 93 17 DURGUN 10MW MRV MRV DURGUN10MW MRV IV 94
40. mmi 1 5 JCM JCM JCM
41. 12 1 REC Sopoco Solar Power Hyundai SSM242BP60 REC225PE BLK SMP60 245 SP200PC Q 32 Tg 479 160 796 537 539 000 740 000 250 000 USD 290 483 327 448 152 W 242 225 245 200 146 m Tg W 1 980 3 540 2 200 3 700 1 712 MORS 1 20 2 15 1 33 2 24 1 04 1 650Tg USD 12 2 EC IEC 61215 IEC 61730 IV 62 r EL Electro Luminescence
42. 10 11 BATTOGT 7
43. IX DURGUN 10MW 4 E
44. FS 1 2 1 FS
45. 3 1 2 E IS09001 TUV Rheinland E 100 A 2 12 15 12 1 TUVFheieland Certificate Registration No PY 60234847 v Report 12608708 001 SOLAR MONGOUA CO 0 P Module Sve Com SSM BS ET LIT we Vesp 102 710 0 fuss 104 4 pa eee Part SANKOU SOAR MCNOOUA CO LTO WE Bal n jf era Dwa PO Tyngre vcm 3 A Peseti mpasi qutm nehm Dem Fi t vele IEC 61273 E pome E O Balety entol EC tonal dr gente ny d ie Mean Report No 12408798 002
46. Tseveenra 1 ydan IV 40
47. onnan IV 102 amp 2 1 2 2 3 2 4 2 6 2 7 2 8 2 9 2 10 2 11 2 12 2 13 3 1 3 2 4 1 4 2 4 3 4 4 4 5 5 2 6 1 7 1 9 1 10 1 11 1 11 2 12 1 12 2 IV 7 IV 8 IV 10 NASA DURGUN 2 Wh me da sors eb e YD e EDS IV 12 NASA
48. 2 H Hb oH OR g 9 2 3 BE DURGUN 10MW DURGUN 10MW
49. 2016 75 6 7 8 IGES PEH H HH
50. E E y rp i y y IV 95 1 1 1 JCM
51. 2 B 3 78kw 4 478 MWh y X 1 1030 tCO MWh 4 94 tCO y 4 5
52. DURGUN 13 614 14 127 GWh 2 5 2 7 DURGUN 10MW 3 78kW 1 TUER B 1 96 8Tg kWh X 0 157 0 cH 0 18 US kW 2 6 2
53. B MRV MRV IV 52 69 1 2 SERMONE 4 0 2 DURGUN 10MW YS AI
54. 2014 EE lt 4 2014 11 2015
55. 2 11 Greenfield project V 1
56. EL IV 71 REC Sopoco
57. 46 PE EC PE tCO y pgC MWh y 5 m Es E CCO MWh y GM n 1 E AL 9 M Z TV 27 3 1 5
58. v DURGUN Ts GHG _ 5 1 4 TV 4 1 6 2
59. y gt um de 11 FTIT E Ead
60. BE DURGUN 10MW mmi DURGUN 10MW A 234 MWh y 1 0650 tCO MWh 249 21 tC0 y 2 4 5 DURGUN 10MW 138 EJE kW hr kWh 0 2 4 380 876 1 0 8 760 8 760 2 0 2 628 5 256 R 2 0 6 132 12 264 0 2 4 380 876 0 5 8 760 4 380 2 0 2 628 5 256 R 2 0 6 132 12 264 20 0 4 380 87 600
61. IV 39 7 1 DURGUN pits 1 32 0 4 29 6 31 2 8 28 0 4 27 0 4 15 0 6 25 0 10 22 0 12 25 0 9 7 3 x Davaadorj 0DA 4 JCM
62. v v muscas c mM V IV 37 BE DURGUN 10MW 6 1 DU
63. 2015 2015 2015 2014 5 FE IV 46 B JCM 2014 94 9 4 1 BE DURGUN 10MW DURGUN 10MW
64. Web https www khanbank com en 387 business loan html Web http www golomtbank com en 255 Web http www xacbank mn en 287 business banking loans short and medium term loans ergeltiin hurungu IV 101 1 1 1 2 1 3 1 4 2 1 2 2 Ed 2 9 4 1 4 2 5 1 5 2 5 3 9 1 9 2 9 3 12 1 14 1 14 2 14 3 14 4 14 5 14 6 14 7 14 8 14 9 14 10 14 11 e tr ete TES DURGUN es E LL n ERG a sus NEUESTE er ce oe EE S a E O TO T DURGUN 10MW
65. cupa 5 2 DURGUN 10MW IV 35 B MRV Monitoring Structure Sheet Attachment to Project Design Document Responsible personnel
66. 32 32 33 34 Se aT ces aris 35 37 37 38 39 39 RS GR GE 40 42 eer ens 42 saeua sh x eR Te e vier 43 44 E EN ORE er beca es 44 45 ua 45
67. 10 2 IS014065 24 MRV JCM IV 55
68. ES Amarsanaa DURGUN 70
69. 2020 15 2 HH IV 90 15 3 15 3 1 Do 15 3 2 1 0
70. 2015 NR E d ecu E UNI 8 8 DURGUN 10MW
71. 16 0t 4 m ft 1 0 1 4 f PM10 PM2 5 S0 DURGUN 10MW PM10 IV 91 6 4t 85 7t 4 10um PM2 5 15 1
72. hs 2 3 ER 13 5 i up T a IER FEAR EA BO ERES
73. 12 6 Sopoco Solar Power Hyundai 924 SSM242BP60 REC225PE BLK SMP60 245 SP200PC Q 32 jp GERE CER pupa RS RS RERE Pmax W 246 5 246 3 228 6 228 8 241 1 241 9 176 8 176 5 93 0 91 2 Voc V 37 92 3T 94 35 91 35 90 38 18 38 00 32 99 32 99 22 59 22 62 Isc 8 68 8 68 8 30 8 30 8 54 8 53 8 12 8 09 6 70 6 50 Vmpp V 30 03 30 02 29 30 29 31 30 00 30 02 29919 23 75 15 40 15 49 Impp 8 21 8 21 7 80 7 81 8 04 8 06 7 45 7 43 6 04 5 89 0 1 0 1 0 3 0 2 1 9 12 3 5 IEC 61215 2005 Crystalline silicon terrestrial photovoltaic PV modules Design type 1 IDT 22C 3C PV JIS C8990 2009 IEC 61215 2005 E
74. 365 12H MUN EESER X24 J nr 5i WEB L 48 33 92 81 77 1 365 X24 1
75. SALKHIT50MW IV 45 DURGUN 10MW DURGUN 10MW
76. 5 Sopoco REC Solar Power H amp E 2 XY Hyundai 12 2 REC Sopoco Solar Power Hyundai SSM242BP60 REC225PE BLK SMP60 245 SP200PC Q 32 Pmax W 242 225 245 200 146 Voc V 37 38 36 80 37 60 32 30 22 00 Isc A 8 42 8 20 8 30 8 40 8 34 30 14 29 10 31 30 25 41 17 80 WVF EJE Vmpp E 8 03 7 70 7 80 7 87 8 20 Impp 3 0 5W 2 2 5 2 3 3 2 2 i 1 000 1 000 600 E Class Class
77. x 2 1 103 3660 64 0 93 64 37 04 3660 64 93 64 37 04 1 103X3660 64 0X 93 64 37 04 3791 32 1 065 ENERGY Mongolian power sector current situation and future planning 2016 iC SE IV 23 MINISTRY 4 4 1 GHG
78. MA MB C1 C2 4 3 H H H3 IV 25
79. HDZ 4 H E 1 1 05 E B F EE HH
80. IS014065 4 gt FE 10 3 MRV I 1 E TEES 108 12 MRVSER E QA QC E fs H TR SN
81. 14 1 DURGUN 10MW W 290 4 41 100 11 935 44 1 520 00 1 809 10 5 1 ul 2 537 2 1 737 98 1 585 660 0 1 1 585 66 EA 1 958 098 0 1 958 09 M P72 VERA OB E ISTIS GS AT 14 2 DURGUN 10MW 800 98 1 14 4 Solar Panel SSM 236 BP60 1663 x 997 HM 20 Solar Altitude In Winter Solstice 20 1479 14 9 8 seriesx2 Pollole 3 78kW 929 L8 AI 8 Series 2 Parallel DC Connection Box Monitor System Power conditioner Electicity Meter Inverter Charger Battery 14 10 First Floor TN Main Power E Second Floor Third Floor 88 8S2P 236W x 16 3 776W Inverter Roof top Solar Power S
82. DURGUN 10MW 5 1 DURGUN 10MW DURGUN 10MW Greenfield project Greenfield V 1 NM
83. 3 78kw E 2 4 94 tCO y 0 tCO y 4 94 0 IV 29 BE DURGUN 10MW Joint Crediting Mechanism Monitoring Plan Sheet Calculation Process Sheet Attachment to Project Design Document e A JB a Hn t 1 Calculations for emission reductions Fuel type Value Units Parameter Emission reductions during the period of year y 14796 05 tCO y ER 2 Selected default values etc 3 Calculations for reference emissions Reference emissions during the period of year y 15045 26 Amount of electricity generation 14127 00 Grid emission factor tonCO2 MWh 4 Calculations of the project emissions ect emissions during the period of year y Grid electricity consumption 234
84. E IV 38 10230 HH 7 7 1 gt DURGUN 1 T Qa JCM
85. 1 DURGUN 100kV GDP 2 5000S5D 1 000USD 6 10 2
86. TEC 61730 oup OT Sanko Group E E IV 72 HH 1 E 10 MW MW RERLCwv2 x
87. 3 78 kW 1 1 052 335 kW 0 3 977 826 6 50 Tg 100 00 US 650 Tg US 4 478 kWh 000 tCO 1 1030 tCO MWh 4 94 tCO 4 939 H 1 96 8 Tg kWh BUS 5 87 kWh 26 271 151 4 31 210 127 5 0 3 977 826 3 977 826 1 26 271 31 120 2 26 271 31 120 3 26 271 31 120 4 26 271 31 120 5 26 271 31 120 6 26 271 31 120 7 26 271 31 120 8 26 271 31 120 9 26 271 31 120 10 26 271 31 120 11 26 271 31 120 12 26 271 31 120 13 26 271 31 120 14 26 271 31 120 15 26 271 31 120 16 26 271 31 120 17 26 271 31 120 18 26 271 31 120 19 26 271 31 120 20 26 271 31 120 IRR 14 5 13 5 3 78kW DURGUN 10MW IV 17 2 6 E
88. B gt VES 5 2 BE DURGUN 10MW DURGUN 2014 9 PDD 2016 4 10MW XE zx 2 22636 EPZ vC HOREXEREEBIE S
89. IV 3 1 6 1 6 1 v NREC CDM PDD PDD 100
90. du URL 1 30 34 2 2 kWh m 49 88 47 93 36 18 92 08 HE 106 98 140 42 0 1 259 1 317 1 305 1 303 1 381 1 340 10 1 341 1 437 1 369 15 1 371 1 485 1 390 20 1 394 1 523 1 402 24 1 407 1 547 1 407 25 1 409 1 552 26 1 411 1 556 1 1 560 1 407 1 1 405 1 1 403 1 1 401 1 1 399 1 1 397 1 1 39
91. JCM H H O CDM L A FS
92. 2 1 1 3 ti E 4 V cM T 2 IV 96 i
93. JE 2 12 8 Sopoco Solar Power Hyundai SSM242BP60 REC225PE BLK SMP60 245 SP200PC Q 32 Pmax W 246 3 249 5 228 8 231 5 241 9 244 8 176 5 177 5 91 2 91 9 Voc V 37 94 37 09 35 90 35 83 38 00 37 39 32 99 32 82 22 62 22 17 Tsc 8 68 8 72 8 30 8 38 8 53 8 57 8 09 8 15 6 50 6 79 Vmpp V 30 02 30 10 29 31 29 37 30 02 29 84 23 75 23 64 15 49 15 04 Impp 8 21 8 29 7 81 7 88 8 06 8 14 7 43 7 51 5 89 6 11 z 1 3 1 2 1 2 0 6 0 7 12 4 Mongolia SSM242BP60
94. DURGUN 10MW DURGUN 10MW 60 25 180
95. 4 1 GHG C0 3 wr H CDM 4 2
96. UE BE DURGUN 10MW Ax DURGUN DURGUN 44 DE CDM 10MW 2013 10 PDD E H A Am mu 16 77
97. SO 1V 14 dpi fo P EET IV 15 o CICER IV 15 DURGUN 10MW IV 16 3 78kW IV 17 IV 18 IV 19 LL LL e e ee usus IV 20 IV 20 IV 22 IV 22 Ua MR CP IV 24 PDD IV 24 c r Re dc i r D pe Morc UOS POUND Lise ou iced ettet t tus DURGUN 10MW DURGUN IV 33 uuLuuuu IV 34 DURGUN 10MW ds ERE ASSI Pasa aue cana e oe ees vada ve te Ss IV 38 DURGUN IV 40 DURGUN 10MW
98. 100 RA 1 E 1 BE ri PIRA Ax 2 VI MRV
99. H24 24 MRV usd 2006 IPCC Guidelines for National Greenhouse Gas Inventories Volume 2 Energy Table 1 4 Default CO Emission Factors For Combustion IPCC 20064E http www ipcc nggip iges or jp public 2006gl pdf 2 Volume2 V2 1 Chl Introd uction pdf CDM Web 2013 9 http cdm mongolia com index php option com content amp view article amp id 75 amp Item 1d 105 amp lang en Mongolian power sector current situation and future planning MINISTRY OF ENERGY NAMA Copenhagen Accord APPENDIX II Mongolia Nationally appropriate mitigation actions of developing country Parties 2011 http unfccc int files meetings cop 15 copenhagen accord application pdf mo ngoliacphaccord app2 pdf The Mongolian Law On Environmental Impact Assessments
100. BE DURGUN 10MW CDM PDD 2 H 3 ETER H E
101. RAD 4 9 3 10 MRV 10 1 BE DURGUN 10MW DURGUN 10MW 2 a a CDM
102. TV 50 9 4 20km 9 5 35km 9 6 70km DURGUN 90km TV 51 9 5 BE DURGUN 10MW d DRUGUN 10MW
103. 4 8 GHG ER RE PE ER RE PE Sn tCO2 y tCO2 y tCO2 y Y E DURGUN 10MW DURGUN 10MW 15 045 26 tCO y 249 21 tC0 y 14 796 05 tCO y pe B
104. REC 12 3 Ed REC Sopoco Solar Power Hyundai SSM242BP60 REC225PE BLK SMP60 245 SP200PC Q 32 Pmax W 242 0 250 8 225 0 228 1 245 0 243 7 200 0 177 5 146 0 93 1 Voc V 37 38 38 01 36 80 35 87 37 60 38 24 32 30 32 94 22 00 22 4 Tsc 8 42 8 67 8 20 8 29 8 30 8 57 8 40 8 12 8 34 6 7T Vmpp V 30 14 30 44 29 10 29 32 31 30 30 21 25 41 23 72 17 80 15 29 Impp 8 03 8 24 7 70 7 78 7 80 8 07 7 87 7 48 8 20 6 09 LH 0 5 _ 3 3 6 en 1 4 0 5 1L35 5 36 2 0 IV 66 12 3 3 7 12 4 REC 12 4
105. doc MSS B MRV MRV JCW MRV
106. 8 23 12 20 2 512 GWh 11 434 GWh 22 00 2 995 0 220 13 614 GWh 13 614 14 127 GWh 2 1 DURGUN 2 3 B 3 78kW IV 13 2 3 1 3 654MWh 4 2 3 2 20 Du Be
107. IV 48 MRV IV 57 DURGUN 10MW IV 59 BAO al BE UO od ome oC IV 61 IV 62 LL IV 63 IV 103 FEL IV 66 IV 67 IV 68 IV 68 IV 71 IV 71 DURGUN IV 84 DURGUN IV 85
108. 25 m o SE CD ul 180 AEJ alli DD TR IV 59 1 cu Y S DAS US v o TE BR T L
109. 3 78kW BAAI ARN ud Con te be b OH m er AN ORE dv DURGUN 10MW DURGUN olaa DURGUN 10MW PERE IEC 61215 IEC 61730 T V Rheinland eese DURGUN 10MW 1 DURGUN 10MW 2 DURGUN 10MW 1 DURGUN 2 DURGUN 3 llle DURGUN 1 DURGUN 10MW 2 llle DURGUN 3
110. 12 9 IV 67 A 400 MO 12 5 12 5 TIEC REC Bn SSM242BP60 BLK MQ 52 000 40 000 26 000 29 000 15 000 m 1 66 1 65 1 62 1 47 0 79 MO n 86 320 66 000 42 120 42 630 11 850 gt 40 MO m LT 12 6 Hyundai
111. JCM zh IAR ZH Head of CDM National Bureau Tsendsuren E DURGUN MA E 2000
112. V RAY 2 BEA ES lg v 3 175 1509001 3 IEC 61215 61730 61215 61730 5 4
113. ps IV 47 8V AI 9 1 DURGUN 10MW 2014 2015 oi ve oe o o a s o n E panes e Ege EN 666 ll Z OL 1 aes 1111 9 4 2 BE DURGUN 10MW 10MW DURGUN 1 600km 6 960km 4 640km DURGUN
114. 5 220V 5 MNS Mongol National Standard MNS JIS 1982 2007 2010 NGC National Grid Code 4 DURGUN 10MW E DURGUN 10MW IV 75 9 1 14 2 DURGUN 10MW Solar Panel Power Plant Layout Plan 9 946 2kW System 242Wx41 100pcs 0m Array A 15
115. DRE EU E coU censes IV 92 INRIA y 1V 92 DURGUN IV 13 150km IV 50 20km IV 50 200km IV 50 NOTE EC IV 51 96k SYS IV 51 70km E Ea aa da Sm RO e Fa eme ed IV 51 EL ITES 100 IV 64 I MP IV 64 ELSE IV 64 REC EL IV 65 Sopoco EL IV 65 Solar Power EL oeeunennun eener resr rreren IV 65 Hyundai EL IV 65 NPC NMT 160x200 nouui neeaae IV 66 Tif 5 5 m IV 67 s mg Gas IV 69 Hyundai IV 69 E 233 ki
116. 5 3 IV 36 6 6 1 10MW DURGUN 10MW D 6 2
117. Hpk 3 2 E EE 4 IV 5 CDM nJ DURGUN 1 600 km MRV Monitoring Plan Sheet Monitoring Structure Sheet JCM
118. 11 DURGUN lt L 200km 10MW E E 2014 il E ET OEC E000 ZR BE UL VC b 9 3 BE DURGUN 10MW DURGUN 10MW E
119. DURGUN 50 7Y y DURGUN 10MW 3 2 UI 1 1 d
120. 1998 National Renewable Energy Program 2005 2020 C 2003 IV 100 WEB http www nrec mn data uploads aw pdf 1 0 2009 6 http www env go jp press press php serial 11242 Discussion Papers Mongolia Air Pollution in Ulaanbaatar Initial Assessment of Current Situation and Effects of Abatement Measures December 2009 http siteresources worldbank org INTMONGOLIA Resources Air pollution final report pdf JCM http www mmechanisms org initiatives mongolia html F NEDO
121. 30 90 95 0 7 0 854GWh 2 141GWh 2 995GCWh 8 23 12 20 IV 12 1 771 GWh 8 350 GWh 21 2 2 995 0 212 14 127 GWh
122. FS FS 1 jl 3 3 E E
123. b 2 DURGUN CDM lt
124. JCM 4 4 RE EG XEF PJ y RE tCO2 y EG MWh y EFp y y tCO MWh
125. 1 3 DURGUN 10MW DURGUN 10MW JCM 1 4
126. 13 1 14 eae duas 14 3 14 LL 15 15 18 or tees rd diea 19 21 21 d route ERN RS ERE ERROR 22 4 4 4 4 4 4 4 4 5 B 2 5 5 6 6 6 f 7 8 8 9 9 1 2 3 4 5 6 7 8 4 Im 1 2 3 4 5 6 1 2 3 7 1 2 3 8 1 2 9 1 2 9 2 1 9 2 2 9 2 3 9 4 1 9 4 2 i GHG OO 24 24 25 26 27 27 EE 28 GHG 29 PDD
127. DURGUN 1 2 2 DURGUN 10MW kW kW 1 2 3 DURGUN 10MW 3 78kW 1 2 4 125 IV 1 UlaanBaatar 1 1 1 2 DURGUN 10MW Nm 1 3
128. 4 2 PDD 2 RET C tCO MWh EF BESI m 24 4 3 2 D S Ms C MWh MB
129. 12 876GWh 2 3 kWh m 0 0 14 32 203 0 5 63 07 893 1 0 83 45 1 182 2 0 95 59 1 353 3 0 98 06 1 388 4 0 99 02 1 402 120 100 9 0 0 1 0 2 0 3 0 4 0 5 0 2 2 IV 10 1600 1400 1200 1000 800 600 400 kWh m2 year 200 0 0 1 0 2 0 3 0 4 0 5 0 X 2 3
130. 8 1 TOATE 60 8 2 40C 3 Ud 9s T DURGUN v 10MW l 10MW 0 2S E DURGUN 10MW 1 E EJER OD 1 hom ms
131. 1 0 8 760 8 760 1 0 100 100 0 1 100 10 10 0 2 628 26 280 R 10 0 6 132 61 320 234 002 B 3 78kw DURGUN 10MW 4 7 DURGUN 10MW IV 28
132. 55 000Tg IV 42 2 3 Trg ER iil 3 9 9 1 BI DURGUN 10MW DURGUN 10MW H A H 3 1276 D EX Am ES do 2 ti EF 1 5A Z K d ETH 4 REO HA C db 2 E FENZ BI UC UE EJ T KO
133. 17 ai DURGUN D IN ORE EJER 0 2 Lom Ht ZU FB A Hu 08 7J E 8 1 E E
134. 12 14 RECH TV 70 ERL 12 7 IEC 12 7 REC E Sopoco Solar Power Hyundai REC225PE GRID2HBB0 BLIO SMP60 245 SP200PC Q 32 MQ 1 110 0 1 040 0 132 0 94 7 139 0 m 1 66 1 65 1 62 1 47 0 79 em 1 843 1 716 214 139 110 gt 40 E tif H H 12 8
135. TEC 61215 IEC 61730 4 12 4
136. p 10 15 PV 3500 0Q cm 0 03N m 1 UL1703 IV 68 500V s 1 5000 2 IEC 61646 1 0 1mY 400MQ 0 1mY 40MQ 1000V 2 12 10 12 11 Hyundai IV 69 12 12 Sopoco 12 13 Solar Power
137. DURGUN 1 10MW 15 0 18USD kWh 1 5MW 380V E DE IV 60
138. 32 2 86 4 13 5 27 6 14 6 38 6 12 5 64 5 47 5 21 4 11 3 07 2 43 4 74 47 3 15 4 41 5 38 5 95 5 92 5 57 5 19 5 20 5 21 4 32 3 37 2 71 4 70 62 3 28 4 47 5 21 5 47 5 19 4 78 4 51 4 68 4 95 4 31 3 48 2 84 4 43 90 3 03 3 93 4 21 3 96 3 46 3 11 3 00 3 21 3 84 3 70 3 20 2 67 3 44 4 08 4 74kWh mz day 365day X3 78kWX0 7 3 836 4 578MWh 3 836 4 578MWh 4F X 0 9594 3 680 4 392MWh 233 2012 3 3 1 4 478MWh 96 70 TV 14
139. DIESEN DR Yer EUER BR 61215 TEC 61730 TEC 61215 TEC 61730 lh Gd A IV 33 B 5 2 3 78kW Greenfield project
140. IV 70 Ki Solar Power IV 70 Dun REC ERL IV 70 3 IV 104
141. 2016 B H H 5 32 B 4 H IV 21 VOIR y 3 1 OM 1 1501 tC0 MWh BM 1 0559tC0 MWh c p cdm mongolia com index php option com content amp view article amp id 75 amp Itemid 105 amp lang en 1 1501 1 0559 2 1 1030 tCO MWh 3 3 BE DURGUN 10MW
142. 66 1209 RS RS RR Raa 67 I EI CI 67 12 3 5 68 12 4 Ln 71 12 5 9 72 13 LLL LL uelle 74 74 13 2 74 14 75 14 1 Leere rax Rr Ree 75 14 2 DURGUN 10MW 76 14 3 DURGUN 10W SRA 84 14 4 86 14 5 89 15 90 15 1 90 15 2 90 15 3 7 91 53 91 A OE 91 V i GS 91 AA AS SN 91 16
143. 12 6 Solar Power EL EL 7 Hyundaif 12 IV 65 Solar Power Hyundai D fl 12 3 12 7 Hri 12 3 2 RECH Sopoco 12 8 12 8 NPC NMT 160x200 12 3
144. 17 SpRAUD Meere cesi o RU DE RR C ORE eod 94 aU ed ODER 100 SN DURGUN 10MW 1 1 1 JCM CO 2020 20 25 JCM JCM 10MW 12 1 2 1
145. 3 1 3 2 3 3
146. SANKOU SOLAR MONCOLIA CO LTD Module ur etre tm mcn S SIN err 4 1 nem E Part SANKOU SOLAR MONGOLA CO LTD Cocos hidra jac p p Fat 7 2007 g 9 52 i vedi H 1 mr C fo m ORC UN 47100 wena ME gn 2 ac cnm Ng UT M doy tst toyeite 545 DILD MET Ver nd Polen tn Te wma c ar oor lt ee trum y cng v3 ae ten hos ee Ts Certgceice soy m e TEC 61215 TEC 61730 TUV Rheinland TV 73 13 13 1 HER IER 13 2
147. SALKHIT 50MW FIT 11 2 FIT 0 15 0 18US kWh 10kW 38 10kW 37 8 kWh
148. Solar Power 11 3 Hyundai 36 2 EL 12 5 20 AP 114 1H HH 61215 Sanko Gr Co S Br ECKE T OE
149. 10kW 10 10 10kW 20 1MW kWh
150. MRV 10 1 MRV MRV TC BOCE 1 932kW EE 12 000kW 57 11 11 1 DURGUN 10MW
151. TV 11 2 4 NASA DURGUN kWh m day 1 2 3 4 5 6 7 10 11 12 RE 0 1 57 2 65 4 19 5 60 6 50 6 53 5 98 5 40 4 35 3 02 1 89 1 26 4 08 48 2 81 4 13 5 40 6 03 6 00 5 64 5 30 5 43 5 23 4 44 3 32 2 37 4 68 63 2 91 4 17 5 21 5 53 5 24 4 82 4 59 4 88 4 96 4 42 3 43 2 47 4 38 90 2 70 3 68 4 25 4 05 3 54 3 18 3 09 3 44 3 88 3 81 3 16 2 32 3 42 33 4 74kWh m dayX365day X10MWX0 7 12 111GWh 90 959 in 12 111GWh x0 9095 11 015GWh 4 2 2 3 DURGUN 2007 2
152. MRV DURGUN 10MW ke UM Ue MR AN
153. TER T V M eS TUV Rheinland TUV S D 24840 26657 123 12 3 1 E L Hyundai 3 12 1 12 2 EL Electro Luminescence ITES PVX100 IV 63 ITES PVX100 12 1 EL 12 2 EL H iba i i 2 imi un EL E 12 3 IV 64 EL 12 4 RECf i D 111100 HI II Ji n ii 12 5 Sopoco EL ingil a gaT i Y N B
154. LL 46 47 47 PAAR a 49 9 5 52 10 MRV 55 ioi 80 55 10 2 olnuneuunuurunaneunan eneun en ranra 55 10 3 MRV 56 10 4 MRV 57 11 58 11 1 DURGUN 10MW 58 11 2 DURGUN 10MW 59 11 3 60 11 4 FIT 60 12 62 12 1 62 12 2 62 12 3 63 12 3 1 EL me 63 12 3 2
155. MWh MB pu Nc UE RE tCO MWh MA 4 4 D S M C mum D S PDD MA MB MC
156. 3 78 1 523 kWh m 4 FAAN HU ES kW 2 2 C Bx EL Ei AU EP His EX3 78kWX0 7 4 030MW DHI NASA E E NASA h 1 17 E Hn E 95 949 2 5 NASA kWh m day sA Mioa
157. E ROB 1 2 ox TINS Rx E LC BI XE 2 E JCM N v CDM 3
158. SArea 1 e om 3 4 40r HL ut IT Land Area 440m x 520m 228 800 m 22 88 ha 14 1 DURGUN 10MW 1 LL AI Solar Panel Power Plant Layout of Panel 9 946 2kW Sytem 242Wx41 100pcs Solar Panel SSM 242 BP60 1663 BEEN A 97 Solar Altitude in Winter Solstice 18 8 ii L Array 30 Power 15 Series 4 Parallel Conditioner String A 1 String A 11 p 180 Pcs EE O String B 1 String B 5 er String B 7 String B 11 a a a T Tren 180 Pcs Power Array B 1 1 920 PCS String A 12 m 120 Pcs Me String B 6 B 12 60 Pcs 14 2 DURGUN 10MW 2 82 Conditioner CV 325sqx1C ps Collection Bor o 60sqx2C Connection Box 12Circuitx11 M jBCircuit r4 CT pr HDI ti i 1C 15 seriesx12 parallel x11 Solar Panel SSM 242 BP60 242W 2100 pcs 508 2kW S Eel 14 3 DURGUN 10MW 1 6L AI Array B To Power Conditioner CV 325sqx1C Hg ue m m b un IL 6 Circuitx2 CV 60sqx2C Connection 4Circuit RIEN x2 dua i Ti Vt FA Tff 15 seriesx12 parallel x10 15 series Solar Panel
159. TIR 0 n IV 22 4 DURGUN DURGUN DURGUN 38GWh 4MWx2 54 106Wh DURGUN M XE DURGUN 5
160. 93 0794 5 PVN KP55K 94 07 95 0 CHAR TPV 95 0 VBPC 94 57 95 0 SPC 94 5 HE KP 95 0 PCS SSI 94 07 95 0 http solar generation org maker powcon201210 html IV 20 3 3 1 v 1 v 2 CDM 3 CDM 2 X 4 5 2
161. 6 14 127 GWh 4 478 MWh 23 258 kW 105 2335 kW 0 IV 15 2 8 DURGUN 10MW 10 000 00 kW 1 232 582 kW 0 96 8 2 325 822 000 16 50 Tg 100 00 US 1 650 Tg US E 13 893 000 kWh 1 000 tCO 1 065 tCO MWh 14 796 tCO 14 796 000 1 0 18 US
162. RNN RS H Lt E EF E aj LELT IV 56 10 4 MRV
163. 000 Grid emission factor tCO MWh 4 1 DURGUN 10MW IV 30 B Joint Crediting Mechanism Monitoring Plan Sheet Calculation Process Sheet Attachment to Project Design Document H c l 1 Calculations for emission reductions Fuel type Value Units Parameter Emission reductions during the period of year y tCO2 y ER 2 Selected default values etc 3 Calculations for reference emissions Reference emissions during the period of year y Amount of electricity generation Grid emission factor 4 Calculations of the project emissions ect emissions during the period of year y Grid electricity consumption Grid emission factor tCO MWh 4 2 3 78kW 31 5 PDD 5 1 BI DURGUN 10MW DRUGUN
164. 007 3 3 11 434GWh 88 40 2 24 DURGUN 2013 8 23 10 00 9H 14H15 20 9 15 0 00 12 20 15 50 120 30 40 3
165. 1 406 1 579 1 376 45 1 389 1 569 1 349 50 1 364 1 548 1 316 1 800 1 700 1 600 NG 5 1 500 gt YR 8 1400 ER E 1 300 1 200 14100 1 000 0 10 20 30 40 50 2 1 TH 1 416 kWh m 4E X X 0 7 9 912GWh 4 1 5 1 288 kWh m 90 959
166. 4 1 391 IV 8 NEDO 25 3 TAkWh m day X 365day 4F 1 365kWh m 32 3 1 408kWh m2 1 kW m 10MW NEDO 0 7 IV 9 1 416 kWh m2 10MW C dux mos E V 64 Y VU D og E 37 1 412 1 388 38 1 410 1 384 39 1 408 1 580 1 380 40
167. RGUN 10MW FS ERA 6 3 10 10MW E
168. SSM 242 BP60 242W 1920 pcs 464 6kW BdrellSDe2 14 4 DURGUN 10MW 2 08 AI Electric power meter for electric power selling and purchase 110kV Substation V 325sqx1C Cubicle type high voltage power receiving unitsx5 CV 325sqx1C Power EX EX 3 lt Conditionerx20 E E Housing for 1 Power Conditionerx10 Monitoring Solar Panel SSM 242 BP60 242W 41 100 pcs 9 946 2kW Equipment 14 5 DURGUN 10MW 3 I8 AI Monitoring Equipment 10MW Solar Power Plant System Diagram Array A 15 7 623 kW Cubicle 9 946 2 kW Array B 1 464 6 5 2 323 kW Array B 5 500kVAx4 High voltage power recieveing unit x 5 6 6kV 420V Substation 10000kVA 110kV 6 6 kV Utility grid 14 6 DURGUN 10MW 1 _ Module Specification ISSM 242 BP60 Pmpp 242 0 W Vmpp 31 14 V Impp 9 03 A Voc 38 38 V Isc 9 42 A Total of module 41 100 PCS 68 AI Array A String 1 String 6 String 7 String 11 String A 12 Module 180 pcs Module 180 pcs Module 120 pcs Module 180 pcs Module 180 pcs 15 series 8 parallel 15 series 12 parallel 15 series 12 parallel 15 series 12
169. kWh DIS 18 00 kWh 250 074 000 13 667 200 9 8 264 870 000 9 3 0 2 325 822 000 2 325 822 000 1 236 406 800 251 202 800 2 236 406 800 251 202 800 3 236 406 800 251 202 800 4 236 406 800 251 202 800 5 236 406 800 251 202 800 6 236 406 800 251 202 800 7 236 406 800 251 202 800 8 236 406 800 251 202 800 9 236 406 800 251 202 800 0 236 406 800 251 202 800 1 236 406 800 251 202 800 2 236 406 800 251 202 800 3 236 406 800 251 202 800 4 236 406 800 251 202 800 5 236 406 800 251 202 800 6 236 406 800 251 202 800 7 236 406 800 251 202 800 8 236 406 800 251 202 800 9 236 406 800 251 202 800 20 236 406 800 251 202 800 8 0 8 8 IV 16 2 9 3 78kW 3 78kW
170. parallel 15 series 12 parallel Connection box Connection box 600V 120A 600V 120A 12 circuits 12 circuits Connection box 600V 120A 12 circuits Connection box 600V 80A 8 circuits Connection box 600V 120A 12 circuits DC power collection box DC power collection box 600V 600A 600V 600A 6 circuits 6 circuits 1080 pcs 1020 pcs Power conditioner 500kW DC 600V AC 3P 210 V 2100 x 242 508 2 kW 14 7 DURGUN 10MW 2 68 1 Array B String B 1 Module 180 pcs String B 5 Module Module 180 pcs 60 pcs 15 series 15 series 12 parallel 4 parallel 15 series 12 parallel Connection box 600V 120A 12 circuits Connection box 600V 120A 12 circuits 600V 120A 4 circuits DC power collection box 600V 600A 6 circuits String B 6 Connection box String B 7 String B 11 Module 180 pcs String B 12 Module Module 180 pcs 60 pcs 15 series 12 parallel 15 series 15 series 12 parallel 4 parallel Connection box 600V 120A 12 circuits Connection box 600V 120A 12 circuits Connection box 600V 40A 4 circuits DC power collection box 600V 600A 6 circuits 960 pcs 960 pcs Power conditioner 500kW DC 600V AC 3P 210 V 1920 x 242 464 6 kW 14 8 DURGUN 10MW 3 V8 AI 14 3 DURGUN 10MW
171. r9 2 2 2 2 6 6 6 1 zl i M JCM 1 RA 1 1 1 quB pP oti ote SS 1 LE 1 TET 1 4 SE TIE JEES 1 5 1 BU 2 3 3 AKRZE E E EEE E 4 E E E E E 4 E a a a ES 5 JCM UI D or 7 1 7 A BO LAU od edd add da 7 DURGUN 10MW 7 1 Kat do ceo AT cte TOY in 8 a s atr QM QE Sp 11 gus conc vtile sac eda tace d eC Tel Ead 12 qo spo HL ce dere ET Beet x vr CN Y 12
172. ystem schematic 14 11 68 AI 14 5 14 3 08321 16 4531 20 2 00 0 2000 00 3572 4 1 3 572 40 wama 8 9780 Il 8978 00 EY 792 5 5 1 2 792 1 662 7 1 662 70 11 241 4 1 11 241 44 D 39 778 26 ERE 15 15 1 E
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