BSI PD CLC IEC/TS 61851-3-6:2023:2024 Edition

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Electric vehicles conductive charging system – DC EV supply equipment where protection relies on double or reinforced insulation. Voltage converter unit communication

Published By	Publication Date	Number of Pages
BSI	2024	168

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Description

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PDF Pages	PDF Title
2	undefined
5	Annex ZA (normative)Normative references to international publicationswith their corresponding European publications
6	CONTENTS
14	FOREWORD
16	INTRODUCTION
17	1 Scope 2 Normative references 3 Terms and definitions 4 Symbols and abbreviated terms
18	5 Operating principles 5.1 General 5.2 Voltage converter unit specific FSA
19	5.3 State definitions Figures Figure 1 – FSA for voltage converter unit
20	Tables Table 1 – States behaviour
21	5.4 Transitions in the FSA for VCUs Table 2 – Transitions, events and actions
22	6 Object dictionary 6.1 General 6.2 Additional definitions to general application objects 6.2.1 General 6.2.2 Object 6001h: Control word 6.2.3 Object 6002h: Status word Table 3 – Value definition for VD specific FSA control
23	6.3 Produced application objects by AC-DC converter functionality (mandatory) 6.3.1 General 6.3.2 Object 60A0h: AC-DC converter capability Figure 2 – Value structure Table 4 – Value definition for virtual device FSA state
24	Table 5 – Value definition
25	Table 6 – Object description Table 7 – Entry description
27	6.4 Produced application objects by AC-DC converter (optional) 6.4.1 General 6.4.2 Object 60A1h: AC-DC converter minimum AC voltage Table 8 – Object description Table 9 – Entry description
28	6.4.3 Object 60A2h: AC-DC converter maximum AC voltage
29	Table 10 – Object description Table 11 – Entry description
30	6.4.4 Object 60A3h: AC-DC converter maximum AC current Table 12 – Object description Table 13 – Entry description
32	6.4.5 Object 60A4h: AC-DC converter maximum AC power Table 14 – Object description Table 15 – Entry description
33	6.4.6 Object 60AAh: AC-DC converter power transfer time Table 16 – Object description
34	Table 17 – Entry description
35	6.4.7 Object 60ABh: AC-DC converter discharging power transfer time Table 18 – Object description Table 19 – Entry description
36	6.4.8 Object 60ACh: AC-DC converter power transfer Ah counter
37	Table 20 – Object description Table 21 – Entry description
38	6.4.9 Object 60ADh: AC-DC converter discharging Ah counter Table 22 – Object description Table 23 – Entry description
40	6.4.10 Object 60AEh: AC-DC converter power transfer Wh counter Table 24 – Object description Table 25 – Entry description
41	6.4.11 Object 60AFh: AC-DC converter discharging Wh counter Table 26 – Object description
42	Table 27 – Entry description
43	6.4.12 Object 60B0h: AC-DC converter actual AC voltage Table 28 – Object description Table 29 – Entry description
44	6.4.13 Object 60B1h: AC-DC converter actual AC current
45	Table 30 – Object description Table 31 – Entry description
46	6.4.14 Object 60B2h: AC-DC converter actual AC power Table 32 – Object description Table 33 – Entry description
48	6.4.15 Object 60B3h: AC-DC converter power transfer count number Table 34 – Object description Table 35 – Entry description
49	6.4.16 Object 60B4h: AC-DC converter discharging count number Table 36 – Object description
50	Table 37 – Entry description
51	6.4.17 Object 60B5h: AC-DC converter temperature switch off counter Table 38 – Object description Table 39 – Entry description
52	6.4.18 Object 60B6h: AC-DC converter short cuts switch off counter
53	Table 40 – Object description Table 41 – Entry description
54	6.4.19 Object 60B7h: AC-DC converter minimum DC voltage Table 42 – Object description Table 43 – Entry description
56	6.4.20 Object 60B8h: AC-DC converter maximum DC voltage Table 44 – Object description Table 45 – Entry description
57	6.4.21 Object 60B9h: AC-DC converter maximum DC current Table 46 – Object description
58	Table 47 – Entry description
59	6.4.22 Object 60BAh: AC-DC converter maximum DC power Table 48 – Object description Table 49 – Entry description
60	6.5 Produced application objects by voltage converter unit (optional) 6.5.1 General 6.5.2 Object 60A5h: VCU position and class
61	Figure 3 – Object structure Table 50 – Value definition
62	Table 51 – Object description Table 52 – Entry description
63	6.5.3 Object 60D0h 3P topology DC1 positive voltage Table 53 – Object description Table 54 – Entry description
65	6.5.4 Object 60D1h 3P topology DC1 negative voltage Table 55 – Object description Table 56 – Entry description
66	6.5.5 Object 60D2h 3P topology DC2 positive voltage Table 57 – Object description
67	Table 58 – Entry description
68	6.5.6 Object 60D3h 3P topology DC2 negative voltage Table 59 – Object description Table 60 – Entry description
69	6.5.7 Object 60D4h Overload capability DC1 Figure 4 – Object structure
70	Table 61 – Object description Table 62 – Entry description
71	6.5.8 Object 60D5h Overload capability DC2 Figure 5 – Object structure Table 63 – Object description
72	Table 64 – Entry description
73	6.5.9 Object 60D6h Overload capability AC1 Figure 6 – Object structure Table 65 – Object description Table 66 – Entry description
75	6.5.10 Object 60D7h Overload capability AC2 Figure 7 – Object structure Table 67 – Object description Table 68 – Entry description
76	6.5.11 Object 60D8h VCU frequency thresholds AC1 Figure 8 – Object structure
77	Table 69 – Object description Table 70 – Entry description
78	6.5.12 Object 60D9h VCU frequency thresholds AC2 Figure 9 – Object structure Table 71 – Object description
79	Table 72 – Entry description
80	6.5.13 Object 60DAh Maximum L1 apparent power AC1 Table 73 – Object description Table 74 – Entry description
81	6.5.14 Object 60DBh Maximum L2 apparent power AC1
82	Table 75 – Object description Table 76 – Entry description
83	6.5.15 Object 60DCh Maximum L3 apparent power AC1 Table 77 – Object description Table 78 – Entry description
85	6.5.16 Object 60DDh Maximum L1 apparent power AC2 Table 79 – Object description Table 80 – Entry description
86	6.5.17 Object 60DEh Maximum L2 apparent power AC2 Table 81 – Object description
87	Table 82 – Entry description
88	6.5.18 Object 60DFh Maximum L3 apparent power AC2 Table 83 – Object description Table 84 – Entry description
89	6.5.19 Object 60E1h Maximum L1 real power AC1
90	Table 85 – Object description Table 86 – Entry description
91	6.5.20 Object 60E2h Maximum L2 real power AC1 Table 87 – Object description Table 88 – Entry description
93	6.5.21 Object 60E3h Maximum L3 real power AC1 Table 89 – Object description Table 90 – Entry description
94	6.5.22 Object 60E4h Maximum L1 real power AC2 Table 91 – Object description
95	Table 92 – Entry description
96	6.5.23 Object 60E5h Maximum L2 real power AC2 Table 93 – Object description Table 94 – Entry description
97	6.5.24 Object 60E6h Maximum L3 real power AC2
98	Table 95 – Object description Table 96 – Entry description
99	6.5.25 Object 60E7h Maximum L1 reactive power AC1 Table 97 – Object description Table 98 – Entry description
101	6.5.26 Object 60E8h Maximum L2 reactive power AC1 Table 99 – Object description Table 100 – Entry description
102	6.5.27 Object 60E9h Maximum L3 reactive power AC1 Table 101 – Object description
103	Table 102 – Entry description
104	6.5.28 Object 60EAh Maximum L1 reactive power AC2 Table 103 – Object description Table 104 – Entry description
105	6.5.29 Object 60EBh Maximum L2 reactive power AC2
106	Table 105 – Object description Table 106 – Entry description
107	6.5.30 Object 60ECh Maximum L3 reactive power AC2 Table 107 – Object description Table 108 – Entry description
109	6.5.31 Object 60EDh Maximum L1 current AC1 Table 109 – Object description Table 110 – Entry description
110	6.5.32 Object 60EEh Maximum L2 current AC1 Table 111 – Object description
111	Table 112 – Entry description
112	6.5.33 Object 60EFh Maximum L3 current AC1 Table 113 – Object description Table 114 – Entry description
113	6.5.34 Object 609Ah Maximum L1 current AC2
114	Table 115 – Object description Table 116 – Entry description
115	6.5.35 Object 609Bh Maximum L2 current AC2 Table 117 – Object description Table 118 – Entry description
117	6.5.36 Object 609Ch Maximum L3 current AC2 Table 119 – Object description Table 120 – Entry description
118	6.5.37 Object 609Dh Maximum N current AC1 Table 121 – Object description
119	Table 122 – Entry description
120	6.5.38 Object 609Eh Maximum N current AC2 Table 123 – Object description Table 124 – Entry description
121	6.5.39 Object 603Fh: DC-DC converter actual current side B
122	Table 125 – Object description Table 126 – Entry description
123	6.5.40 Object 6041h: DC-DC converter actual voltage side B Table 127 – Object description Table 128 – Entry description
125	6.6 Consumed application objects by AC-DC converter (optional) 6.6.1 General 6.6.2 Object 60BEh: AC-DC converter set maximum AC power Table 129 – Object description Table 130 – Entry description
126	6.7 Consumed application objects for power transfer 6.7.1 General 6.7.2 Object 60F0h: Connected battery systems data – Instance Figure 10 – Object structure supported virtual devices (informative) Table 131 – Value definition for bit fields (informative)
128	Table 132 – Object description Table 133 – Entry description
129	6.7.3 Object 60F1h: Connected battery system data – Node-ID Table 134 – Value definition Table 135 – Object description Table 136 – Entry description
130	6.7.4 Object 60F2h: Connected battery system data – Device alarm capability (optional) Figure 11 – Object structure (informative) Table 137 – Value definition (informative)
131	Table 138 – Object description
132	6.7.5 Object 60F3h: Connected battery system data – Type of battery cells Table 139 – Entry description
133	Table 140 – Object description Table 141 – Entry description
134	6.7.6 Object 60F4h: Connected battery system data – Battery system rated Wh capacity Table 142 – Object description Table 143 – Entry description
135	6.7.7 Object 60F5h: Connected battery system maximum voltage Table 144 – Object description Table 145 – Entry description
136	6.7.8 Object 60F6h: Connected battery system minimum voltage Table 146 – Object description Table 147 – Entry description
137	6.7.9 Object 60F7h: Connected battery system maximum input current during charge Table 148 – Object description
138	6.7.10 Object 60F8h: Requested battery system charge limit Table 149 – Entry description
139	Table 150 – Value definition Table 151 – Object description Table 152 – Entry description
140	6.7.11 Object 60F9h: Connected battery system data – maximum charge temperature (optional) Table 153 – Object description Table 154 – Entry description
141	6.7.12 Object 60FAh: Connected battery system data – Battery system minimum charge temperature (optional) Table 155 – Object description
142	6.7.13 Object 60FBh: Connected battery system data – Device alarm status (optional) Table 156 – Entry description
143	Table 157 – Object description Table 158 – Entry description
144	6.7.14 Object 60FCh: Connected battery system data – Control word Table 159 – Object description Table 160 – Entry description
145	7 Consumed application objects by VCU in stationary applications (optional) 7.1 General 7.2 Object 60BFh: Frequency setpoint AC1 Table 161 – Object description Table 162 – Entry description
146	7.3 Object 60C0h: Frequency setpoint AC2 Table 163 – Object description
147	7.4 Object 60C4h: Current setpoint AC1 Table 164 – Entry description
148	Table 165 – Object description Table 166 – Entry description
149	7.5 Object 60C1h: Current setpoint AC2 Table 167 – Object description Table 168 – Entry description
150	7.6 Object 60C2h: Voltage setpoint AC1 Table 169 – Object description Table 170 – Entry description
151	7.7 Object 60C3h: Voltage setpoint AC2 Table 171 – Object description Table 172 – Entry description
152	7.8 Object 60A8h: Reactive power control Table 173 – Value definition for reactive power control
153	Table 174 – Object description Table 175 – Entry description
154	7.9 Object 60A9h: Power limitation setpoint Table 176 – Object description Table 177 – Entry description
155	7.10 Object 60AAh: Constant reactive power setpoint Figure 12 – Object structure constant reactive power setpoint Table 178 – Value definition for constant reactive power setpoint Table 179 – Object description
156	7.11 Object 60ABh: Constant power factor cos ( setpoint Table 180 – Entry description
157	Figure 13 – Object structure constant reactive power setpoint Table 181 – Value definition for constant reactive power setpoint Table 182 – Object description Table 183 – Entry description
158	7.12 Object 60ACh: Characteristic curve cos ( (PN) Figure 14 – Object structure fitting point
159	Figure 15 – Object structure power factor Table 184 – Value definition fitting point control Table 185 – Value definition for constant reactive power setpoint Table 186 – Object description Table 187 – Entry description
161	7.13 Object 60ADh: Characteristic curve Q(U)
162	Figure 16 – Object structure fitting point control Table 188 – Value definition fitting point control Table 189 – Object description Table 190 – Entry description
166	Bibliography

Additional information

Status	Definitive
Pages	168
Publication Date	2024-01-16
ISBN	978 0 539 29079 0
Standard Number	PD CLC IEC/TS 61851-3-6:2023
Title	Electric vehicles conductive charging system – DC EV supply equipment where protection relies on double or reinforced insulation. Voltage converter unit communication
Identical National Standard Of	IEC TS 61851-3-6:2023, CLC IEC/TS 61851-3-6:2023
Corrects	PD IEC TS 61851-3-6:2023
Descriptors	Electrical insulation levels, DC, Insulation (electrical), Electric charge, DC power transmission, Electric traction, DC motors, Power supply (electric), Electricity supply, Electric vehicles, Supply lines (traction)
Publisher	BSI
Committee	PEL/69
ICS Codes	43.120 - Electric road vehicles

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BSI PD CLC IEC/TS 61851-3-6:2023:2024 Edition

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