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BSI PD CLC IEC/TS 61851-3-7:2023:2024 Edition

BSI PD CLC IEC/TS 61851-3-7:2023:2024 Edition

$215.11

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

Published By Publication Date Number of Pages
BSI 2024 112
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PDF Catalog

PDF Pages PDF Title
2 undefined
5 Annex ZA (normative)Normative references to international publicationswith their corresponding European publications
6 CONTENTS
12 FOREWORD
14 INTRODUCTION
15 1 Scope
2 Normative references
3 Terms and definitions
16 4 Symbols and abbreviated terms
5 Operating principles
5.1 General
5.2 Battery system specific FSA
17 5.3 State definitions
5.4 Transitions in the FSA for battery systems
Figures
Figure 1 – FSA for battery system
Tables
Table 1 – States behaviour
18 6 Object dictionary
6.1 General
Table 2 – Transitions, events and actions
19 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
6.3 Detailed complex data type specifications
6.3.1 General
Table 3 – Value definition
Table 4 – Value definition for VD specific FSA control
Table 5 – Value definition for virtual device FSA state
20 6.3.2 Object 0081h to 0082h: Reserved
6.3.3 Object 0083h: Ni-MH charging rules parameter record
6.4 Produced application objects
6.4.1 General
6.4.2 Object 6100h: Type of battery cells
Figure 2 – Value structure
Table 6 – Ni-MH charging rules parameter record
21 Table 7 – Value definition
22 Table 8 – Object description
23 Table 9 – Entry description
24 6.4.3 Object 6102h: Battery system rated Wh capacity (optional)
Table 10 – Object description
25 Table 11 – Entry description
26 6.4.4 Object 6105h: Battery system temperature
Table 12 – Grouping of sub-indices
27 Table 13 – Object description
Table 14 – Entry description
29 6.4.5 Object 6126h: Battery system maximum cell voltage (optional, mandatory for rental/swap battery systems)
Table 15 – Object description
30 Table 16 – Entry description
31 6.4.6 Object 6127h: Battery system minimum cell voltage (optional, mandatory for rental/swap battery systems)
Table 17 – Object description
Table 18 – Entry description
32 6.4.7 Object 6160h: Actual battery system Wh capacity
33 Table 19 – Object description
Table 20 – Entry description
34 6.4.8 Object 6162h: Full EMS output battery system Wh capacity (optional, mandatory for rental/swap battery systems)
Table 21 – Object description
35 Table 22 – Entry description
36 6.4.9 Object 6164h: Relative battery system Wh capacity (SOC) (optional)
Table 23 – Value definition
Table 24 – Object description
37 Table 25 – Entry description
38 6.4.10 Object 6192h: Reserved
6.4.11 Object 6193h: Threshold time of the battery system maximum charging time
Table 26 – Entry description
39 6.5 Produced application objects (optional)
6.5.1 General
6.5.2 Object 6101h: Battery system connecting status (optional)
Table 27 – Entry description
40 Figure 3 – Object structure
Table 28 – Value definition
Table 29 – Object description
41 Table 30 – Entry description
42 6.5.3 Object 6103h: Battery system rated Ah capacity (optional)
Table 31 – Object description
Table 32 – Entry description
43 6.5.4 Object 6104h: Battery system number of cells (optional)
Figure 4 – Object structure
44 Table 33 – Value definition for the parallel and series cell number fields
Table 34 – Object description
Table 35 – Entry description
45 6.5.5 Object 6106h: Battery system lifetime (optional)
Table 36 – Object description
46 6.5.6 Object 6107h: Battery system lifetime in cycles (optional)
Table 37 – Entry description
47 Table 38 – Object description
Table 39 – Entry description
48 6.5.7 Object 6108h: Battery system lifetime EMS input capacity (optional)
Table 40 – Object description
Table 41 – Entry description
49 6.5.8 Object 6109h: Battery system manufacturer (optional)
50 Table 42 – Object description
Table 43 – Entry description
51 6.5.9 Object 610Ah: Battery system cell manufacturer (optional)
Table 44 – Object description
Table 45 – Entry description
52 6.5.10 Object 610Bh: Battery system cell notation (optional)
Table 46 – Object description
53 6.5.11 Object 6120h: Battery system maximum charge start temperature (optional)
Table 47 – Entry description
54 Table 48 – Object description
Table 49 – Entry description
55 6.5.12 Object 6121h: Battery system minimum charge start temperature (optional)
Table 50 – Object description
56 Table 51 – Entry description
57 6.5.13 Object 6122h: Battery system maximum discharge temperature (optional)
Table 52 – Object description
Table 53 – Entry description
58 6.5.14 Object 6123h: Battery system minimum discharge temperature (optional)
59 Table 54 – Object description
Table 55 – Entry description
60 6.5.15 Object 6124h: Battery system maximum temperature for storage (optional)
Table 56 – Object description
Table 57 – Entry description
62 6.5.16 Object 6125h: Battery system minimum temperature for storage (optional)
Table 58 – Object description
Table 59 – Entry description
63 6.5.17 Object 6161h: Actual battery system Ah capacity (optional)
Table 60 – Object description
64 Table 61 – Entry description
65 6.5.18 Object 6163h: Full EMS output battery system Ah capacity (optional)
Table 62 – Object description
Table 63 – Entry description
66 6.5.19 Object 6165h: Battery system VDN 1 actual cell voltage (optional)
67 Table 64 – Object description
Table 65 – Entry description
68 6.5.20 Object 6166h to 6174h: Battery system VDN 2 to 16 actual cell voltage (optional)
6.5.21 Object 6175h: Battery system balance (optional)
Table 66 – Index assignments for battery system 2 to 16
Table 67 – Value definition
Table 68 – Object description
69 6.5.22 Object 6176h: Battery system SOH (optional)
Table 69 – Entry description
70 Table 70 – Value definition
Table 71 – Object description
Table 72 – Entry description
71 6.5.23 Object 6177h: Battery system EMS output time (optional)
Table 73 – Object description
72 Table 74 – Entry description
73 6.5.24 Object 6178h: Battery system EMS input time (optional)
Table 75 – Object description
Table 76 – Entry description
74 6.5.25 Object 6179h: Battery system EMS output Ah counter (optional)
75 Table 77 – Object description
Table 78 – Entry description
76 6.5.26 Object 617Ah: Battery system EMS input Ah counter (optional)
Table 79 – Object description
77 Table 80 – Entry description
78 6.5.27 Object 617Bh: Battery system EMS output Wh counter (optional)
Table 81 – Object description
Table 82 – Entry description
79 6.5.28 Object 617Ch: Battery system EMS input Wh counter (optional)
80 Table 83 – Object description
Table 84 – Entry description
81 6.5.29 Object 617Dh: Battery system EMS output counter (optional)
Table 85 – Object description
Table 86 – Entry description
83 6.5.30 Object 617Eh: Battery system EMS input counter (optional)
Table 87 – Object description
Table 88 – Entry description
84 6.5.31 Object 617Fh: Battery system deep discharging counter (optional)
Table 89 – Object description
85 Table 90 – Entry description
86 6.5.32 Object 6180h: Battery system short-circuit counter (optional)
Table 91 – Object description
Table 92 – Entry description
87 6.5.33 Object 6181h: Battery system over-temperature counter (optional)
88 Table 93 – Object description
Table 94 – Entry description
89 6.5.34 Object 6182h: Temperature dependent average EMS output current (optional)
Table 95 – Object description
90 6.5.35 Object 6183h: Temperature dependent peak EMS output current (optional)
Table 96 – Entry description
Table 97 – Object description
91 6.5.36 Object 6184h: Temperature dependent average EMS input current (optional)
Table 98 – Entry description
Table 99 – Object description
92 6.5.37 Object 6185h: Temperature dependent peak EMS input current (optional)
Table 100 – Entry description
Table 101 – Object description
93 6.5.38 Object 6186h: Temperature dependent capacity correction (optional)
Table 102 – Entry description
Table 103 – Object description
94 6.5.39 Object 6187h: Battery system capacity dependent current correction (optional)
Table 104 – Entry description
Table 105 – Sub-index relation to capacity range
95 Table 106 – Value definition
Table 107 – Object description
Table 108 – Entry description
96 6.5.40 Object 6188h: Battery system temperature dependent self-discharge rate (optional)
Table 109 – Object description
Table 110 – Entry description
97 6.5.41 Object 6189h: Temperature dependent cell charge maximum voltage (optional)
Table 111 – Object description
Table 112 – Entry description
98 6.5.42 Object 618Ah: Battery system 100 % to 90 % capacity dependent voltage correction (optional)
Table 113 – Value definition
Table 114 – Object description
Table 115 – Entry description
99 6.5.43 Object 618Bh: Battery system 0 % to 10 % capacity dependent voltage correction (optional)
Table 116 – Value definition
Table 117 – Object description
100 6.5.44 Object 618Ch: Battery system point of cell balancing (optional)
Table 118 – Entry description
Table 119 – Object description
101 Table 120 – Entry description
102 6.6 Consumed application objects
6.6.1 General
6.6.2 Object 618Fh: EMS output rules for Ni-MH battery system (optional)
103 Table 121 – Object description
Table 122 – Entry description
105 6.6.3 Object 618Dh: Battery system go to deep sleep mode timing (optional)
106 Table 123 – Object description
Table 124 – Entry description
107 6.6.4 Object 618Eh: Battery system minimal SOC for go to deep sleep mode (optional)
Table 125 – Value definition
Table 126 – Object description
Table 127 – Entry description
108 6.6.5 Object 6190h: Battery system specific controls (optional)
109 Table 128 – Value definition
Table 129 – Object description
110 Table 130 – Entry description

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