CLC/TS 50586:2019
(Main)Open Smart Grid Protocol (OSGP)
Open Smart Grid Protocol (OSGP)
2019-03-06 AJC: No xml file to be provided; document 300+ pages long.
Open Smart Grid Protocol (OSGP)
Protocole ouvert pour Réseau Intelligent
This Technical Specification addresses BPSK Narrow Band Power Line Channel for Smart Grid Applications and ISO/IEC 14908-1, which defines a representation oriented model of a smart-grid device, and specifies an application level communication protocol on top of ISO/IEC 14908-1: the Open Smart Grid Protocol (OSGP). OSGP is designed to support the communication requirements between a large scale deployment of such smart-grid devices and utility supplier or suppliers for the purposes of data collection, primarily for billing purposes by the utility or utilities involved, but including the provision of usage information to the consumer and the control of the consumer's use of utility services in the event of shortage of supply on the part of the utility or transport providers or insufficient payment by the consumer for utility services already supplied.
Odprti protokol pametnega omrežja (OSGP)
Ta dokument opisuje model podatkovnega vmesnika, komunikacijo na ravni aplikacije, funkcije upravljanja in varnostni mehanizem za izmenjavo podatkov z napravami v pametnih omrežjih. Na odprti protokol pametnega omrežja (OSGP) se navezuje naslednjih pet področij.
• Izmenjava podatkov z napravami v pametnih omrežjih dobaviteljem pripomočkov omogoča, da zbirajo podatke o porabi kupcev, kot so na primer podatki za obračunavanje in profili obremenitev, nadzor in uporaba omrežja, določanje časovnega razporeda tarif, odkrivanje kraj in nepooblaščenih sprememb ter prekinitve. Značilnosti števcev so opisane v točkah 7 in 8.
• Podatkovni vmesnik odprtega protokola pametnega omrežja uporablja predstavitveni model (preglednice in postopke) z nizkimi stroški. Model je opisan v točki 5 s posebnimi preglednicami v dodatku A, dodatku B in postopki v dodatku C in D.
• Aplikacijski protokol OSGP je zasnovan za uporabo komunikacijskega sklada iz standarda EN 14908-1:2014 po ozkopasovnih električnih kanalih. Točka 9 opisuje sporočila, ki se uporabljajo za dostop do podatkov odprtega protokola pametnega omrežja. Bistvena značilnost protokola prek električnih kanalov je ponavljajoči se mehanizem, ki aplikacijskemu sloju daje nadzor in odgovornost za posredovanje paketov med napravami, neodvisno od protokola usmerjanja ali omejitev osnovnih slojev. Zato je odprti protokol pametnega omrežja mogoče prilagoditi drugim komunikacijskim paketom in medijem, čeprav takšna prilagoditev ne spada na področje uporabe te specifikacije. Ponavljajoči se mehanizem je opisan v dodatku G.
• Značilnosti upravljanja odprtega protokola pametnega omrežja vključujejo odkrivanje naprav in topologijo usmerjanja v protokolu, imenovano avtomatsko upravljanje topologije (opisano v točki 4), zagon naprav za zaščiteno komunikacijo (dodatek F), spremljanje povezljivosti naprav in posodabljanje vdelane programske opreme naprav.
• Varnost odprtega protokola pametnega omrežja zajema preverjanje pristnosti, šifriranje in upravljanje ključev. Podrobnosti so v dodatku F.
General Information
Standards Content (Sample)
SLOVENSKI STANDARD
01-december-2019
Odprti protokol pametnega omrežja (OSGP)
Open Smart Grid Protocol (OSGP)
Protocole ouvert pour Réseau Intelligent
Ta slovenski standard je istoveten z: CLC/TS 50586:2019
ICS:
33.200 Daljinsko krmiljenje, daljinske Telecontrol. Telemetering
meritve (telemetrija)
35.240.99 Uporabniške rešitve IT na IT applications in other fields
drugih področjih
2003-01.Slovenski inštitut za standardizacijo. Razmnoževanje celote ali delov tega standarda ni dovoljeno.
TECHNICAL SPECIFICATION CLC/TS 50586
SPÉCIFICATION TECHNIQUE
TECHNISCHE SPEZIFIKATION
November 2019
ICS
English Version
Open Smart Grid Protocol (OSGP)
Protocole ouvert pour Réseau Intelligent Open Smart Grid Protocol (OSGP)
This Technical Specification was approved by CENELEC on 2019-09-02.
CENELEC members are required to announce the existence of this TS in the same way as for an EN and to make the TS available promptly
at national level in an appropriate form. It is permissible to keep conflicting national standards in force.
CENELEC members are the national electrotechnical committees of Austria, Belgium, Bulgaria, Croatia, Cyprus, the Czech Republic,
Denmark, Estonia, Finland, France, Germany, Greece, Hungary, Iceland, Ireland, Italy, Latvia, Lithuania, Luxembourg, Malta, the
Netherlands, Norway, Poland, Portugal, Republic of North Macedonia, Romania, Serbia, Slovakia, Slovenia, Spain, Sweden, Switzerland,
Turkey and the United Kingdom.
European Committee for Electrotechnical Standardization
Comité Européen de Normalisation Electrotechnique
Europäisches Komitee für Elektrotechnische Normung
CEN-CENELEC Management Centre: Rue de la Science 23, B-1040 Brussels
© 2019 CENELEC All rights of exploitation in any form and by any means reserved worldwide for CENELEC Members.
Ref. No. CLC/TS 50586:2019 E
Contents Page
European Foreword . 9
Introduction . 10
1 Scope . 11
2 Normative references . 11
3 Terms and definitions and abbreviations . 11
3.1 Terms and definitions . 11
3.2 Abbreviations . 16
4 PLC network management . 18
4.1 Overview . 18
4.2 Metering device lifecycle . 19
4.3 ATM Protocol . 19
4.3.1 Overview . 19
4.3.2 ATM responsabilities . 20
4.3.3 Automatic discovery . 20
4.3.4 Discovery domain . 20
4.3.5 ATM messages . 20
4.4 Commissionning . 24
4.4.1 Overview . 24
4.4.2 Commissionning operations . 25
5 OSGP Device data representation . 25
5.1 General overview . 25
5.2 Data types . 25
5.3 Pending tables . 27
5.4 Value Control Identifiers (VCI) . 28
5.5 Value . 28
5.6 Register Naming Convention . 28
5.7 Table and Procedure Naming Convention . 28
5.8 Interface Change Alarm (ICA NACK) . 29
6 Security . 29
6.1 Overview . 29
6.2 Security suites . 29
6.2.1 Overview . 29
6.2.2 OSGP-AES-128-PSK . 29
6.2.3 OMAK . 30
6.2.4 Access control . 30
6.3 Hardware Lock . 30
7 Device Functional Description of the case the OSGP device is an electric power metering
device . 30
7.1 Overview . 30
7.2 Time-Of-Use Calendar (optional) . 30
7.2.1 Overview . 30
7.2.2 Manual Override Option (optional). 31
7.2.3 Over Power Threshold Tariff (optional) . 32
8 Clock Adjustment (mandatory) . 32
8.1 Absolute Time Synch . 32
8.1.1 General . 32
8.1.2 Clock Adjustment by Delta . 32
8.2 Billing Functions . 33
8.2.1 Self Reads (mandatory) . 33
8.2.2 Total Energy (optional) . 33
8.2.3 On-Demand Read of Current Billing Register Values (mandatory) . 33
8.3 Load Profile (mandatory) . 33
8.3.1 Overview . 33
8.3.2 Use case: Reading Load Profile Data . 34
8.3.3 Use case: Parsing M-Bus Load Profile Data . 35
8.4 Self-Test (Alarms, Error Codes) (optional) . 36
8.5 Pulse Inputs (optional) . 36
8.6 Power Quality (optional) . 37
8.6.1 Functional Description. 37
8.7 Display (optional) . 38
8.7.1 Overview . 38
8.7.2 Display Source List (optional) . 38
8.7.3 Display configuration (optional) . 42
8.7.4 Error Codes Configuration (optional) . 42
8.7.5 Simulated Wheel Rotation Configuration (optional) . 42
8.7.6 Disconnect Configuration (optional) . 42
8.7.7 CT and VT Ration (optional) . 43
8.7.8 Firmware version on Power-Up (optional) . 43
8.7.9 PLC signal quality Icons (optional) . 43
8.7.10 Scheduled Display Messages (optional) . 43
8.8 Local Disconnect Contactor (optional) . 43
8.8.1 Overview . 43
8.8.2 Maximum Power and Current Level Thresholds . 44
8.8.3 Prepaid Metering (optional) . 46
8.8.4 Local Manual Control (optional) . 46
8.8.5 Load Contactor Remote Control (optional) . 46
8.9 Control Relay (optional) . 47
8.9.1 Overview . 47
8.9.2 Control Relay Randomization . 47
8.9.3 Time-Based Control Relay Calendar . 47
8.9.4 Remote Control . 48
8.10 History Log (optional) . 48
8.10.1 Overview . 48
8.10.2 Critical event (optional). 48
8.10.3 Critial event Categories . 49
8.11 One-Time Reads (optional) . 50
8.12 Group Broadcast (optional) . 51
8.13 Demand Metering (optional) . 51
8.13.1 Overview . 51
8.13.2 Demand Values (optional) . 52
8.14 Test Mode . 54
8.15 MEP Device Overview . 55
8.15.1 General . 55
8.15.2 Downlink Data Transfer . 55
8.15.3 Uplink Data Transfer . 59
8.16 M-Bus Device support (optional) . 66
8.16.1 Overview . 66
8.16.2 Billing Data Collection . 66
8.16.3 Auto-discovery . 69
8.16.4 Device Removal . 69
8.16.5 M-Bus Status and Alarms . 69
8.17 Compatibility Setting (mandatory) . 69
9 Basic OSGP services . 70
9.1 Overview . 70
9.2 Matching of requests and responses . 70
9.3 Buffer restrictions . 70
9.4 Full Table Read service. 70
9.4.1 Request . 70
9.4.2 Full Read Response . 71
9.5 Full Table write service . 71
9.5.1 Request . 71
9.5.2 Response . 72
9.6 Partial table read . 72
9.6.1 Request . 72
9.6.2 Response . 73
9.7 Partial table write . 73
9.7.1 Request . 73
9.7.2 Response . 73
9.8 Response error codes . 73
9.9 Transactions . 75
9.10 Procedure invocation . 76
9.10.1 Overview . 76
9.10.2 Procedure Timing . 77
9.10.3 Slow and Non-Responsive Procedures . 77
(normative) Basic Tables . 79
A.1 Basic Table 00 (BT00): General configuration . 79
A.2 Basic Table 01 (BT01): General Manufacturer Identification . 95
A.3 Basic Table 02 (BT02): Device Nameplate . 96
A.4 Basic Table 03 (BT03): End Device Mode Status . 98
A.5 Basic Table 04 (BT04) Pending Status . 101
A.6 Basic Table 05 (BT05): Device Identification . 103
A.7 Basic Table 06 (BT06) Utility Information . 103
A.8 Basic Table 07 (BT07): Procedure Initiate . 104
A.9 Basic Table 08 (BT08): Procedure Response . 104
A.10 Basic Table 10 (BT10): Dimension Sources Limiting. 105
A.11 Basic Table 12 (BT12): Unit of Measure Entry . 106
A.12 Basic Table 13 (BT13): Demand Control . 108
A.13 Basic Table 15 (BT15): Constants . 109
A.14 Basic Table 16 (BT16): Source Definition . 109
A.14.1 General . 109
A.14.2 Measurement Source Definition Records . 110
A.14.3 Extended Source IDs . 120
A.15 Basic Table 20 (BT20): Dimension Register . 121
A.16 Basic Table 21 (BT21): Actual Register . 122
A.17 Basic Table 22 (BT22): Data Selection . 123
A.18 Basic Table 23 (BT23): Current Register Data . 124
A.19 Basic Table 24 (BT24): Previous Season Data . 126
A.20 Basic Table 25 (BT25): Previous Demand Reset Data . 126
A.21 Basic Table 26 (BT26): Self Read Data . 126
A.22 Basic Table 27 (BT27): Present Register Selection . 127
A.23 Basic Table 28 (BT28): Present Register Data . 127
A.24 Basic Table 30 (BT30): Dimension Display . 129
A.25 Basic Table 33 (BT33): Primay Display List . 129
A.26 Basic Table 50 (BT50): Dimension Time and TOU . 130
A.27 Basic Table 52 (BT52): Clock . 131
A.28 Basic Table 53 (BT53): Time Offset . 132
A.29 Basic Table 54 (BT54): Calendar . 132
A.30 Basic Table 55 (BT55): Clock state . 134
A.31 Basic Table 60 (BT60): Dimension Load Profile . 135
A.32 Basic Table 61 (BT61): Actual Load Profile . 137
A.33 Basic Table 62 (BT62): Load Profile Control . 138
A.34 Basic Table 63 (BT63): Load Profile Status . 139
A.35 Basic Table 64 (BT64): Load Profile Data . 140
A.36 Basic Table 70 (BT70): Dimension Log . 143
A.37 Basic Table 71 (BT71): Actual Log . 143
A.38 Basic Table 72 (BT72): Events Identification . 144
A.39 Basic Table 73 (BT73): History Log Control . 160
A.40 Basic Table 74 (BT74): History Log Data . 160
A.41 Basic Table 4150 (BT4150): Pending TOU Calendar . 161
(normative) Extended Tables . 163
B.1 Extended Table 00 (ET00) (2048): Manufacturer Specific . 163
B.2 Extended Table 01 (ET01) (2049): Manufacturer Specific . 163
B.3 Extended Table 02 (ET02) (2050): RTC calibration . 163
B.4 Extended Table 03 (ET03) (2051): Utility Information . 163
B.5 Extended Table 04 (ET04) (2052): System Information . 165
B.6 Extended Table 05 (ET05) (2053): Control Output Settings . 171
B.7 Extended Table 06 (ET06) (2054): Pulse Inputs . 180
B.8 Extended Table 07 (ET07) (2055): Display Configuration. 181
B.9 Extended Table 08 (ET08) (2056): Manufacturer Specific . 184
B.10 Extended Table 09 (ET09) (2057): Power Quality . 184
B.11 Extended Table 10 (ET10) (2058): Internal Power Outages . 189
B.12 Extended Table 11 (ET11) (2059): MFG Dimension . 189
B.13 Extended Table 12 (ET12) (2060): Daily Consumption . 191
B.14 Extended Table 13 (ET13) (2061): M-Bus/MEP Defice config. 191
B.15 Extended Table 14 (ET14) (2062): M-Bus/MEP Device Status . 194
B.16 Extended Table 15 (ET15) (2063): MEP On-demand Requests . 197
B.17 Extended Table 17 (ET17) (2065): Code Bank Info . 199
B.18 Extended Table 18 (ET18) (2066): Manufacturer Specific . 201
B.19 Extended Table 19 (ET20) (2067): Meter One-Time Read Queue . 201
B.20 Extended Table 20 (ET20) (2068): M-Bus One Time Read Queue . 202
B.21 Extended Table 21 (ET21) (2069): Load Profile Internam Configuration . 202
B.22 Extended Table 22 (ET22) (2070): Error Codes Configuration . 204
B.23 Extended Table 27 (ET27) (2075): Transaction Request Table . 205
B.24 Extended Table 28 (ET28) (2076): Transaction Response Table . 206
B.25 Extended Table 29 (ET29) (2077): Hardware Configurations . 206
B.26 Extended Table 30 (ET30) (2078): Maximum power or current level control . 209
B.27 Extended Table 31 (ET31) (2079): Meter One-Time Read Log . 209
B.28 Extended Table 32 (ET32) (2080): MEP One-Time Read Log . 211
B.29 Extended Table 33 (ET33) (2033): Group Configuration . 212
B.30 Extended Table 34 (ET34) (2082): MEP Device Configuration 2 . 213
B.31 Extended Table 35 (ET35) (2083): Manufacturer Specific . 214
B.32 Extended Table 36 (ET36) (2084): Mfg Actual Dimensions . 214
B.33 Extended Table 37 (ET37) (2085): Build Information . 216
B.34 Extended Table 38 (ET38) (2086): Manufacturer Specific . 216
B.35 Extended Table 39 (ET39) (2087): Previous Demand . 216
B.36 Extended Table 40 (ET40) (2088): Demand Configuration . 216
B.37 Extended Table 41 (ET41) (2089): Historical Demand Reset Log . 217
B.38 Extended Table 42 (ET42) (2090): Interface Definition . 219
B.39 Extended Table 43 (ET43) (2091): Test Mode Configuration. 223
B.40 Extended Table 44 (ET44) (2092): Test Mode Status . 224
B.41 Extended Table 45 (ET45) (2093): MEP Recurring Read Log . 224
B.42 Extended Table 46 (ET46) (2094): Control Output Read Only Data . 225
B.43 Extended Table 47 (ET47) (2095): Calendar Override Settings . 226
B.44 Extended Table 48 (ET48) (2096): Feature Activation Table . 226
B.45 Extended Table 49 (ET49) (2097): LCD Output Table . 227
B.46 Extended Table 50 (ET50) (2098): MEP Inbound Data Space . 227
B.47 Extended Table 51 (ET51) (2099): MEP Device Configuration . 229
B.48 Extended Table 52 (ET52) (2100): MEP Transaction Request Table . 229
B.49 Extended Table 53 (ET53) (2101): MEP Transaction Response Table . 229
B.50 Extended Table 54 (ET54) (2102): Meter Status . 230
B.51 Extended Table 55 (ET55) (2103): Meter Configuration . 233
B.52 Extended Table 56 (ET56) (2104): Load side state calibration . 238
B.53 Extended Table 57 (ET57) (2105): M-Bus Data Type Table . 239
B.54 Extended Table 58 (ET58) (2106): MEA Status Extension . 240
B.55 Extended Table 59 (ET59) (2107): MEP Procedure Response . 240
B.56 Extended Table 60 (ET60) (2108): Configurable Energy Accumulator Settings . 241
B.57 Extended Table 61 (ET61) (2109): Time-Based Relay Control . 241
B.58 Extended Table 62 (ET62) (2110): Load profile Display Configuration . 242
B.59 Extended Table 66 (ET66) (2114): Load Profile Source ID Mapping Table . 244
B.60 Extended Table 67 (ET67) (2115): Display Source ID Mapping Table . 244
B.61 Extended Table 68 (ET68) (2116): Critical Events . 245
B.62 Extended Table 69 (ET69) (2117): Critical Events Bitmasks . 245
B.63 Extended Table 70 (ET70) (2118): RAM only status . 246
B.64 Extended Table 71 (ET71) (2119): MEP Delta Data and Config . 247
B.65 Extended Table 1038 (ET1038) (3086): Manufacturer Specific . 248
B.66 Extended Table 4143 (ET4143) (6191): Calendar Override Settings . 248
B.67 Extended Table 4156 (ET4156) (6204): Configurable Energy Accumulator Settings . 248
(normative) Basic Procedures . 249
C.1 Basic Procedure 04 (BP04): Reset List Pointers . 249
C.2 Basic Procedure 05 (BP05): Update Last Read Entry . 249
C.3 Basic Procedure 06 (BP06): Change Mode . 250
C.4 Basic Procedure 10 (BP10): Set Date and Time . 251
C.5 Basic Procedure 12 (BP12): Activate All Pending Tables . 252
C.6 Basic Procedure 13 (BP13): Actvate Specific Pending Tables . 252
C.7 Basic Procedure 14 (BP14): Clear All Pending Tables . 253
C.8 Basic Procedure 15 (BP15): Clear Specific Pending Tables . 254
(normative) Extended Procedures . 255
D.1 Extended Procedure 00 (EP00) (2048): Manufacturer Specific . 255
D.2 Extended Procedure 01 (EP01) (2049): NV Memory Refresh . 255
D.3 Extended Procedure 02 (EP02) (2050): Control Output Command . 255
D.4 Extended Procedure 03 (EP03) (2051): Clear Alarms . 256
D.5 Extended Procedure 04 (EP04) (2052): Manufacturer Specific . 257
D.6 Extended Procedure 05 (EP05) (2053): Manufacturer Specific . 257
D.7 Extended Procedure 06 (EP06) (2054): NVM Config . 257
D.8 Extended Procedure 07 (EP07) (2055): Manufacturer Specific . 258
D.9 Extended Procedure 08 (EP08) (2056): Erase code memory . 258
D.10 Extended Procedure 09 (EP09) (2057): Download Code Packet . 259
D.11 Extended Procedure 10 (EP10) (2058): Switch Code Bank . 259
D.12 Extended Procedure 11 (EP11) (2059): Configure/Reset Load Profile Data Set . 260
D.13 Extended Procedure 12 (EP12) (2060): Record Self-Read . 262
D.14 Extended Procedure 13 (EP13) (2061): Write single Bit in Table . 262
D.15 Extended Procedure 14 (EP14) (2062): Manufacturer Specific . 263
D.16 Extended Procedure 15 (EP15) (2063): Set Tariff . 263
D.17 Extended Procedure 16 (EP16) (2064): Change System Clock by Delta . 264
D.18 Extended Procedure 17 (EP17) (2065): Remove M-Bus/MEP Device . 264
D.19 Extended Procedure 18 (EP18) (2066): Clear MEP Alarm . 265
D.20 Extended Procedure 19 (EP19) (2067): Post On-demand M-Bus Request. 266
D.21 Extended Procedure 21 (EP21) (2069): Add prepay credit . 267
D.22 Extended Procedure 22 (EP22) (2070): Switch maximum power or current level . 268
D.23 Extended Procedure 23 (EP23) (2071): Remote Disconnect Request . 269
D.24 Extended Procedure 24 (EP24) (2072): Post On-Time Read Request . 269
D.25 Extended Procedure 25 (EP25) (2073): Reset Extended Table Logs and Queues . 270
D.26 Extended Procedure 26 (EP26) (2074): Update Mfg Lists Unread Entries . 271
D.27 Extended Procedure 27 (EP27) (2075): Add/Remove Group ID . 271
D.28 Extended Procedure 28 (EP28) (2076): Enable/Disable Battery . 272
D.29 Extended Procedure 29 (EP29) (2077): Read/Write Diagnostic Counters. 273
D.30 Extended Procedure 30 (EP30) (2078): Synchronize Disconnect Status . 273
D.31 Extended Procedure 31 (EP31) (2079): Activate Feature . 274
D.32 Extended Procedure 32 (EP32) (2080): Billing Dimension Configuration. 274
D.33 Extended Procedure 33 (EP33) (2081): Billing Reconfiguration . 277
D.34 Extended Procedure 34 (EP34) (2082): Demand Reset . 278
D.35 Extended Procedure 36 (EP36) (2084): Schedule Disconnect Lock Open. 278
D.36 Extended Procedure 37 (EP37) (2085): NVM Config . 279
D.37 Extended Procedure 39 (EP39) (2087): Post MEP Data (Urgent or Non-Urgent) . 280
D.38 Extended Procedure 41 (EP41) (2089): MEP Download Initialize . 282
D.39 Extended Procedure 42 (EP42) (2090): Control Output Settings. 283
D.40 Extended Procedure 44 (EP44) (2092): IO Control . 285
D.41 Extended Procedure 45 (EP45) (2093): Manufacturer Specific . 285
D.42 Extended Procedure 46 (EP46) (2094): Manufacturer Specific . 285
D.43 Extended Procedure 47 (EP47) (2095): Manufacturer Specific . 285
D.44 Extended Procedure 48 (EP48) (2096): Manufacturer Specific . 285
D.45 Extended Procedure 49 (EP49) (2097): Manufacturer Specific . 285
(normative) OSGP OMA Digest Algorithm . 286
(normative) OSGP-AES-128-PSK Security Suite . 288
F.1 Introduction . 288
F.2 Background . 289
F.2.1 System Assumptions . 289
F.2.2 Threat Model . 289
F.2.3 Design Goals . 289
F.2.4 Inspiration . 290
F.3 Tems and Notation . 290
F.3.1 Terms . 290
F.3.2 Notation . 292
F.3.3 Other conventions . 292
F.4 Cryptographic Primitives . 292
F.4.1 CMAC .
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