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BSI 24/30487183 DC:2024 Edition

BSI 24/30487183 DC:2024 Edition

$24.66

BS EN IEC 63402-2-2 Energy efficiency systems – Smart grid – Customer energy management systems – Interface between the home/building CEM and resource manager(s) – Data model and messaging

Published By Publication Date Number of Pages
BSI 2024 141
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PDF Catalog

PDF Pages PDF Title
1 30487183-NC.pdf
3 23K_95e_CD 1.pdf
23K_95e_CD.pdf
4 IEC+63402-2-2+ED1-CD-1-en.pdf
13 FOREWORD
15 Introduction
16 1 Scope
2 Normative references
3 Terms, definitions and abbreviations
3.1 Terms and definitions
19 3.2 Abbreviations
20 4 Energy management
4.1 Architectural overview
21 4.2 Definition
22 4.3 Energy Management roles
4.3.1 General
4.3.2 Energy producer role
23 4.3.3 Energy consumer role
24 4.3.4 Energy storage role
5 Resource Manager
26 6 Customer Energy Manager ()
6.1 General
6.2 Local optimization
27 6.3 Implicit control
28 6.4 Explicit control
6.5 Summary
29 7 Energy Management Concepts
7.1 General
7.2 Design philosophy
7.3 Abnormal condition
30 7.4 Power measurements
7.5 Power forecasts
7.6 Control types
7.6.1 General
31 7.6.2 Power Envelope Based Control
37 7.6.3 Power Profile Based Control
39 7.6.4 Operation Mode Based Control
42 7.6.5 Fill Rate Based Control
45 7.6.6 Demand Driven Based Control
47 8 Energy Management Data Models
8.1 Basic Data Types
8.1.1 General
48 8.1.2 Common concepts related to Time
8.1.3 Common concepts related to Identifiers
8.1.4 Common concepts related to Strings
49 8.1.5 Meaning of optionality
8.2 Resource Manager
8.2.1 ResourceManagerDetails
50 8.2.2 PowerValue
51 8.2.3 PowerForecastValue
8.2.4 PowerRange
52 8.2.5 NumberRange
8.2.6 PowerMeasurement
8.2.7 Role
53 8.2.8 ReceptionStatus
8.2.9 Transition
54 8.2.10 Timer
8.2.11 InstructionStatusUpdate
56 8.3 Power Forecast
8.3.1 Description
8.3.2 PowerForecast
57 8.3.3 PowerForecastElement
58 8.4 Control Types
8.4.1 Power Envelope Based Control
62 8.4.2 Power Profile Based Control
67 8.4.3 Operation Mode Based Control
69 8.4.4 Fill Rate Based Control
77 8.4.5 Demand Driven Based Control
83 8.5 Enumerations
8.5.1 RoleType
8.5.2 Commodity
84 8.5.3 CommodityQuantity
8.5.4 Currency
85 8.5.5 InstructionStatus
86 8.5.6 ControlType
87 8.5.7 PowerForecastType
8.5.8 .PowerEnvelopeLimitType
88 8.5.9 .PowerEnvelopeConsequenceType
8.5.10 ReceptionStatusValues
8.5.11 .PowerSequenceStatus
89 9 Communication
9.1 Introduction
90 9.2 Generic Tasks
9.2.1 Update Resource Manager Details
9.2.2 Activate Control Type
91 9.2.3 Update Active Control Type
92 9.2.4 Communicate Power Measurement
9.2.5 Update Power Forecast
93 9.2.6 Revoke Power Forecast
94 9.3 Power Envelope Based Control Tasks
9.3.1 Update Power Constraints
95 9.3.2 Revoke Power Constraints
96 9.3.3 Update Power Plan
97 9.3.4 Update Energy Constraints
98 9.3.5 Revoke Energy Constraints
99 9.3.6 Process Instruction
9.3.7 Revoke Instruction
100 9.4 Power Profile Based Control Tasks
9.4.1 Update Power Profile Definition
101 9.4.2 Revoke Power Profile Definition
102 9.4.3 Update Power Profile status
9.4.4 Process Schedule Instruction
103 9.4.5 Revoke Schedule Instruction
104 9.4.6 Process Start Interruption Instruction
105 9.4.7 Revoke Start Interruption Instruction
106 9.4.8 Process End Interruption Instruction
107 9.4.9 Revoke End Interruption Instruction
108 9.5 Operation Mode Based Control Tasks
9.5.1 Update System Description
109 9.5.2 Revoke System Description
110 9.5.3 Update status
9.5.4 Update Timer status
111 9.5.5 Process Instruction
112 9.5.6 Revoke Instruction
9.6 Fill Rate Based Control Tasks
9.6.1 Update System Description
114 9.6.2 Revoke System Description
9.6.3 Update Actuator status
115 9.6.4 Update Storage status
9.6.5 Update Timer status
116 9.6.6 Update Leakage Behaviour
117 9.6.7 Revoke Leakage Behaviour
9.6.8 Update Usage Forecast
118 9.6.9 Revoke Usage Forecast
119 9.6.10 Update Fill Level Target Profile
120 9.6.11 Revoke Fill Level Target Profile
9.6.12 Process Instruction
121 9.6.13 Revoke Instruction
122 9.7 Demand Driven Based Control Tasks
9.7.1 Update System Description
123 9.7.2 Revoke System Description
124 9.7.3 Update Actuator status
125 9.7.4 Update Timer status
9.7.5 Update Average Demand Rate Forecast
126 9.7.6 Revoke Average Demand Rate Forecast
127 9.7.7 Process Instruction
128 9.7.8 Revoke Instruction
129 Annex A Use Cases informative
A.1 Overview
130 A.2 Organizing
A.2.1 UC_EM_O100: Configuring Customer Energy Manager (CEM) in network
131 A.2.2 UC_EM_O101: Configuring master with Smart Grid Operator Credentials
A.3 Scheduling
A.3.1 UC_EM_S200: collects Energy Profiles, Tariff Profiles and Storage Details
132 A.4 Management
A.4.1 UC_EM_M300: selects alternative Energy Sequences by energy costs
A.4.2 UC_EM_M301 modifies start time of Energy Sequence
133 A.4.3 UC_EM_M302: changes an Energy Profile to make temporary use of stored energy
A.4.4 UC_EM_M303: Demanded power cannot be delivered by domestic grid
134 A.4.5 UC_EM_M304: Two electric vehicles conflicting in their power load
135 A.4.6 UC_EM_M305: requests temporarily energy saving
136 A.4.7 UC_EM_M306: Energy Storage requests high priority
137 A.5 Case Studies
A.5.1 UC_EM_M307 Charging an in the context of JWG4 (“Power Limitation ”) with the dynamic control mode of ISO 1511820
139 A.5.2 UC_EM_M308: Charging an in the context of JWG4 (“Power Limitation ”) with the scheduled control mode of ISO 15118 series and monetary incentives
141 Bibliography

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BSI 24/30487183 DC
$24.66