Table of Contents - L.1395 (07/2025) - Monitoring and control interface for power, cooling and building environment systems in telecommunication networks – Generic interface

1	Scope
2	References
3	Definitions
	3.1	Terms defined elsewhere
	3.2	Terms defined in this Recommendation
4	Abbreviations and acronyms
5	Conventions
6	Monitoring and control (M&C) overview
	6.1	General
	6.2	Infrastructure equipment management network general description
	6.3	Site internal communication architecture
	6.4	Infrastructure equipment monitoring and control management network example
	6.5	Infrastructure equipment monitoring and control management scenario
7	Infrastructure equipment monitoring and control management interface and network architecture
	7.1	General
	7.2	Distributed intelligence
	7.3	CU, DGU, LMA management interface
	7.4	Interface and protocol diversity
	7.5	Open interface and software
	7.6	Interface levels
	7.7	Transport control layer
	7.8	Physical and network layer
	7.9	Network management system upgrade
8	Infrastructure equipment monitoring and control main goals
	8.1	Data in the infrastructure equipment monitoring and control network
	8.2	High level application and data structure flexibility
	8.3	Data interface complexity and structure
9	Infrastructure equipment monitoring and control management typical content subsets
	9.1	General
	9.2	DC power system
	9.3	AC UPS power system
	9.4	AC distribution switchboard
	9.5	AC diesel back-up generator
	9.6	Thermal environment and cooling system
	9.7	Other utilities system
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	9.8	Remote power feeding system
	9.9	Alternative power systems
	9.10	AC inverter power system
	9.11	Battery system with integrated control and monitoring information model
	9.12	ICT equipment power, energy, and environmental parameters monitoring information model
10	Principle of power, energy, environmental parameters (PEE) measurement
	10.1	General
	10.2	Power and energy consumption measurement
	10.3	Voltage, current measurement
	10.4	Accuracy of PEE measurement
	10.5	Local acquisition record
	10.6	Accuracy verification
	10.7	Data transmission period
	10.8	Local record saving
11	Supervisor functions and performance
	11.1	General
12	Data structure format for exchange between CU or DGU and LMA or RMA by infrastructure equipment monitoring & control agent
	12.1	General
	12.2	Standard elements of any equipment, system or subsystem
	12.3	The  element
	12.4	The  element
Appendix I – Communication between LMA/RMA and infrastructure equipment monitoring and control agent using YANG/NETCONF and REST
	I.1	Introduction
	I.2	Communication initiated by the LMA/RMA
	I.3	Communication initiated by DGU/CU
Appendix II – Data coherence and reliability for infrastructure equipment monitoring and control
	II.1	Introduction
	II.2	Data integrity, coherence and management network reliability
	II.3	Application data coherence and integrity
	II.4	Naming and data origin
	II.5	CU, DGU reliability
	II.6	LMA reliability
	II.7	RMA reliability
	II.8	Ethernet and IP network reliability
	II.9	Computer and OS reliability
	II.10	Application reliability
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Appendix III – Network element functions and software architecture and choices
	III.1	General description
	III.2	Functions of the RMA
	III.3	Data analysis
	III.4	Safety monitoring input provision
	III.5	Software working and development environment
Appendix IV – Network capacity and timing
	IV.1	Introduction
	IV.2	Management and network capacity
	IV.3	Memory capacity
	IV.4	Timing performance
Appendix V – Overview of the XML format
	V.1	Introduction
	V.2	XML
	V.3	XML declaration
	V.4	XML element, XML root element and XML child element
	V.5	XML document
	V.6	XML Attribute
	V.7	XML Schema
	V.8	XML Schema Datatypes
	V.9	XSL Languages
	V.10	XSLT
	V.11	XPath
Appendix VI – Hints about the choice of OSI or IP models, physical network layers and intranet-Ethernet access protocols
	VI.1	Introduction
	VI.2	OSI and IP models
	VI.3	Details on IP layers
	VI.4	Internet-Ethernet access protocol PPPoE, PPPoA, PoS
Maximum transmission unit
Appendix VII – Common API
Appendix VIII  State of the art of power, energy measurement and monitoring systems
	VIII.1	Introduction
	VIII.2	Acquisition and remote metering principles
	VIII.3	General description of measurement
Bibliography