BS EN 61850-7-420:2009

FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Terms, definitions and abbreviations
  3.1 Terms and definitions
  3.2 DER abbreviated terms
4 Conformance
5 Logical nodes for DER management systems
  5.1 Overview of information modelling (informative)
      5.1.1 Data information modelling constructs
      5.1.2 Logical devices concepts
      5.1.3 Logical nodes structure
      5.1.4 Naming structure
      5.1.5 Interpretation of logical node tables
      5.1.6 System logical nodes LN Group: L (informative)
      5.1.7 Overview of DER management system LNs
  5.2 Logical nodes for the DER plant ECP logical device
      5.2.1 DER plant electrical connection point (ECP) logical
            device (informative)
      5.2.2 LN: DER plant corporate characteristics at the ECP
            Name: DCRP
      5.2.3 LN: Operational characteristics at ECP Name: DOPR
      5.2.4 LN: DER operational authority at the ECP Name: DOPA
      5.2.5 LN: Operating mode at ECP Name: DOPM
      5.2.6 LN: Status information at the ECP Name: DPST
      5.2.7 LN: DER economic dispatch parameters Name: DCCT
      5.2.8 LN: DER energy and/or ancillary services schedule
            control Name: DSCC
      5.2.9 LN: DER energy and/or ancillary services schedule
            Name: DSCH
  5.3 Logical nodes for the DER unit controller logical device
      5.3.1 DER device controller logical device (informative)
      5.3.2 LN: DER controller characteristics Name: DRCT
      5.3.3 LN: DER controller status Name: DRCS
      5.3.4 LN: DER supervisory control Name: DRCC
6 Logical nodes for DER generation systems
  6.1 Logical nodes for DER generation logical device
      6.1.1 DER generator logical device (informative)
      6.1.2 LN: DER unit generator Name: DGEN
      6.1.3 LN: DER generator ratings Name: DRAT
      6.1.4 LN: DER advanced generator ratings Name: DRAZ
      6.1.5 LN: Generator cost Name: DCST
  6.2 Logical nodes for DER excitation logical device
      6.2.1 DER excitation logical device (informative)
      6.2.2 LN: Excitation ratings Name: DREX
      6.2.3 LN: Excitation Name: DEXC
  6.3 Logical nodes for DER speed/frequency controller
      6.3.1 Speed/frequency logical device (informative)
      6.3.2 LN: Speed/Frequency controller Name: DSFC
  6.4 Logical nodes for DER inverter/converter logical device
      6.4.1 Inverter/converter logical device (informative)
      6.4.2 LN: Rectifier Name: ZRCT
      6.4.3 LN: Inverter Name: ZINV
7 Logical nodes for specific types of DER
  7.1 Logical nodes for reciprocating engine logical device
      7.1.1 Reciprocating engine description (informative)
      7.1.2 Reciprocating engine logical device (informative)
      7.1.3 LN: Reciprocating engine Name: DCIP
  7.2 Logical nodes for fuel cell logical device
      7.2.1 Fuel cell description (informative)
      7.2.2 Fuel cell logical device (informative)
      7.2.3 LN: Fuel cell controller Name: DFCL
      7.2.4 LN: Fuel cell stack Name: DSTK
      7.2.5 LN: Fuel processing module Name: DFPM
  7.3 Logical nodes for photovoltaic system (PV) logical device
      7.3.1 Photovoltaic system description (informative)
      7.3.2 Photovoltaics system logical device (informative)
      7.3.3 LN: Photovoltaics module ratings Name: DPVM
      7.3.4 LN: Photovoltaics array characteristics Name: DPVA
      7.3.5 LN: Photovoltaics array controller Name: DPVC
      7.3.6 LN: Tracking controller Name: DTRC
  7.4 Logical nodes for combined heat and power (CHP)
      logical device
      7.4.1 Combined heat and power description (informative)
      7.4.2 Combined heat and power logical device (informative)
      7.4.3 LN: CHP system controller Name: DCHC
      7.4.4 LN: Thermal storage Name: DCTS
      7.4.5 LN: Boiler Name: DCHB
8 Logical nodes for auxiliary systems
  8.1 Logical nodes for fuel system logical device
      8.1.1 Fuel system logical device (informative)
      8.1.2 LN: Fuel characteristics Name: MFUL
      8.1.3 LN: Fuel delivery system Name: DFLV
  8.2 Logical nodes for battery system logical device
      8.2.1 Battery system logical device (informative)
      8.2.2 LN: Battery systems Name: ZBAT
      8.2.3 LN: Battery charger Name: ZBTC
  8.3 Logical node for fuse device
      8.3.1 Fuse logical device (informative)
      8.3.2 LN: Fuse Name: XFUS
  8.4 Logical node for sequencer
      8.4.1 Sequencer logical device
      8.4.2 LN: Sequencer Name: FSEQ
  8.5 Logical nodes for physical measurements
      8.5.1 Physical measurements (informative)
      8.5.2 LN: Temperature measurements Name: STMP
      8.5.3 LN: Pressure measurements Name: MPRS
      8.5.4 LN: Heat measured values Name: MHET
      8.5.5 LN: Flow measurements Name: MFLW
      8.5.6 LN: Vibration conditions Name: SVBR
      8.5.7 LN: Emissions measurements Name: MENV
      8.5.8 LN: Meteorological conditions Name: MMET
  8.6 Logical nodes for metering
      8.6.1 Electric metering (informative)
9 DER common data classes (CDC)
  9.1 Array CDCs
      9.1.1 E-Array (ERY) enumerated common data class
            specification
      9.1.2 V-Array (VRY) visible string common data class
            specification
  9.2 Schedule CDCs
      9.2.1 Absolute time schedule (SCA) settings common data
            class specification
      9.2.2 Relative time schedule (SCR) settings common data
            class specification
Annex A (informative) - Glossary
Bibliography
Annex ZA (normative) - Normative references to international
         publications with their corresponding European
         publications

Describes the IEC 61850 information models to be used in the exchange of information with distributed energy resources (DER), which comprise dispersed generation devices and dispersed storage devices, including reciprocating engines, fuel cells, microturbines, photovoltaics, combined heat and power, and energy storage.

IEC 61850-7-420:2009(E) defines IEC 61850 information models to be used in the exchange of information with distributed energy resources (DER), which comprise dispersed generation devices and dispersed storage devices, including reciprocating engines, fuel cells, microturbines, photovoltaics, combined heat and power, and energy storage. Utilizes existing IEC 61850-7-4 logical nodes where possible, but also defines DER-specific logical nodes where needed.