diff --git a/documentation/description.html b/documentation/description.html index 075511724388f6736dcb92ff8dae4b94e01b1cce..af444c2175e5fbec1e13333e1fab2a7b2dbb0105 100644 --- a/documentation/description.html +++ b/documentation/description.html @@ -17,8 +17,8 @@
- SAREF4GRID overview: Measurements and profiles -
Figure 2: SAREF4GRID overview: Measurements and profiles
+ SAREF4GRID overview: Observations and profiles +
Figure 2: SAREF4GRID overview: Observations and profiles
@@ -39,11 +39,11 @@

Unlike in other SAREF extensions, meter-specific information is not defined using properties from SAREF. This is because the DLMS/COSEM standard defines the data structures to model meters from simple up to very complex functionality (IEC 62056-6-2:2017). Moreover, each piece of information within the metering equipment - has a unique identifier called OBIS (OBject Identification System) which identifies the instance of a COSEM object (IEC 62056-6-1:2017). This data includes not only measurement values, + has a unique identifier called OBIS (OBject Identification System) which identifies the instance of a COSEM object (IEC 62056-6-1:2017). This data includes not only observation values, but also abstract values used for configuration or for obtaining information about the behaviour of the metering equipment.

For this reason, the characteristics of the meter are represented as properties that are not observable by the meter (s4grid:MeterProperty, - fully represented in Figure 6), i.e., they are not measurements (saref:Measurement). + fully represented in Figure 6), i.e., they are not observations (saref:Observation). The properties of a meter are defined by a value (saref:PropertyValue) and some are complemented with a unit of measurement (saref:UnitOfMeasure).

@@ -204,26 +204,26 @@

Power Line Properties

-

As it can be observed in Figure 14 and Figure 15, the modelling of measurements in the SAREF4GRID ontology mostly relies on the measurement model proposed in SAREF. - In order to reduce duplication with SAREF documentation, the reader is referred to the SAREF specification for details about measurement modelling including here details only for the new concepts.

+

As it can be observed in Figure 14 and Figure 15, the modelling of observations in the SAREF4GRID ontology mostly relies on the observation model proposed in SAREF. + In order to reduce duplication with SAREF documentation, the reader is referred to the SAREF specification for details about observation modelling including here details only for the new concepts.

-

The DLMS/COSEM standard (IEC 62056) defines the measurements that a meter must take from a power line. It should be noted that in SAREF4GRID +

The DLMS/COSEM standard (IEC 62056) defines the observations that a meter must take from a power line. It should be noted that in SAREF4GRID only the general properties are being defined. In order to use a more specific property it is neccesary to indicate the general property from which it comes from. The properties that are defined in SAREF4GRID, which are measured from a power line (s4grid:PowerLine), are depicted in Figure 14 and Figure 15.

-

SAREF4GRID categorises the main properties related to the enregy an power measurements of a power line (s4grid:EnergyPowerProperty): active energy measurements - (s4grid:ActiveEnergy), reactive energy measurements (s4grid:ReactiveEnergy), apparent power measurements - (s4grid:ApparentPower), demand register measurements (s4grid:DemandRegister), active power measurements - (s4grid:ActivePower), reactive power measurements (s4grid:ReactivePower), current measurements (s4grid:Current), voltage measurements - (s4grid:Voltage) and power factor related measurements (s4grid:PowerFactor).

+

SAREF4GRID categorises the main properties related to the enregy an power observations of a power line (s4grid:EnergyPowerProperty): active energy observations + (s4grid:ActiveEnergy), reactive energy observations (s4grid:ReactiveEnergy), apparent power observations + (s4grid:ApparentPower), demand register observations (s4grid:DemandRegister), active power observations + (s4grid:ActivePower), reactive power observations (s4grid:ReactivePower), current observations (s4grid:Current), voltage observations + (s4grid:Voltage) and power factor related observations (s4grid:PowerFactor).

Energy and power property model
Figure 14: Energy and power property model
-

SAREF4GRID also categorises the main properties related to quality measurements of a power line (s4grid:QualityProperty):duration of voltage sags +

SAREF4GRID also categorises the main properties related to quality observations of a power line (s4grid:QualityProperty):duration of voltage sags (s4grid:DurationVoltageSag), duration of voltage swells (s4grid:DurationVoltageSwell) and duration of long power failures (s4grid:DurationLongPowerFailure).

@@ -239,7 +239,7 @@ The capture objects are collected periodically or occasionally. The representation of the profile generic of a meter has been extracted from the IEC 62056-6-2:2017.

A profile generic is represented by the objects that it captures (s4grid:Clock, saref:PropertyValues and - saref:Measurements). These capture objects are collected in each period defined in the + saref:Observations). These capture objects are collected in each period defined in the s4grid:hasCapturePeriod property.

diff --git a/documentation/examples.html b/documentation/examples.html index 2f11bfdb11613c212d41c8edcf1ea694be9aac62..60f3860af242a419fc688442706b4a5d13839a8d 100644 --- a/documentation/examples.html +++ b/documentation/examples.html @@ -97,7 +97,7 @@

One of the main functions of electric grid meters is to take measures from a power line in order to control - what is happening in the electric grid. Figure 28 presents an example of a power line measurement (ex:TotalIncrementalActiveEnergyImportMeasurement123) + what is happening in the electric grid. Figure 28 presents an example of a power line observation (ex:TotalIncrementalActiveEnergyImportObservation123) for a power line property (ex:TotalIncrementalActiveEnergyImport) that is identified by an OBIS code (s4grid:hasObis).

As with meter properties, SAREF4GRID does not aim to provide an exhaustive definition of all the properties defined in the IEC 62056-6-2:2017. Instead, it defines a set of @@ -106,24 +106,24 @@ (skos:narrower), and which properties belong to a general property (skos:broader).

- Example of electric grid meter measurements I -
Figure 28: Example of electric grid meter measurements I
+ Example of electric grid meter observations I +
Figure 28: Example of electric grid meter observations I
-

Figure 29 presents another example of a power line measurement (ex:MaximumDemandRegisterImportC1TP1Measurement136) for a power line property +

Figure 29 presents another example of a power line observation (ex:MaximumDemandRegisterImportC1TP1Observation136) for a power line property (ex:MaximumDemandRegisterImportC1TP1) which are identified by an OBIS code (s4grid:hasObis). The power line properties are broader than the properties shown in Figure 14 and Figure 15 (e.g., s4grid:DemandRegister).

- Example of electric grid meter measurements II -
Figure 29: Example of electric grid meter measurements II
+ Example of electric grid meter observations II +
Figure 29: Example of electric grid meter observations II

Different profile generics can be generated in order to access data groups which are stored in an electric grid meter. Figure 30 presents an example of a profile generic (ex:IncrementalLoadProfile1234) whose objective is to store the incremental energy - values that a meter measures (ex:Measurement1 to ex:Measurement6) each hour. Additionally, the profile generic stores the clock (ex:Clock1234) to indicate the time at which the profile generic + values that a meter measures (ex:Observation1 to ex:Observation6) each hour. Additionally, the profile generic stores the clock (ex:Clock1234) to indicate the time at which the profile generic captures elements, and the AMR status (ex:PropertyValue1) that the meter stores. Moreover, the profile generic is represented by an OBIS code (s4grid:hasObis).

diff --git a/examples/Measurements.ttl b/examples/Measurements.ttl index d530f36a9b7771f8981447fed4b678a50debcae5..74a6a3b3a2df2c6d3aa3c82973659d58d48387ce 100644 --- a/examples/Measurements.ttl +++ b/examples/Measurements.ttl @@ -1,4 +1,4 @@ -@prefix ex: . +@prefix ex: . @prefix owl: . @prefix rdf: . @prefix xsd: . @@ -11,11 +11,11 @@ @prefix skos: . @prefix om: . - a dctype:Dataset ; + a dctype:Dataset ; dcterms:license ; dcterms:conformsTo ; - dcterms:title "Example Measurements"@en ; - dcterms:description "Example Measurements"@en . + dcterms:title "Example Observations"@en ; + dcterms:description "Example Observations"@en . @@ -23,7 +23,7 @@ # Object Properties ################################################################# -saref:makesMeasurement a owl:ObjectProperty . +saref:madeExecution a owl:ObjectProperty . saref:hasProperty a owl:ObjectProperty . @@ -31,9 +31,9 @@ saref:isMeasuredIn a owl:ObjectProperty . saref:isPropertyOf a owl:ObjectProperty . -saref:relatesToMeasurement a owl:ObjectProperty . +saref:isObservedBy a owl:ObjectProperty . -saref:relatesToProperty a owl:ObjectProperty . +saref:observes a owl:ObjectProperty . skos:broader a owl:ObjectProperty . @@ -61,7 +61,7 @@ s4grid:PowerLine a owl:Class . saref:EnergyUnit a owl:Class . -saref:Measurement a owl:Class . +saref:Observation a owl:Class . s4grid:EnergyAndPowerProperty a owl:Class . @@ -81,17 +81,17 @@ s4grid:DemandRegister a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; skos:narrower ex:MaximumDemandRegisterImportC1TP1 . -ex:MaximumDemandRegisterImportC1TP1Measurement136 a saref:Measurement, +ex:MaximumDemandRegisterImportC1TP1Observation136 a saref:Observation, owl:NamedIndividual ; saref:hasTimestamp "2023-10-20T21:01:10"^^xsd:dateTime ; saref:hasValue "5"^^xsd:unsignedLong ; saref:isMeasuredIn om:watt ; - saref:relatesToProperty ex:MaximumDemandRegisterImportC1TP1 . + saref:observes ex:MaximumDemandRegisterImportC1TP1 . ex:Meter1234 a s4grid:GridMeter, owl:NamedIndividual ; - saref:makesMeasurement ex:TotalIncrementalActiveEnergyImportMeasurement123, - ex:MaximumDemandRegisterImportC1TP1Measurement136 . + saref:madeExecution ex:TotalIncrementalActiveEnergyImportObservation123, + ex:MaximumDemandRegisterImportC1TP1Observation136 . om:wattHour a saref:EnergyUnit, owl:NamedIndividual . @@ -100,15 +100,15 @@ ex:MaximumDemandRegisterImportC1TP1 a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; s4grid:hasObis "1-0:1.6.11.255"^^xsd:string ; saref:isPropertyOf ex:SubstationLine23 ; - saref:relatesToMeasurement ex:MaximumDemandRegisterImportC1TP1Measurement136 ; + saref:isObservedBy ex:MaximumDemandRegisterImportC1TP1Observation136 ; skos:broader s4grid:DemandRegister . -ex:TotalIncrementalActiveEnergyImportMeasurement123 a saref:Measurement, +ex:TotalIncrementalActiveEnergyImportObservation123 a saref:Observation, owl:NamedIndividual ; saref:hasTimestamp "2023-10-20T21:01:10"^^xsd:dateTime ; saref:hasValue "5"^^xsd:unsignedLong ; saref:isMeasuredIn om:wattHour ; - saref:relatesToProperty ex:TotalIncrementalActiveEnergyImport . + saref:observes ex:TotalIncrementalActiveEnergyImport . ex:SubstationLine23 a s4grid:PowerLine, owl:NamedIndividual ; @@ -119,5 +119,5 @@ ex:TotalIncrementalActiveEnergyImport a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; s4grid:hasObis "1-0:1.29.0.255"^^xsd:string ; saref:isPropertyOf ex:SubstationLine23 ; - saref:relatesToMeasurement ex:TotalIncrementalActiveEnergyImportMeasurement123 ; + saref:isObservedBy ex:TotalIncrementalActiveEnergyImportObservation123 ; skos:broader s4grid:ActiveEnergy . diff --git a/examples/ProfileGeneric.ttl b/examples/ProfileGeneric.ttl index 761ea45234f5a14b129b960ce41466977038acf4..09d3138e5b727f464b9af04805d7734fcf77fd3d 100644 --- a/examples/ProfileGeneric.ttl +++ b/examples/ProfileGeneric.ttl @@ -28,13 +28,13 @@ s4grid:hasProfileGeneric a owl:ObjectProperty . s4grid:relatedClock a owl:ObjectProperty . -s4grid:relatedMeasurement a owl:ObjectProperty . +s4grid:relatedObservation a owl:ObjectProperty . s4grid:relatedPropertyValue a owl:ObjectProperty . -saref:relatesToMeasurement a owl:ObjectProperty . +saref:isObservedBy a owl:ObjectProperty . -saref:relatesToProperty a owl:ObjectProperty . +saref:observes a owl:ObjectProperty . skos:broader a owl:ObjectProperty . @@ -83,7 +83,7 @@ s4grid:MeterProperty a owl:Class ; s4grid:ProfileGeneric a owl:Class . -saref:Measurement a owl:Class . +saref:Observation a owl:Class . s4grid:EnergyAndPowerProperty a owl:Class . @@ -97,12 +97,12 @@ ex:IncrementalLoadProfile1234 a s4grid:ProfileGeneric, s4grid:hasCapturePeriod "60"^^xsd:int ; s4grid:hasObis "1-0:99.1.0.255"^^xsd:string ; s4grid:relatedClock ex:Clock1234 ; - s4grid:relatedMeasurement ex:Measurement1, - ex:Measurement2, - ex:Measurement3, - ex:Measurement4, - ex:Measurement5, - ex:Measurement6 ; + s4grid:relatedObservation ex:Observation1, + ex:Observation2, + ex:Observation3, + ex:Observation4, + ex:Observation5, + ex:Observation6 ; s4grid:relatedPropertyValue ex:PropertyValue1 . ex:Meter1234 a s4grid:GridMeter, @@ -118,22 +118,22 @@ s4grid:ReactiveEnergy a s4grid:EnergyAndPowerProperty, ex:TotalIncrementalReactiveEnergyQI1234 a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; - saref:relatesToMeasurement ex:Measurement3 ; + saref:isObservedBy ex:Observation3 ; skos:broader s4grid:ReactiveEnergy . ex:TotalIncrementalReactiveEnergyQII1234 a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; - saref:relatesToMeasurement ex:Measurement4 ; + saref:isObservedBy ex:Observation4 ; skos:broader s4grid:ReactiveEnergy . ex:TotalIncrementalReactiveEnergyQIII1234 a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; - saref:relatesToMeasurement ex:Measurement5 ; + saref:isObservedBy ex:Observation5 ; skos:broader s4grid:ReactiveEnergy . ex:TotalIncrementalReactiveEnergyQIV1234 a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; - saref:relatesToMeasurement ex:Measurement6 ; + saref:isObservedBy ex:Observation6 ; skos:broader s4grid:ReactiveEnergy . s4grid:ActiveEnergy a s4grid:EnergyAndPowerProperty, @@ -153,29 +153,29 @@ ex:Clock1234 a s4grid:Clock, s4grid:hasTime "2023-05-30T09:00:00"^^xsd:dateTime ; s4grid:hasTimeZone "120"^^xsd:long . -ex:Measurement1 a saref:Measurement, +ex:Observation1 a saref:Observation, owl:NamedIndividual ; - saref:relatesToProperty ex:TotalIncrementalActiveEnergyImport1234 . + saref:observes ex:TotalIncrementalActiveEnergyImport1234 . -ex:Measurement2 a saref:Measurement, +ex:Observation2 a saref:Observation, owl:NamedIndividual ; - saref:relatesToProperty ex:TotalIncrementalActiveEnergyExport1234 . + saref:observes ex:TotalIncrementalActiveEnergyExport1234 . -ex:Measurement3 a saref:Measurement, +ex:Observation3 a saref:Observation, owl:NamedIndividual ; - saref:relatesToProperty ex:TotalIncrementalReactiveEnergyQI1234 . + saref:observes ex:TotalIncrementalReactiveEnergyQI1234 . -ex:Measurement4 a saref:Measurement, +ex:Observation4 a saref:Observation, owl:NamedIndividual ; - saref:relatesToProperty ex:TotalIncrementalReactiveEnergyQII1234 . + saref:observes ex:TotalIncrementalReactiveEnergyQII1234 . -ex:Measurement5 a saref:Measurement, +ex:Observation5 a saref:Observation, owl:NamedIndividual ; - saref:relatesToProperty ex:TotalIncrementalReactiveEnergyQIII1234 . + saref:observes ex:TotalIncrementalReactiveEnergyQIII1234 . -ex:Measurement6 a saref:Measurement, +ex:Observation6 a saref:Observation, owl:NamedIndividual ; - saref:relatesToProperty ex:TotalIncrementalReactiveEnergyQIV1234 . + saref:observes ex:TotalIncrementalReactiveEnergyQIV1234 . s4grid:ProfileStatus a s4grid:MeterProperty, owl:NamedIndividual ; @@ -187,12 +187,12 @@ ex:PropertyValue1 a saref:PropertyValue, ex:TotalIncrementalActiveEnergyExport1234 a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; - saref:relatesToMeasurement ex:Measurement2 ; + saref:isObservedBy ex:Observation2 ; skos:broader s4grid:ActiveEnergy . ex:TotalIncrementalActiveEnergyImport1234 a s4grid:EnergyAndPowerProperty, owl:NamedIndividual ; - saref:relatesToMeasurement ex:Measurement1 ; + saref:isObservedBy ex:Observation1 ; skos:broader s4grid:ActiveEnergy . ex:AMRStatusLoadProfilePeriod1-1234 a s4grid:MeterProperty, diff --git a/ontology/saref4grid.ttl b/ontology/saref4grid.ttl index 7f8d33648ea248bd17cc89d4d229f052e047ec4c..87827751f020ad52463befffe548859082c8dab2 100644 --- a/ontology/saref4grid.ttl +++ b/ontology/saref4grid.ttl @@ -243,11 +243,11 @@ s4grid:relatedClock a owl:ObjectProperty ; rdfs:domain s4grid:ProfileGeneric ; rdfs:range s4grid:Clock . -s4grid:relatedMeasurement a owl:ObjectProperty ; - rdfs:comment "The measurement that is captured by a profile generic"@en ; - rdfs:label "related measurement"@en ; +s4grid:relatedObservation a owl:ObjectProperty ; + rdfs:comment "The observation that is captured by a profile generic"@en ; + rdfs:label "related observation"@en ; rdfs:domain s4grid:ProfileGeneric ; - rdfs:range saref:Measurement . + rdfs:range saref:Observation . s4grid:relatedPropertyValue a owl:ObjectProperty ; rdfs:comment "The property value that is captured by a profile generic"@en ; diff --git a/tests/tests.csv b/tests/tests.csv index bf1f27ed306fe775f8e41594b29a8b3a7eb29505..f8f87ac3d6cd4a2a7c2cad9bb57501160d1bf3da 100644 --- a/tests/tests.csv +++ b/tests/tests.csv @@ -48,7 +48,7 @@ GRID-TEST-46;GRID-22;Remote management of meters;PropertyValue hasValue string GRID-TEST-47;GRID-23;Remote management of meters;MeterProperty isMeasuredIn UnitOfMeasure GRID-TEST-48;GRID-24;Remote management of meters;GridMeter hasService SetService GRID-TEST-49;GRID-25;Remote management of meters;GridMeter hasService SetService -GRID-TEST-50;GRID-26;Remote management of meters;GridMeter measuresProperty EnergyAndPowerProperty +GRID-TEST-50;GRID-26;Remote management of meters;GridMeter observes EnergyAndPowerProperty GRID-TEST-51;GRID-26;Remote management of meters;EnergyAndPowerProperty isPropertyOf PowerLine GRID-TEST-52;GRID-26;Remote management of meters;ActiveEnergy type EnergyAndPowerProperty GRID-TEST-53;GRID-27;Remote management of meters;ActiveEnergy type EnergyAndPowerProperty @@ -57,19 +57,19 @@ GRID-TEST-55;GRID-29;Remote management of meters;ReactiveEnergy type EnergyAndPo GRID-TEST-56;GRID-30;Remote management of meters;EnergyAndPowerProperty isMeasuredIn UnitOfMeasure GRID-TEST-57;GRID-31;Remote management of meters;ActiveEnergy type EnergyAndPowerProperty GRID-TEST-58;GRID-31;Remote management of meters;ReactiveEnergy type EnergyAndPowerProperty -GRID-TEST-59;GRID-32;Remote management of meters;Measurement hasTimestamp dateTime +GRID-TEST-59;GRID-32;Remote management of meters;Observation hasTimestamp dateTime GRID-TEST-60;GRID-33;Remote management of meters;GridMeter hasProfileGeneric ProfileGeneric GRID-TEST-61;GRID-34;Remote management of meters;ProfileGeneric hasCapturePeriod integer -GRID-TEST-62;GRID-34;Remote management of meters;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-62;GRID-34;Remote management of meters;ProfileGeneric relatedObservation Observation GRID-TEST-63;GRID-35;Remote management of meters;GridMeter hasService GetService GRID-TEST-64;GRID-36;Remote management of meters;ProfileGeneric hasCapturePeriod integer -GRID-TEST-65;GRID-36;Remote management of meters;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-65;GRID-36;Remote management of meters;ProfileGeneric relatedObservation Observation GRID-TEST-66;GRID-37;Remote management of meters;GridMeter hasService GetService GRID-TEST-67;GRID-38;Remote management of meters;ProfileGeneric hasCapturePeriod integer -GRID-TEST-68;GRID-38;Remote management of meters;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-68;GRID-38;Remote management of meters;ProfileGeneric relatedObservation Observation GRID-TEST-69;GRID-39;Remote management of meters;GridMeter hasService GetService GRID-TEST-70;GRID-40;Remote management of meters;ProfileGeneric hasCapturePeriod integer -GRID-TEST-71;GRID-40;Remote management of meters;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-71;GRID-40;Remote management of meters;ProfileGeneric relatedObservation Observation GRID-TEST-72;GRID-41;Remote management of meters;Threshold type MeterProperty GRID-TEST-73;GRID-42;Remote management of meters;MeterProperty isMeasuredIn UnitOfMeasure GRID-TEST-74;GRID-43;Remote management of meters;TimeThreshold type MeterProperty @@ -77,17 +77,17 @@ GRID-TEST-75;GRID-44;Remote management of meters;MeterProperty isMeasuredIn Unit GRID-TEST-76;GRID-45;Remote management of meters;VoltageSagNumber type MeterProperty GRID-TEST-77;GRID-45;Remote management of meters;VoltageSwellNumber type MeterProperty GRID-TEST-78;GRID-45;Remote management of meters;LongPowerFailuresNumber type MeterProperty -GRID-TEST-79;GRID-46;Remote management of meters;GridMeter measuresProperty QualityProperty +GRID-TEST-79;GRID-46;Remote management of meters;GridMeter observes QualityProperty GRID-TEST-80;GRID-46;Remote management of meters;QualityProperty isPropertyOf PowerLine GRID-TEST-81;GRID-46;Remote management of meters;DurationVoltageSag type QualityProperty GRID-TEST-82;GRID-46;Remote management of meters;DurationVoltageSwell type QualityProperty GRID-TEST-83;GRID-46;Remote management of meters;DurationLongPowerFailure type QualityProperty GRID-TEST-84;GRID-47;Remote management of meters;QualityProperty isMeasuredIn UnitOfMeasure GRID-TEST-85;GRID-48;Remote management of meters;GridMeter hasService GetService -GRID-TEST-86;GRID-49;Remote management of meters;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-86;GRID-49;Remote management of meters;ProfileGeneric relatedObservation Observation GRID-TEST-87;GRID-49;Remote management of meters;ProfileGeneric relatedPropertyValue PropertyValue GRID-TEST-88;GRID-50;Remote management of meters;GridMeter hasService GetService -GRID-TEST-89;GRID-51;Remote management of meters;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-89;GRID-51;Remote management of meters;ProfileGeneric relatedObservation Observation GRID-TEST-90;GRID-51;Remote management of meters;ProfileGeneric relatedPropertyValue PropertyValue GRID-TEST-91;GRID-54;Management of tertiary sensor devices;GridMeter hasService GetService GRID-TEST-92;GRID-55;Management of tertiary sensor devices;Manufacturer type MeterProperty @@ -141,28 +141,28 @@ GRID-TEST-139;GRID-100;Management of OLTC transformers;ReactivePower type Energy GRID-TEST-140;GRID-101;Management of OLTC transformers;Voltage type EnergyAndPowerProperty GRID-TEST-141;GRID-102;Management of OLTC transformers;Voltage type EnergyAndPowerProperty GRID-TEST-142;GRID-103;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-143;GRID-104;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-143;GRID-104;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-144;GRID-105;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-145;GRID-106;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-145;GRID-106;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-146;GRID-106;Management of OLTC transformers;ProfileGeneric hasCapturePeriod integer GRID-TEST-147;GRID-107;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-148;GRID-108;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-148;GRID-108;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-149;GRID-108;Management of OLTC transformers;ProfileGeneric hasCapturePeriod integer GRID-TEST-150;GRID-109;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-151;GRID-110;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-151;GRID-110;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-152;GRID-110;Management of OLTC transformers;ProfileGeneric hasCapturePeriod integer GRID-TEST-153;GRID-111;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-154;GRID-112;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-154;GRID-112;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-155;GRID-112;Management of OLTC transformers;ProfileGeneric hasCapturePeriod integer GRID-TEST-156;GRID-113;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-157;GRID-114;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-157;GRID-114;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-158;GRID-114;Management of OLTC transformers;ProfileGeneric hasCapturePeriod integer GRID-TEST-159;GRID-115;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-160;GRID-116;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-160;GRID-116;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-161;GRID-116;Management of OLTC transformers;ProfileGeneric hasCapturePeriod integer GRID-TEST-162;GRID-117;Management of OLTC transformers;GridMeter hasService GetService GRID-TEST-163;GRID-118;Management of OLTC transformers;GridMeter hasService GetService -GRID-TEST-164;GRID-119;Management of OLTC transformers;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-164;GRID-119;Management of OLTC transformers;ProfileGeneric relatedObservation Observation GRID-TEST-165;GRID-119;Management of OLTC transformers;ProfileGeneric hasCapturePeriod integer GRID-TEST-166;GRID-120;Detection of meters connectivity;GridMeter hasState BreakerState GRID-TEST-167;GRID-121;Detection of meters connectivity;GridMeter hasState BreakerState @@ -170,6 +170,6 @@ GRID-TEST-168;GRID-122;Detection of meters connectivity;GridMeter hasProfileGene GRID-TEST-169;GRID-123;Detection of meters connectivity;GridMeter hasService GetService GRID-TEST-170;GRID-124;Detection of meters connectivity;GridMeter hasProfileGeneric ProfileGeneric GRID-TEST-171;GRID-124;Detection of meters connectivity;GridMeter hasService GetService -GRID-TEST-172;GRID-125;Detection of meters connectivity;ProfileGeneric relatedMeasurement Measurement +GRID-TEST-172;GRID-125;Detection of meters connectivity;ProfileGeneric relatedObservation Observation GRID-TEST-173;GRID-125;Detection of meters connectivity;ProfileGeneric hasCapturePeriod integer GRID-TEST-174;GRID-126;Detection of meters connectivity;GridMeter hasService GetService