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Smart Data Models

Entidad: StorageBatteryDevice

Licencia abierta

documento generado automáticamente

Descripción global: El modelo de datos del dispositivo de batería de almacenamiento está destinado a describir las características técnicas de la batería y las condiciones de carga y descarga de la energía.

versión: 0.0.2

Lista de propiedades

[*] Si no hay un tipo en un atributo es porque puede tener varios tipos o diferentes formatos/patrones.

  • address[object]: La dirección postal . Model: https://schema.org/address
  • alternateName[string]: Un nombre alternativo para este artículo
  • application[array]: Enum:'electricMobility, energyStorage, emergencyStorage, houseHoldStorage, industrialStorage, lighting, production, robotics, other'. Aplicación de destino del Dispositivo en relación con el almacenamiento. Una combinación de la enumeración . Model: https://schema.org/Text
  • areaServed[string]: La zona geográfica en la que se presta un servicio o se ofrece un artículo . Model: https://schema.org/Text
  • averageLife[number]: duración media en condiciones normales de uso de la pila a las temperaturas de referencia. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, ANN representa Año . Model: https://schema.org/Number
  • batteryAssessmentMethods[string]: Enum:'ampereHourMeter, dischargeTest, electrolyteDensity, highFrequencyImpedance, lowFrequencyImpedance, mathematicalModel, operatingVoltageWithClosedCircuit, quiescentVoltageWithOpenCircuit'. . Model: https://schema.org/Text
  • batteryType[string]: Enum:'alcalina, gel, plomo, plomo-AGM, Li-Ion, Li-Po, Li-Po4, LMP, Li-Air, Na-NiCl2(Zebra), Ni-Cd, Ni-MH, Ni-Zn, otras'. Tipo de batería utilizada . Model: https://schema.org/Text
  • brandName[string]: Marca del artículo . Model: https://schema.org/Text
  • capacityCnnn[object]: Energía restante en función del tiempo de descarga para 6 claves según la temperatura de referencia. Cada clave es un valor estructurado con el formato {Cnnn:[valor1,valor2]} que describe la diferente medida de [CapacidadCnnn]. . Model: https://schema.org/Number
    • C001:
    • C005:
    • C010:
    • C020:
    • C050:
  • chargeDischargeReactivity[number]: Reactividad de carga y descarga que caracteriza el comportamiento reactivo del sistema. El código de la unidad (texto) se da utilizando los Códigos Comunes UN/CEFACT. Por ejemplo, SEC representa Segundo . Model: https://schema.org/Number
  • chargeEfficiency[number]: Eficiencia de carga (código PV-BAT). El código de la unidad (texto) se da utilizando los Códigos Comunes UN/CEFACT. Por ejemplo, P1 representa el Porcentaje . Model: https://schema.org/Number
  • chargePower[number]: Potencia de carga. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, VLT representa Volt . Model: https://schema.org/Number
  • chargingModeAllowed[array]: Modo de carga permitido para evitar daños en la batería. enum:'fast, normal, quick' . Model: https://schema.org/Text
  • communication[array]: Lista de protocolos de comunicación con otros fabricantes. Enum:'CAN 2.0 B, dryContactTerminal, maintenanceInterface, RS485, RS485BMS, RS485Inverter, other' . Model: https://schema.org/
  • dataProvider[string]: Una secuencia de caracteres que identifica al proveedor de la entidad de datos armonizada
  • dateCreated[date-time]: Fecha de creación de la entidad. Normalmente será asignada por la plataforma de almacenamiento
  • dateLastReported[date-time]: Marca de tiempo que indica la última vez que el dispositivo notificó datos correctamente. Fecha y hora en formato ISO8601 UTC. . Model: https://schema.org/DateTime
  • dateModified[date-time]: Marca de tiempo de la última modificación de la entidad. Suele ser asignada por la plataforma de almacenamiento
  • description[string]: Descripción de este artículo
  • dimension[object]: Dimensión externa de un Panel. El formato está estructurado por una subpropiedad de 3 elementos. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, CMT representa Centímetro
    • depth:
    • height:
  • dischargeEfficiency[number]: Eficiencia de descarga (código PV-OND). El código de la unidad (texto) se da utilizando los Códigos Comunes UN/CEFACT. Por ejemplo, P1 representa el Porcentaje . Model: https://schema.org/Number
  • dischargePower[number]: Potencia de descarga. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, VLT representa Volt . Model: https://schema.org/Number
  • documentation[string]: Documentación técnica (instalación / mantenimiento / uso) . Model: https://schema.org/URL
  • durationPeakPower[number]: Tiempo de referencia registrado para el atributo [PotenciaPico]. El código de unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, SEC representa Segundo . Model: https://schema.org/Number
  • id[*]: Identificador único de la entidad
  • installationCondition[array]: Enum:'desierto, polvo, clima extremo, frío extremo, calor extremo, humedad extrema, marino, salino, arena, sísmico, otro'. Condición y posibilidad de uso en los siguientes entornos . Model: https://schema.org/Text
  • installationMode[string]: Enum:'aéreo, suelo, poste, tejado, subterráneo, pared, otro'. Posicionamiento del dispositivo en relación con un sistema de referencia terrestre . Model: https://schema.org/Text
  • lifeCycleNumber[object]: Número de ciclos de vida de carga / descarga admisibles. El formato está estructurado por una subpropiedad de 2 elementos . Model: https://schema.org/Number
    • max:
  • location[*]: Referencia Geojson al elemento. Puede ser Point, LineString, Polygon, MultiPoint, MultiLineString o MultiPolygon.
  • manufacturerName[string]: Fabricante Nombre del artículo . Model: https://schema.org/Text
  • massEnergyDensity[object]: Densidad energética de la masa (Código D). Relación entre la capacidad de la batería para suministrar una determinada potencia durante un determinado tiempo y su peso. El formato está estructurado por una subpropiedad de 2 elementos. El código de unidad (texto) de medida es Wh/Kg VatioHora por Kilogramo . Model: https://schema.org/Number
    • max:
  • maxOutputPower[number]: Potencia máxima. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, KWT representa Kilovatio . Model: https://schema.org/Number
  • maximumVoltageEOC[number]: Tensión máxima autorizada tras finalizar la carga y con la batería aún conectada a un generador de carga. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, VLT representa Volt . Model: https://schema.org/Number
  • minimumVoltageEOD[number]: Tensión mínima tras finalizar la descarga y sin conexión a un generador de carga. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, VLT representa Volt . Model: https://schema.org/Number
  • modelName[string]: Modelo Nombre del artículo. . Model: https://schema.org/Text
  • name[string]: El nombre de este artículo
  • nominalAmpere[number]: Amperaje nominal. (Código I). El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, AMP representa Amperio . Model: https://schema.org/Number
  • nominalCapacity[number]: Capacidad nominal de energía. (Código C) para enlazar con el atributo [CapacidadCnnn] para medir los niveles predefinidos parámetros C / xx h de los regímenes de descarga. El código de la unidad (texto) se da utilizando los UN/CEFACT Common Codes. Por ejemplo, AMH representa Amperios Hora . Model: https://schema.org/Number
  • nominalFrequency[number]: Frecuencia nominal. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, HTZ representa Hertz . Model: https://schema.org/Number
  • nominalVoltage[number]: Tensión nominal de la batería. (Código U) El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, VLT representa Volt . Model: https://schema.org/Number
  • operatingAltitude[object]: Altitud operativa con resistencia mínima y máxima a la altura y a la profundidad. El formato está estructurado por una subpropiedad de 2 elementos con las claves [min] =<0 y [max] >=0. El código de unidad (texto) se da utilizando los UN/CEFACT Common Codes. Por ejemplo, MTR representa Metro . Model: https://schema.org/Number
    • max:
  • operatingAmpere[object]: Amperaje mínimo y máximo permitido. El formato está estructurado por una subpropiedad de 2 elementos. El código de unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, AMP representa Amperio . Model: https://schema.org/Number
    • max:
  • operatingFrequency[object]: Frecuencia mínima y máxima permitida. El formato está estructurado por una subpropiedad de 2 elementos. El código de unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, HTZ representa Hertz . Model: https://schema.org/Number
    • max:
  • operatingTemperature[object]: Rango de temperatura ambiente de funcionamiento. Se trata de la resistencia mínima y máxima al frío y al calor para un [evento]. El formato está estructurado por una subpropiedad de 3 elementos con el formato {event:[min,max]}. El código de unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, CEL representa grados centígrados.
  • operatingVoltage[object]: Tensión mínima y máxima permitida. El formato está estructurado por una subpropiedad de 2 elementos. El código de unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, VLT representa Volt . Model: https://schema.org/Number
    • max:
  • overloadAccepted[boolean]: Se permite la sobrecarga tras superar el umbral.(true para sí) . Model: https://schema.org/Boolean
  • overloadAcceptedTime[time]: Tiempo de sobrecarga aceptado sin dañar la batería . Model: https://schema.org/DateTime
  • owner[array]: Una lista que contiene una secuencia de caracteres codificada en JSON que hace referencia a los identificadores únicos de los propietarios.
  • peakPower[number]: Intensidad máxima extraíble durante un periodo corto. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, KWT representa Kilovatio . Model: https://schema.org/Number
  • possibilityOfUse[string]: Posibilidad de uso. Un valor único. Enum:'móvil, mixto, fijo, otro'. . Model: https://schema.org/Text
  • protectionIK[number]: Nivel IK de "protección mecánica" relativo a la clasificación numérica de los grados de protección que ofrecen las envolventes de equipos eléctricos frente a impactos mecánicos externos, según la norma de la Comisión Electrotécnica Internacional (EN 62-262). - IK varía de 0 (resistencia mínima) a 10 (resistencia máxima), lo que representa una Energía de Impacto (Unidad Joule) . Model: https://schema.org/Number
  • protectionIP[string]: IP Protección contra la intrusión para la caja de conexiones. Es el nivel que clasifica y valora el grado de protección que ofrecen las carcasas mecánicas y los armarios eléctricos contra la intrusión, el polvo, el contacto accidental y el agua según la norma de la Comisión Electrotécnica Internacional (EN 60-529). - Primer dígito: Protección contra partículas sólidas (Número único: 0-6 o "X"). - Segundo dígito: Protección contra la penetración de líquidos (un solo dígito: 0-9 o "X"). - Tercer dígito: Protección personal contra el acceso a partes peligrosas (letra adicional opcional). - Cuarto dígito: Otras protecciones (letra adicional opcional) . Model: https://en.wikipedia.org/wiki/IP_Code
  • rechargeEnergySource[string]: Enum:'eléctrico, hidráulico, aerogenerador, otro'. Fuente de energía de recarga. Un valor único de la lista . Model: https://schema.org/Text
  • refDevice[*]: Referencia a la Entidad Principal Dispositivo si se utiliza como segundo enlace . Model: https://schema.org/URL
  • refPointOfInterest[*]: Referencia a un PointOfInterest vinculado a la observación . Model: https://schema.org/URL
  • roundTripEfficiency[number]: Eficiencia de ida y vuelta. Eficiencia, definida como la relación entre la energía almacenada y la energía devuelta. El código de la unidad (texto) se da utilizando los Códigos Comunes UN/CEFACT. Por ejemplo, P1 representa el Porcentaje . Model: https://schema.org/Number
  • seeAlso[*]: lista de uri que apuntan a recursos adicionales sobre el artículo
  • selfDischargeRate[number]: Índice de descarga de la batería sin ningún uso en una línea base de 1 mes según la [temperatura de referencia]. El código de unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, P1 representa el Porcentaje . Model: https://schema.org/Number
  • serialNumber[string]: Números de serie del artículo . Model: https://schema.org/Text
  • source[string]: Secuencia de caracteres que indica la fuente original de los datos de la entidad en forma de URL. Se recomienda que sea el nombre de dominio completo del proveedor de origen o la URL del objeto de origen.
  • storableEnergy[number]: Energía total de almacenamiento = [tensión nominal] * [capacidad nominal]. El código de la unidad (texto) se indica utilizando los UN/CEFACT Common Codes. Por ejemplo, KWH representa Kilovatio Hora. . Model: https://schema.org/Number
  • toolBMS[boolean]: Uso de una herramienta del Sistema de Gestión de Baterías para proteger, garantizar y optimizar la vida útil de las baterías. (true para sí) . Model: https://schema.org/Boolean
  • type[string]: Tiene que ser StorageBatteryDevice . Model: https://schema.org/Text
  • typeEnergySource[array]: Enum:'presa, caída, generador, red, fotovoltaica, río, mar, waterTurbine, viento, otro'. Tipo de fuente de energía en relación con el atributo `RechargeEnergySource . Model: https://schema.org/Text
  • typeOfUse[string]: Uso aceptado en cuanto a su colocación en un entorno interior / exterior. Enum:' interior, mixto, exterior, otro' . Model: https://schema.org/Text
  • usableEnergy[number]: Energía utilizable. El código de la unidad (texto) se da utilizando los UN/CEFACT Common Codes. Por ejemplo, KWH representa Kilovatio Hora . Model: https://schema.org/Number
  • volEnergyDensity[object]: Volumen Densidad energética (Código D). El formato está estructurado por una subpropiedad de 2 elementos. El código de unidad (texto) de medida es Wh/L VatioHora por Litro . Model: https://schema.org/Number
    • max:
  • weight[number]: Peso. El código de la unidad (texto) se indica utilizando los Códigos comunes UN/CEFACT. Por ejemplo, KGM representa KiloGramo . Model: https://schema.org/weight

Propiedades requeridas

  • batteryType
  • dateLastReported
  • id
  • location
  • rechargeEnergySource
  • type

Las funciones de carga se aplican desde una fuente de alimentación que puede ser un "sistema de a bordo, panel solar, turbina eólica, generador, fuente de alimentación". Las fuentes hidráulicas no están incluidas en esta versión. Las funciones de descarga se aplican a todos los tipos de sistemas que requieren el consumo de energía de una batería de almacenamiento. Remark Este Modelo de Datos puede utilizarse directamente como entidad principal para describir el dispositivo Battery Storage o como sub - entidad del Modelo de Datos DEVICE utilizando una referencia mediante el atributo refDevice.

Descripción de las propiedades del modelo de datos

Ordenados alfabéticamente (pulse para más detalles)

full yaml details 
StorageBatteryDevice:    
  description: The storage battery device data model is intended to describe the technical characteristics of the battery and the charging and discharging conditions of the energy.    
  properties:    
    address:    
      description: The mailing address    
      properties:    
        addressCountry:    
          description: 'The country. For example, Spain'    
          type: string    
          x-ngsi:    
            model: https://schema.org/addressCountry    
            type: Property    
        addressLocality:    
          description: 'The locality in which the street address is, and which is in the region'    
          type: string    
          x-ngsi:    
            model: https://schema.org/addressLocality    
            type: Property    
        addressRegion:    
          description: 'The region in which the locality is, and which is in the country'    
          type: string    
          x-ngsi:    
            model: https://schema.org/addressRegion    
            type: Property    
        district:    
          description: 'A district is a type of administrative division that, in some countries, is managed by the local government'    
          type: string    
          x-ngsi:    
            type: Property    
        postOfficeBoxNumber:    
          description: 'The post office box number for PO box addresses. For example, 03578'    
          type: string    
          x-ngsi:    
            model: https://schema.org/postOfficeBoxNumber    
            type: Property    
        postalCode:    
          description: 'The postal code. For example, 24004'    
          type: string    
          x-ngsi:    
            model: https://schema.org/https://schema.org/postalCode    
            type: Property    
        streetAddress:    
          description: The street address    
          type: string    
          x-ngsi:    
            model: https://schema.org/streetAddress    
            type: Property    
        streetNr:    
          description: Number identifying a specific property on a public street    
          type: string    
          x-ngsi:    
            type: Property    
      type: object    
      x-ngsi:    
        model: https://schema.org/address    
        type: Property    
    alternateName:    
      description: An alternative name for this item    
      type: string    
      x-ngsi:    
        type: Property    
    application:    
      description: 'Enum:''electricMobility, energyStorage, emergencyStorage, houseHoldStorage, industrialStorage, lighting, production, robotics, other''. Target application of the Device regarding the storage. A combination of the enumeration'    
      items:    
        enum:    
          - electricMobility    
          - energyStorage    
          - emergencyStorage    
          - houseHoldStorage    
          - industrialStorage    
          - lighting    
          - production    
          - robotics    
          - other    
        type: string    
      type: array    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    areaServed:    
      description: The geographic area where a service or offered item is provided    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    averageLife:    
      description: 'average life under normal battery usage conditions at reference temperatures. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **ANN** represents Year'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: year    
    batteryAssessmentMethods:    
      description: 'Enum:''ampereHourMeter, dischargeTest, electrolyteDensity, highFrequencyImpedance, lowFrequencyImpedance, mathematicalModel, operatingVoltageWithClosedCircuit, quiescentVoltageWithOpenCircuit''.  '    
      enum:    
        - ampereHourMeter    
        - dischargeTest    
        - electrolyteDensity    
        - highFrequencyImpedance    
        - lowFrequencyImpedance    
        - mathematicalModel    
        - operatingVoltageWithClosedCircuit    
        - quiescentVoltageWithOpenCircuit    
      minItems: 0    
      type: string    
      uniqueItems: true    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    batteryType:    
      description: 'Enum:''alkaline, gel, lead, lead-AGM, Li-Ion, Li-Po, Li-Po4, LMP, Li-Air, Na-NiCl2(Zebra), Ni-Cd, Ni-MH, Ni-Zn, other''. Type of battery used'    
      enum:    
        - alkaline    
        - gel    
        - lead    
        - lead-AGM    
        - Li-Ion    
        - Li-Po    
        - Li-Po4    
        - LMP    
        - Li-Air    
        - Na-NiCl2(Zebra)    
        - Ni-Cd    
        - Ni-MH    
        - Ni-Zn    
        - other    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    brandName:    
      description: Brand Name of the item    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    capacityCnnn:    
      description: 'Remaining energy as a function of the discharge time for 6 keys according the temperature of reference. Each Key is a structured value with the format {`Cnnn`:[`value1`,`value2`]} describing the different measurement of [CapacityCnnn]'    
      properties:    
        C001:    
          items:    
            type: number    
          type: array    
        C005:    
          items:    
            type: number    
          type: array    
        C010:    
          items:    
            type: number    
          type: array    
        C020:    
          items:    
            type: number    
          type: array    
        C050:    
          items:    
            type: number    
          type: array    
        C100:    
          items:    
            type: number    
          type: array    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
    chargeDischargeReactivity:    
      description: ' Charge and Discharge Reactivity which characterizes the reactive behavior of the system. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **SEC** represents Second'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: seconds    
    chargeEfficiency:    
      description: 'Charge Efficiency *(code PV-BAT)*. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **P1** represents Percent'    
      maximum: 1    
      minimum: 0    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
    chargePower:    
      description: 'Load Power. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **VLT** represents Volt'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: volts    
    chargingModeAllowed:    
      description: ' Charging mode permitted to avoid damage to the battery. enum:''fast, normal, quick'''    
      items:    
        enum:    
          - normal    
          - quick    
          - fast    
        type: string    
      type: array    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    communication:    
      description: 'List of communication protocol with others device depending manufacturers. Enum:''CAN 2.0 B, dryContactTerminal, maintenanceInterface, RS485, RS485BMS, RS485Inverter, other'''    
      items:    
        enum:    
          - CAN 2.0 B    
          - dryContactTerminal    
          - maintenanceInterface    
          - RS485    
          - RS485BMS    
          - RS485Inverter    
          - other    
        type: string    
      type: array    
      x-ngsi:    
        model: https://schema.org/    
        type: Property    
    dataProvider:    
      description: A sequence of characters identifying the provider of the harmonised data entity    
      type: string    
      x-ngsi:    
        type: Property    
    dateCreated:    
      description: Entity creation timestamp. This will usually be allocated by the storage platform    
      format: date-time    
      type: string    
      x-ngsi:    
        type: Property    
    dateLastReported:    
      description: 'A timestamp which denotes the last time when the device successfully reported data. Date and time in an ISO8601 UTCformat. '    
      format: date-time    
      type: string    
      x-ngsi:    
        model: https://schema.org/DateTime    
        type: Property    
    dateModified:    
      description: Timestamp of the last modification of the entity. This will usually be allocated by the storage platform    
      format: date-time    
      type: string    
      x-ngsi:    
        type: Property    
    description:    
      description: A description of this item    
      type: string    
      x-ngsi:    
        type: Property    
    dimension:    
      description: 'External dimension of a Panel. The format is structured by a sub-property of 3 items. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **CMT** represents Centimeter'    
      properties:    
        depth:    
          minimum: 0    
          type: number    
        height:    
          minimum: 0    
          type: number    
        width:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        type: Property    
        units: Centimeters    
    dischargeEfficiency:    
      description: 'Discharge Efficiency *(code PV-OND)*. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **P1** represents Percent'    
      maximum: 1    
      minimum: 0    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
    dischargePower:    
      description: 'Discharge Power. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **VLT** represents Volt'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: volts    
    documentation:    
      description: Technical Documentation (Installation / maintenance / use)    
      type: string    
      x-ngsi:    
        model: https://schema.org/URL    
        type: Property    
    durationPeakPower:    
      description: 'Reference Time recorded for the attribute [peakPower]. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **SEC** represents Second'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: seconds    
    id:    
      anyOf:    
        - description: Identifier format of any NGSI entity    
          maxLength: 256    
          minLength: 1    
          pattern: ^[\w\-\.\{\}\$\+\*\[\]`|~^@!,:\\]+$    
          type: string    
          x-ngsi:    
            type: Property    
        - description: Identifier format of any NGSI entity    
          format: uri    
          type: string    
          x-ngsi:    
            type: Property    
      description: Unique identifier of the entity    
      x-ngsi:    
        type: Property    
    installationCondition:    
      description: 'Enum:''desert, dust, extremeClimate, extremeCold, extremeHeat, extremeHumidity, marine, saline, sand, seismic, other''. Condition and possibility of use in the following environments'    
      items:    
        enum:    
          - desert    
          - dust    
          - extremeClimate    
          - extremeCold    
          - extremeHeat    
          - extremeHumidity    
          - marine    
          - saline    
          - sand    
          - seismic    
          - other    
        type: string    
      type: array    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    installationMode:    
      description: 'Enum:''aerial, ground, pole, roofing, underGround, wall, other''. Positioning of the device in relation to a ground reference system'    
      enum:    
        - aerial    
        - ground    
        - pole    
        - roofing    
        - underGround    
        - wall    
        - other    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    lifeCycleNumber:    
      description: Number of admissible charge / discharge life cycles. The format is structured by a sub-property of 2 items    
      properties:    
        max:    
          minimum: 0    
          type: number    
        min:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
    location:    
      description: 'Geojson reference to the item. It can be Point, LineString, Polygon, MultiPoint, MultiLineString or MultiPolygon'    
      oneOf:    
        - description: Geojson reference to the item. Point    
          properties:    
            bbox:    
              items:    
                type: number    
              minItems: 4    
              type: array    
            coordinates:    
              items:    
                type: number    
              minItems: 2    
              type: array    
            type:    
              enum:    
                - Point    
              type: string    
          required:    
            - type    
            - coordinates    
          title: GeoJSON Point    
          type: object    
          x-ngsi:    
            type: GeoProperty    
        - description: Geojson reference to the item. LineString    
          properties:    
            bbox:    
              items:    
                type: number    
              minItems: 4    
              type: array    
            coordinates:    
              items:    
                items:    
                  type: number    
                minItems: 2    
                type: array    
              minItems: 2    
              type: array    
            type:    
              enum:    
                - LineString    
              type: string    
          required:    
            - type    
            - coordinates    
          title: GeoJSON LineString    
          type: object    
          x-ngsi:    
            type: GeoProperty    
        - description: Geojson reference to the item. Polygon    
          properties:    
            bbox:    
              items:    
                type: number    
              minItems: 4    
              type: array    
            coordinates:    
              items:    
                items:    
                  items:    
                    type: number    
                  minItems: 2    
                  type: array    
                minItems: 4    
                type: array    
              type: array    
            type:    
              enum:    
                - Polygon    
              type: string    
          required:    
            - type    
            - coordinates    
          title: GeoJSON Polygon    
          type: object    
          x-ngsi:    
            type: GeoProperty    
        - description: Geojson reference to the item. MultiPoint    
          properties:    
            bbox:    
              items:    
                type: number    
              minItems: 4    
              type: array    
            coordinates:    
              items:    
                items:    
                  type: number    
                minItems: 2    
                type: array    
              type: array    
            type:    
              enum:    
                - MultiPoint    
              type: string    
          required:    
            - type    
            - coordinates    
          title: GeoJSON MultiPoint    
          type: object    
          x-ngsi:    
            type: GeoProperty    
        - description: Geojson reference to the item. MultiLineString    
          properties:    
            bbox:    
              items:    
                type: number    
              minItems: 4    
              type: array    
            coordinates:    
              items:    
                items:    
                  items:    
                    type: number    
                  minItems: 2    
                  type: array    
                minItems: 2    
                type: array    
              type: array    
            type:    
              enum:    
                - MultiLineString    
              type: string    
          required:    
            - type    
            - coordinates    
          title: GeoJSON MultiLineString    
          type: object    
          x-ngsi:    
            type: GeoProperty    
        - description: Geojson reference to the item. MultiLineString    
          properties:    
            bbox:    
              items:    
                type: number    
              minItems: 4    
              type: array    
            coordinates:    
              items:    
                items:    
                  items:    
                    items:    
                      type: number    
                    minItems: 2    
                    type: array    
                  minItems: 4    
                  type: array    
                type: array    
              type: array    
            type:    
              enum:    
                - MultiPolygon    
              type: string    
          required:    
            - type    
            - coordinates    
          title: GeoJSON MultiPolygon    
          type: object    
          x-ngsi:    
            type: GeoProperty    
      x-ngsi:    
        type: GeoProperty    
    manufacturerName:    
      description: Manufacturer Name of the item    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    massEnergyDensity:    
      description: Mass Energy density *(Code D)*. Ratio between the capacity of the battery to deliver a certain power for a certain time and its weight. The format is structured by a sub-property of 2 items. The unit code (text) of measurement is **Wh/Kg** WattHour per Kilogram    
      properties:    
        max:    
          minimum: 0    
          type: number    
        min:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: W hour / Kg    
    maxOutputPower:    
      description: 'Maximum Power. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **KWT** represents Kilowatt'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: Kw    
    maximumVoltageEOC:    
      description: 'Maximum authorized voltage after end of charge and Battery still connected to to a charge generator. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **VLT** represents Volt'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: volts    
    minimumVoltageEOD:    
      description: 'Minimum voltage after end of discharge and not connected to to a charge generator. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **VLT** represents Volt'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: volts    
    modelName:    
      description: 'Model Name of the item. '    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    name:    
      description: The name of this item    
      type: string    
      x-ngsi:    
        type: Property    
    nominalAmpere:    
      description: 'Nominal Amperage. *(Code I)*. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **AMP** represents Ampere'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: amperes    
    nominalCapacity:    
      description: 'Nominal Energy capacity. *(Code C)* to link with the attribute [CapacityCnnn] to measure the predefined levels parameters C / xx h of discharge regimes. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **AMH** represents Ampere Hour'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: Ampere Hour    
    nominalFrequency:    
      description: 'Nominal Frequency. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **HTZ** represents Hertz'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: hertz    
    nominalVoltage:    
      description: 'Nominal battery voltage. *(Code U)* The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **VLT** represents Volt'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: volts    
    operatingAltitude:    
      description: 'Operating altitude with minimum and maximum resistance to height and depth. The format is structured by a sub-property of 2 items with the keys [min] =<0 and [max] >=0. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **MTR** represents Meter'    
      properties:    
        max:    
          minimum: 0    
          type: number    
        min:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: meters    
    operatingAmpere:    
      description: ' Minimum and Maximum Ampere allowed. The format is structured by a sub-property of 2 items. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **AMP** represents Ampere'    
      properties:    
        max:    
          minimum: 0    
          type: number    
        min:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: amperes    
    operatingFrequency:    
      description: ' Minimum and Maximum frequency allowed. The format is structured by a sub-property of 2 items. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **HTZ** represents Hertz'    
      properties:    
        max:    
          minimum: 0    
          type: number    
        min:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: hertz    
    operatingTemperature:    
      description: 'Ambient operating temperature range. This is the minimum and maximum resistance to cold and heat for an [event]. The format is structured by a sub-property of 3 items with the format  {`event`:[`min`,`max`]}. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **CEL** represents Degree Celsius'    
      properties:    
        charge:    
          description: Charge of the item    
          items:    
            type: number    
          type: array    
          x-ngsi:    
            model: https://schema.org/Number    
            type: Property    
        discharge:    
          description: 'Discharge of the item '    
          items:    
            type: number    
          type: array    
          x-ngsi:    
            model: https://schema.org/Number    
            type: Property    
        storage:    
          description: Storage of the item    
          items:    
            type: number    
          type: array    
          x-ngsi:    
            model: https://schema.org/Number    
            type: Property    
      type: object    
      x-ngsi:    
        type: Property    
        units: degrees Celsius    
    operatingVoltage:    
      description: 'Minimum and Maximum voltage allowed. The format is structured by a sub-property of 2 items. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **VLT** represents Volt'    
      properties:    
        max:    
          minimum: 0    
          type: number    
        min:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: volt    
    overloadAccepted:    
      description: Overload is permitted after exceeding the threshold.(`true` for yes)    
      type: boolean    
      x-ngsi:    
        model: https://schema.org/Boolean    
        type: Property    
    overloadAcceptedTime:    
      description: Accepted overcharge time without damage to the battery    
      format: time    
      type: string    
      x-ngsi:    
        model: https://schema.org/DateTime    
        type: Property    
    owner:    
      description: A List containing a JSON encoded sequence of characters referencing the unique Ids of the owner(s)    
      items:    
        anyOf:    
          - description: Identifier format of any NGSI entity    
            maxLength: 256    
            minLength: 1    
            pattern: ^[\w\-\.\{\}\$\+\*\[\]`|~^@!,:\\]+$    
            type: string    
            x-ngsi:    
              type: Property    
          - description: Identifier format of any NGSI entity    
            format: uri    
            type: string    
            x-ngsi:    
              type: Property    
        description: Unique identifier of the entity    
        x-ngsi:    
          type: Property    
      type: array    
      x-ngsi:    
        type: Property    
    peakPower:    
      description: ' Maximum intensity extractable over a short period. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **KWT** represents Kilowatt'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: Kw    
    possibilityOfUse:    
      description: 'Possibility of use. A unique value. Enum:''mobile, mixed, stationary, other''.  '    
      enum:    
        - mobile    
        - mixed    
        - stationary    
        - other    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    protectionIK:    
      description: 'IK ''Mecanic Protection'' level relating to numeric classification for the degrees of protection provided by enclosures for electrical equipment against external mechanical impacts, according to International Electro technical Commission standard (EN 62-262). - IK varies from 0 (minimum resistance) to 10 (maximum resistance) which represents an Impact Energy (Unit Joule)'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
    protectionIP:    
      description: 'IP *Ingress Protection* for the Junction Box. This is the level classifies and rates the degree of protection provided by mechanical casings and electrical enclosures against intrusion, dust, accidental contact, and water according to International Electrotechnical Commission standard (EN 60-529). - First digit: Solid particle protection (Single numeral: 0–6 or ''X''). - Second digit: Liquid ingress protection (Single numeral: 0–9 or ''X''). - Third digit: Personal Protection  against access to dangerous parts (optional additional letter). - Fourth digit: Other protections (optional additional letter)'    
      type: string    
      x-ngsi:    
        model: https://en.wikipedia.org/wiki/IP_Code    
        type: Property    
    rechargeEnergySource:    
      description: 'Enum:''electric, hydraulic, windTurbine, other''. Recharge Energy Source. A unique value of the list '    
      enum:    
        - electric    
        - hydraulic    
        - windTurbine    
        - other    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    refDevice:    
      anyOf:    
        - description: Identifier format of any NGSI entity    
          maxLength: 256    
          minLength: 1    
          pattern: ^[\w\-\.\{\}\$\+\*\[\]`|~^@!,:\\]+$    
          type: string    
          x-ngsi:    
            type: Property    
        - description: Identifier format of any NGSI entity    
          format: uri    
          type: string    
          x-ngsi:    
            type: Property    
      description: 'Reference to the Main Entity [Device](https://github.com/smart-data-models/dataModel.Device/blob/master/Device/doc/spec.md) if used as second link'    
      x-ngsi:    
        model: https://schema.org/URL    
        type: Relationship    
    refPointOfInterest:    
      anyOf:    
        - description: Identifier format of any NGSI entity    
          maxLength: 256    
          minLength: 1    
          pattern: ^[\w\-\.\{\}\$\+\*\[\]`|~^@!,:\\]+$    
          type: string    
          x-ngsi:    
            type: Property    
        - description: Identifier format of any NGSI entity    
          format: uri    
          type: string    
          x-ngsi:    
            type: Property    
      description: 'Reference to a [PointOfInterest](https://github.com/smart-data-models/dataModel.PointOfInterest/blob/master/PointOfInterest/doc/spec.md) linked with the observation'    
      x-ngsi:    
        model: https://schema.org/URL    
        type: Property    
    roundTripEfficiency:    
      description: 'Round-Trip Efficiency. Efficiency, defined as the ratio between stored energy and returned energy. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **P1** represents Percent'    
      maximum: 1    
      minimum: 0    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
    seeAlso:    
      description: list of uri pointing to additional resources about the item    
      oneOf:    
        - items:    
            format: uri    
            type: string    
          minItems: 1    
          type: array    
        - format: uri    
          type: string    
      x-ngsi:    
        type: Property    
    selfDischargeRate:    
      description: 'Battery discharge rate without any use on a baseline of 1 month according the [temperature of reference]. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **P1** represents Percentage'    
      maximum: 1    
      minimum: 0    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
    serialNumber:    
      description: Serial numbers of the item    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    source:    
      description: 'A sequence of characters giving the original source of the entity data as a URL. Recommended to be the fully qualified domain name of the source provider, or the URL to the source object'    
      type: string    
      x-ngsi:    
        type: Property    
    storableEnergy:    
      description: 'Total Storage Energy = [nominalVoltage] * [nominalCapacity]. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **KWH** represents Kilowatt Hour'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: Kw Hour    
    toolBMS:    
      description: 'Use of a Battery Management System tool to protect, guarantee and optimize battery life. (`true` for yes)'    
      type: boolean    
      x-ngsi:    
        model: https://schema.org/Boolean    
        type: Property    
    type:    
      description: It has to be StorageBatteryDevice    
      enum:    
        - StorageBatteryDevice    
      type: string    
      x-ngsi:    
        model: 'https://schema.org/Text '    
        type: Property    
    typeEnergySource:    
      description: 'Enum:''dam, fall, generator, network, photovoltaic, river, sea, waterTurbine, wind, other''. Type of Energy Source regarding `RechargeEnergySource` attribute'    
      items:    
        enum:    
          - dam    
          - fall    
          - generator    
          - network    
          - photovoltaic    
          - river    
          - sea    
          - waterTurbine    
          - wind    
          - other    
        type: string    
      type: array    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    typeOfUse:    
      description: 'Accepted use regarding its positioning in an indoor / outdoor environment. Enum:'' indoor, mixed, outdoor, other'''    
      enum:    
        - indoor    
        - mixed    
        - outdoor    
        - other    
      type: string    
      x-ngsi:    
        model: https://schema.org/Text    
        type: Property    
    usableEnergy:    
      description: 'Usable Energy. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **KWH** represents Kilowatt Hour'    
      type: number    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: Kw Hour    
    volEnergyDensity:    
      description: Volume Energy density *(Code D)*. The format is structured by a sub-property of 2 items. The unit code (text) of measurement is **Wh/L** WattHour per Liter    
      properties:    
        max:    
          minimum: 0    
          type: number    
        min:    
          minimum: 0    
          type: number    
      type: object    
      x-ngsi:    
        model: https://schema.org/Number    
        type: Property    
        units: Wh/L    
    weight:    
      description: 'Weight. The unit code (text) is given using the [UN/CEFACT Common Codes](http://wiki.goodrelations-vocabulary.org/Documentation/UN/CEFACT_Common_Codes). For instance, **KGM** represents KiloGramme'    
      minimum: 0    
      type: number    
      x-ngsi:    
        model: https://schema.org/weight    
        type: Property    
        units: Kilograms    
  required:    
    - id    
    - type    
    - location    
    - dateLastReported    
    - batteryType    
    - rechargeEnergySource    
  type: object    
  x-derived-from: ""    
  x-disclaimer: 'Redistribution and use in source and binary forms, with or without modification, are permitted  provided that the license conditions are met. Copyleft (c) 2022 Contributors to Smart Data Models Program'    
  x-license-url: https://github.com/smart-data-models/dataModel.Battery/blob/master/StorageBatteryDevice/LICENSE.md    
  x-model-schema: https://smart-data-models.github.io/data-models.Energy/StorageBatteryDevice/schema.json    
  x-model-tags: ""    
  x-version: 0.0.2

Ejemplo de carga útil

StorageBatteryDevice NGSI-v2 key-values Ejemplo

Aquí hay un ejemplo de un StorageBatteryDevice en formato JSON-LD como key-values. Esto es compatible con NGSI-v2 cuando se utiliza options=keyValues y devuelve los datos de contexto de una entidad individual.

show/hide example 
{  
  "id": "urn:ngsi-ld:StorageBatteryDevice:StorageBatteryDevice:MNCA-SBD-T1-G0-027",  
  "type": "StorageBatteryDevice",  
  "name": "SBD-T1-G0-027",  
  "alternateName": "AirPort – global Observation",  
  "description": "Description of the Solar Storage Battery Device",  
  "location": {  
    "type": "Point",  
    "coordinates": [  
      43.66481,  
      7.196545  
    ]  
  },  
  "address": {  
    "addressCountry": "FR",  
    "addressLocality": "Nice",  
    "streetAddress": "Airport - Terminal 1 - Ground 0 - Local  27"  
  },  
  "areaServed": "Nice Aeroport",  
  "dateLastReported": "2020-03-17T08:45:00Z",  
  "brandName": "LG ELEC",  
  "modelName": "SBRESU10H",  
  "manufacturerName": "OSCPOWER",  
  "serialNumber": "BSSMA10267841259",  
  "application": [  
    "energyStorage",  
    "emergencyStorage"  
  ],  
  "typeOfUse": "mixed",  
  "installationMode": "ground",  
  "installationCondition": [  
    "extremeClimate"  
  ],  
  "possibilityOfUse": "stationary",  
  "batteryType": "Li-Ion",  
  "rechargeEnergySource": "electric",  
  "typeEnergySource": [  
    "network",  
    "photovoltaic"  
  ],  
  "documentation": "https://www.myStoragebattery.fr",  
  "owners": [  
    "Airport-Division Maintenance"  
  ],  
  "dimension": {  
    "width": 74.4,  
    "height": 90.7,  
    "depth": 20.6  
  },  
  "weight": 175,  
  "protectionIP": "55",  
  "protectionIK": 10,  
  "temperature": 25,  
  "operatingTemperature": {  
    "storage": [  
      -10,  
        50  
    ],  
    "charge": [  
      0,  
      40  
    ],  
    "discharge": [  
      -15,  
      40  
    ]  
  },  
  "nominalVoltage": 48,  
  "nominalAmpere": 20,  
  "nominalFrequency": 60,  
  "nominalCapacity": 63,  
  "storableEnergy": 3.025,  
  "usableEnergy": 3.012,  
  "operatingVoltage": {  
    "min": 38.5,  
    "max": 55.0  
  },  
  "operatingAmpere": {  
    "min": 1.0,  
    "max": 1.5  
  },  
  "operatingFrequency": {  
    "min": 57,  
    "max": 63  
  },  
  "massEnergyDensity": {  
    "min": 30,  
    "max": 50  
  },  
  "volEnergyDensity": {  
    "min": 75,  
    "max": 120  
  },  
  "maxOutputPower": 12.8,  
  "peakPower": 5.0,  
  "durationPeakPower": 10,  
  "communication": [  
    "CAN 2.0 B",  
    "RS485Inverter",  
    "RS485BMS",  
    "dryContactTerminal",  
    "maintenanceInterface"  
  ],  
  "operatingAltitude": {  
    "min": 0,  
    "max": 500  
  },  
  "averageLife": 15,  
  "lifeCycleNumber": {  
    "min": 600,  
    "max": 2400  
  },  
  "toolBMS": true,  
  "chargingModeAllowed": [  
    "normal"  
  ],  
  "overloadAccepted": true,  
  "overloadAcceptedTime": "00:00:03"  
  ,  
  "selfDischargeRate": 0.02,  
  "capacityCnnn": {  
    "C001": [  
      153.9,  
      1.6  
    ],  
    "C005": [  
      214.0,  
      1.75  
    ],  
    "C010": [  
      250.0,  
      1.8  
    ],  
    "C020": [  
      260.0,  
      1.8  
    ]  
  },  
  "roundTripEfficiency": 0.968,  
  "chargeDischargeReactivity": 0.4,  
  "chargePower": 123,  
  "chargeEfficiency": 0.98,  
  "maximumVoltageEOC": 48.6,  
  "dischargePower": 96.8,  
  "dischargeEfficiency": 0.95,  
  "minimumVoltageEOD": 47.3  
}

StorageBatteryDevice NGSI-v2 normalizado Ejemplo

He aquí un ejemplo de StorageBatteryDevice en formato JSON-LD normalizado. Esto es compatible con NGSI-v2 cuando no se utilizan opciones y devuelve los datos de contexto de una entidad individual.

show/hide example 
{  
  "id": "urn:ngsi-ld:StorageBatteryDevice:StorageBatteryDevice:MNCA-SBD-T1-G0-027",  
  "type": "StorageBatteryDevice",  
  "name": {  
    "type": "Property",  
    "value": "SBD-T1-G0-027"  
  },  
  "alternateName": {  
    "type": "Property",  
    "value": "AirPort – global Observation"  
  },  
  "description": {  
    "type": "Property",  
    "value": "Description of the Solar Storage Battery Device"  
  },  
  "location": {  
    "type": "GeoProperty",  
    "value": {  
      "type": "Point",  
      "coordinates ": [  
        43.664810,  
        7.196545  
      ]  
    }  
  },  
  "address": {  
    "type": "Property",  
    "value": {  
      "addressCountry": "FR",  
      "addressLocality": "Nice",  
      "streetAddress": "Airport - Terminal 1 - Ground 0 - Local  27"  
    }  
  },  
  "areaServed": {  
    "type": "Property",  
    "value": "Nice Aeroport"  
  },  
  "dateLastReported": {  
    "type": "Property",  
    "value": {  
      "type": "DateTime",  
      "value": "2020-03-17T08:45:00Z"  
    }  
  },  
  "brandName": {  
    "type": "Property",  
    "value": "LG ELEC"  
  },  
  "modelName": {  
    "type": "Property",  
    "value": "SBRESU10H"  
  },  
  "manufacturerName": {  
    "type": "Property",  
    "value": "OSCPOWER"  
  },  
  "serialNumber": {  
    "type": "Property",  
    "value": "BSSMA10267841259"  
  },  
  "application": {  
    "type": "Property",  
    "value": [  
      "energyStorage",  
      "emergencyStorage"  
    ]  
  },  
  "typeOfUse": {  
    "type": "Property",  
    "value": "mixed"  
  },  
  "installationMode": {  
    "type": "Property",  
    "value": "ground"  
  },  
  "installationCondition": {  
    "type": "Property",  
    "value": [  
      "extremeClimate"  
    ]  
  },  
  "possibilityOfUse": {  
    "type": "Property",  
    "value": "stationary"  
  },  
  "batteryType": {  
    "type": "Property",  
    "value": "Li-Ion"  
  },  
  "rechargeEnergySource": {  
    "type": "Property",  
    "value": "electric"  
  },  
  "typeEnergySource": {  
    "type": "Property",  
    "value": [  
      "network",  
      "photovoltaic"  
    ]  
  },  
  "documentation": {  
    "type": "Property",  
    "value": "https://www.myStoragebattery.fr"  
  },  
  "owners": {  
    "type": "Property",  
    "value": [  
      "Airport-Division Maintenance"  
    ]  
  },  
  "dimension": {  
    "type": "Property",  
    "value": {  
      "width": 74.4,  
      "height": 90.7,  
      "depth": 20.6  
    }  
  },  
  "weight": {  
    "type": "Property",  
    "value": 175  
  },  
  "protectionIP": {  
    "type": "Property",  
    "value": "55"  
  },  
  "protectionIK": {  
    "type": "Property",  
    "value": 10  
  },  
  "temperature": {  
    "type": "Property",  
    "value": 25  
  },  
  "operatingTemperature": {  
    "type": "Property",  
    "value": {  
      "storage": [  
        -10,  
        50  
      ],  
      "charge": [  
        0,  
        40  
      ],  
      "discharge": [  
        -15,  
        40  
      ]  
    }  
  },  
  "nominalVoltage": {  
    "type": "Property",  
    "value": 48  
  },  
  "nominalAmpere": {  
    "type": "Property",  
    "value": 20  
  },  
  "nominalFrequency": {  
    "type": "Property",  
    "value": 60  
  },  
  "nominalCapacity": {  
    "type": "Property",  
    "value": 63  
  },  
  "storableEnergy": {  
    "type": "Property",  
    "value": 3.025  
  },  
  "usableEnergy": {  
    "type": "Property",  
    "value": 3.012  
  },  
  "operatingVoltage": {  
    "type": "Property",  
    "value": {  
      "min": 38.5,  
      "max": 55.0  
    }  
  },  
  "operatingAmpere": {  
    "type": "Property",  
    "value": {  
      "min": 1.0,  
      "max": 1.5  
    }  
  },  
  "operatingFrequency": {  
    "type": "Property",  
    "value": {  
      "min": 57,  
      "max": 63  
    }  
  },  
  "massEnergyDensity": {  
    "type": "Property",  
    "value": {  
      "min": 30,  
      "max": 50  
    }  
  },  
  "volEnergyDensity": {  
    "type": "Property",  
    "value": {  
      "min": 75,  
      "max": 120  
    }  
  },  
  "maxOutputPower": {  
    "type": "Property",  
    "value": 12.8  
  },  
  "peakPower": {  
    "type": "Property",  
    "value": 5.0  
  },  
  "durationPeakPower": {  
    "type": "Property",  
    "value": 10  
  },  
  "communication": {  
    "type": "Property",  
    "value": [  
      "CAN 2.0 B",  
      "RS485Inverter",  
      "RS485BMS",  
      "dryContactTerminal",  
      "maintenanceInterface"  
    ]  
  },  
  "operatingAltitude": {  
    "type": "Property",  
    "value": {  
      "min": 0,  
      "max": 500  
    }  
  },  
  "averageLife": {  
    "type": "Property",  
    "value": 15  
  },  
  "lifeCycleNumber": {  
    "type": "Property",  
    "value": {  
      "min": 600,  
      "max": 2400  
    }  
  },  
  "toolBMS": {  
    "type": "Property",  
    "value": true  
  },  
  "chargingModeAllowed": {  
    "type": "Property",  
    "value": [  
      "normal"  
    ]  
  },  
  "overloadAccepted": {  
    "type": "Property",  
    "value": true  
  },  
  "overloadAcceptedTime": {  
    "type": "Property",  
    "value": {  
      "type": "DateTime",  
      "value": "T00:00:03"  
    }  
  },  
  "selfDischargeRate": {  
    "type": "Property",  
    "value": 2  
  },  
  "capacityCnnn": {  
    "type": "Property",  
    "value": {  
      "C001": [  
        153.9,  
        1.60  
      ],  
      "C005": [  
        214.0,  
        1.75  
      ],  
      "C010": [  
        250.0,  
        1.80  
      ],  
      "C020": [  
        260.0,  
        1.80  
      ]  
    }  
  },  
  "roundTripEfficiency": {  
    "type": "Property",  
    "value": 96.8  
  },  
  "chargeDischargeReactivity": {  
    "type": "Property",  
    "value": 0.4  
  },  
  "chargePower": {  
    "type": "Property",  
    "value": 123  
  },  
  "chargeEfficiency": {  
    "type": "Property",  
    "value": 98  
  },  
  "maximumVoltageEOC": {  
    "type": "Property",  
    "value": 48.6  
  },  
  "dischargePower": {  
    "type": "Property",  
    "value": 96.8  
  },  
  "dischargeEfficiency": {  
    "type": "Property",  
    "value": 95  
  },  
  "minimumVoltageEOD": {  
    "type": "Property",  
    "value": 47.3  
  }  
}

StorageBatteryDevice NGSI-LD key-values Ejemplo

Aquí hay un ejemplo de un StorageBatteryDevice en formato JSON-LD como key-values. Esto es compatible con NGSI-LD cuando se utiliza options=keyValues y devuelve los datos de contexto de una entidad individual.

show/hide example 
{  
  "id": "urn:ngsi-ld:StorageBatteryDevice:StorageBatteryDevice:MNCA-SBD-T1-G0-027",  
  "type": "StorageBatteryDevice",  
  "address": {  
    "type": "Property",  
    "value": {  
      "addressCountry": "FR",  
      "addressLocality": "Nice",  
      "streetAddress": "Airport - Terminal 1 - Ground 0 - Local  27"  
    }  
  },  
  "alternateName": {  
    "type": "Property",  
    "value": "AirPort \u2013 global Observation"  
  },  
  "application": {  
    "type": "Property",  
    "value": [  
      "energyStorage",  
      "emergencyStorage"  
    ]  
  },  
  "areaServed": {  
    "type": "Property",  
    "value": "Nice Aeroport"  
  },  
  "averageLife": {  
    "type": "Property",  
    "value": 15  
  },  
  "batteryType": {  
    "type": "Property",  
    "value": "Li-Ion"  
  },  
  "brandName": {  
    "type": "Property",  
    "value": "LG ELEC"  
  },  
  "capacityCnnn": {  
    "type": "Property",  
    "value": {  
      "C001": [  
        153.9,  
        1.6  
      ],  
      "C005": [  
        214.0,  
        1.75  
      ],  
      "C010": [  
        250.0,  
        1.8  
      ],  
      "C020": [  
        260.0,  
        1.8  
      ]  
    }  
  },  
  "chargeDischargeReactivity": {  
    "type": "Property",  
    "value": 0.4  
  },  
  "chargeEfficiency": {  
    "type": "Property",  
    "value": 98  
  },  
  "chargePower": {  
    "type": "Property",  
    "value": 123  
  },  
  "chargingModeAllowed": {  
    "type": "Property",  
    "value": [  
      "normal"  
    ]  
  },  
  "communication": {  
    "type": "Property",  
    "value": [  
      "CAN 2.0 B",  
      "RS485Inverter",  
      "RS485BMS",  
      "dryContactTerminal",  
      "maintenanceInterface"  
    ]  
  },  
  "dateLastReported": {  
    "type": "Property",  
    "value": {  
      "type": "DateTime",  
      "value": "2020-03-17T08:45:00Z"  
    }  
  },  
  "description": {  
    "type": "Property",  
    "value": "Description of the Solar Storage Battery Device"  
  },  
  "dimension": {  
    "type": "Property",  
    "value": {  
      "width": 74.4,  
      "height": 90.7,  
      "depth": 20.6  
    }  
  },  
  "dischargeEfficiency": {  
    "type": "Property",  
    "value": 95  
  },  
  "dischargePower": {  
    "type": "Property",  
    "value": 96.8  
  },  
  "documentation": {  
    "type": "Property",  
    "value": "https://www.myStoragebattery.fr"  
  },  
  "durationPeakPower": {  
    "type": "Property",  
    "value": 10  
  },  
  "installationCondition": {  
    "type": "Property",  
    "value": [  
      "extremeClimate"  
    ]  
  },  
  "installationMode": {  
    "type": "Property",  
    "value": "ground"  
  },  
  "lifeCycleNumber": {  
    "type": "Property",  
    "value": {  
      "min": 600,  
      "max": 2400  
    }  
  },  
  "location": {  
    "type": "GeoProperty",  
    "value": {  
      "type": "Point",  
      "coordinates ": [  
        43.66481,  
        7.196545  
      ]  
    }  
  },  
  "manufacturerName": {  
    "type": "Property",  
    "value": "OSCPOWER"  
  },  
  "massEnergyDensity": {  
    "type": "Property",  
    "value": {  
      "min": 30,  
      "max": 50  
    }  
  },  
  "maxOutputPower": {  
    "type": "Property",  
    "value": 12.8  
  },  
  "maximumVoltageEOC": {  
    "type": "Property",  
    "value": 48.6  
  },  
  "minimumVoltageEOD": {  
    "type": "Property",  
    "value": 47.3  
  },  
  "modelName": {  
    "type": "Property",  
    "value": "SBRESU10H"  
  },  
  "name": {  
    "type": "Property",  
    "value": "SBD-T1-G0-027"  
  },  
  "nominalAmpere": {  
    "type": "Property",  
    "value": 20  
  },  
  "nominalCapacity": {  
    "type": "Property",  
    "value": 63  
  },  
  "nominalFrequency": {  
    "type": "Property",  
    "value": 60  
  },  
  "nominalVoltage": {  
    "type": "Property",  
    "value": 48  
  },  
  "operatingAltitude": {  
    "type": "Property",  
    "value": {  
      "min": 0,  
      "max": 500  
    }  
  },  
  "operatingAmpere": {  
    "type": "Property",  
    "value": {  
      "min": 1.0,  
      "max": 1.5  
    }  
  },  
  "operatingFrequency": {  
    "type": "Property",  
    "value": {  
      "min": 57,  
      "max": 63  
    }  
  },  
  "operatingTemperature": {  
    "type": "Property",  
    "value": {  
      "storage": [  
        -10,  
        50  
      ],  
      "charge": [  
        0,  
        40  
      ],  
      "discharge": [  
        -15,  
        40  
      ]  
    }  
  },  
  "operatingVoltage": {  
    "type": "Property",  
    "value": {  
      "min": 38.5,  
      "max": 55.0  
    }  
  },  
  "overloadAccepted": {  
    "type": "Property",  
    "value": true  
  },  
  "overloadAcceptedTime": {  
    "type": "Property",  
    "value": {  
      "type": "DateTime",  
      "value": "T00:00:03"  
    }  
  },  
  "owners": {  
    "type": "Property",  
    "value": [  
      "Airport-Division Maintenance"  
    ]  
  },  
  "peakPower": {  
    "type": "Property",  
    "value": 5.0  
  },  
  "possibilityOfUse": {  
    "type": "Property",  
    "value": "stationary"  
  },  
  "protectionIK": {  
    "type": "Property",  
    "value": 10  
  },  
  "protectionIP": {  
    "type": "Property",  
    "value": "55"  
  },  
  "rechargeEnergySource": {  
    "type": "Property",  
    "value": "electric"  
  },  
  "roundTripEfficiency": {  
    "type": "Property",  
    "value": 96.8  
  },  
  "selfDischargeRate": {  
    "type": "Property",  
    "value": 2  
  },  
  "serialNumber": {  
    "type": "Property",  
    "value": "BSSMA10267841259"  
  },  
  "storableEnergy": {  
    "type": "Property",  
    "value": 3.025  
  },  
  "temperature": {  
    "type": "Property",  
    "value": 25  
  },  
  "toolBMS": {  
    "type": "Property",  
    "value": true  
  },  
  "typeEnergySource": {  
    "type": "Property",  
    "value": [  
      "network",  
      "photovoltaic"  
    ]  
  },  
  "typeOfUse": {  
    "type": "Property",  
    "value": "mixed"  
  },  
  "usableEnergy": {  
    "type": "Property",  
    "value": 3.012  
  },  
  "volEnergyDensity": {  
    "type": "Property",  
    "value": {  
      "min": 75,  
      "max": 120  
    }  
  },  
  "weight": {  
    "type": "Property",  
    "value": 175  
  },  
  "@context": [  
    "https://raw.githubusercontent.com/smart-data-models/dataModel.Battery/master/context.jsonld"  
  ]  
}

StorageBatteryDevice NGSI-LD normalizado Ejemplo

He aquí un ejemplo de StorageBatteryDevice en formato JSON-LD normalizado. Esto es compatible con NGSI-LD cuando no se utilizan opciones y devuelve los datos de contexto de una entidad individual.

show/hide example 
{  
  "id": "urn:ngsi-ld:StorageBatteryDevice:StorageBatteryDevice:MNCA-SBD-T1-G0-027",  
  "type": "StorageBatteryDevice",  
  "address": {  
    "addressCountry": "FR",  
    "addressLocality": "Nice",  
    "streetAddress": "Airport - Terminal 1 - Ground 0 - Local  27"  
  },  
  "alternateName": "AirPort \u2013 global Observation",  
  "application": [  
    "energyStorage",  
    "emergencyStorage"  
  ],  
  "areaServed": "Nice Aeroport",  
  "averageLife": 15,  
  "batteryType": "Li-Ion",  
  "brandName": "LG ELEC",  
  "capacityCnnn": {  
    "C001": [  
      153.9,  
      1.6  
    ],  
    "C005": [  
      214.0,  
      1.75  
    ],  
    "C010": [  
      250.0,  
      1.8  
    ],  
    "C020": [  
      260.0,  
      1.8  
    ]  
  },  
  "chargeDischargeReactivity": 0.4,  
  "chargeEfficiency": 0.98,  
  "chargePower": 123,  
  "chargingModeAllowed": [  
    "normal"  
  ],  
  "communication": [  
    "CAN 2.0 B",  
    "RS485Inverter",  
    "RS485BMS",  
    "dryContactTerminal",  
    "maintenanceInterface"  
  ],  
  "dateLastReported": "2020-03-17T08:45:00Z",  
  "description": "Description of the Solar Storage Battery Device",  
  "dimension": {  
    "width": 74.4,  
    "height": 90.7,  
    "depth": 20.6  
  },  
  "dischargeEfficiency": 0.95,  
  "dischargePower": 96.8,  
  "documentation": "https://www.myStoragebattery.fr",  
  "durationPeakPower": 10,  
  "installationCondition": [  
    "extremeClimate"  
  ],  
  "installationMode": "ground",  
  "lifeCycleNumber": {  
    "min": 600,  
    "max": 2400  
  },  
  "location": {  
    "type": "Point",  
    "coordinates": [  
      43.66481,  
      7.196545  
    ]  
  },  
  "manufacturerName": "OSCPOWER",  
  "massEnergyDensity": {  
    "min": 30,  
    "max": 50  
  },  
  "maxOutputPower": 12.8,  
  "maximumVoltageEOC": 48.6,  
  "minimumVoltageEOD": 47.3,  
  "modelName": "SBRESU10H",  
  "name": "SBD-T1-G0-027",  
  "nominalAmpere": 20,  
  "nominalCapacity": 63,  
  "nominalFrequency": 60,  
  "nominalVoltage": 48,  
  "operatingAltitude": {  
    "min": 0,  
    "max": 500  
  },  
  "operatingAmpere": {  
    "min": 1.0,  
    "max": 1.5  
  },  
  "operatingFrequency": {  
    "min": 57,  
    "max": 63  
  },  
  "operatingTemperature": {  
    "storage": [  
      -10,  
      50  
    ],  
    "charge": [  
      0,  
      40  
    ],  
    "discharge": [  
      -15,  
      40  
    ]  
  },  
  "operatingVoltage": {  
    "min": 38.5,  
    "max": 55.0  
  },  
  "overloadAccepted": true,  
  "overloadAcceptedTime": "00:00:03",  
  "owners": [  
    "Airport-Division Maintenance"  
  ],  
  "peakPower": 5.0,  
  "possibilityOfUse": "stationary",  
  "protectionIK": 10,  
  "protectionIP": "55",  
  "rechargeEnergySource": "electric",  
  "roundTripEfficiency": 0.968,  
  "selfDischargeRate": 0.02,  
  "serialNumber": "BSSMA10267841259",  
  "storableEnergy": 3.025,  
  "temperature": 25,  
  "toolBMS": true,  
  "typeEnergySource": [  
    "network",  
    "photovoltaic"  
  ],  
  "typeOfUse": "mixed",  
  "usableEnergy": 3.012,  
  "volEnergyDensity": {  
    "min": 75,  
    "max": 120  
  },  
  "weight": 175,  
  "@context": [  
    "https://raw.githubusercontent.com/smart-data-models/dataModel.Battery/master/context.jsonld"  
  ]  
}

Consulte FAQ 10 para obtener una respuesta sobre cómo tratar las unidades de magnitud.

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