EnergyServicePointDetailSpecifications (Data Holder 1.22.0 API)

java.lang.Object
- au.org.consumerdatastandards.holder.model.energy.EnergyServicePointDetailSpecifications

public class EnergyServicePointDetailSpecifications
extends Object

Technical characteristics of the meter

Nested Class Summary

Nested Classes
Modifier and Type	Class and Description
`static class`	`EnergyServicePointDetailSpecifications.InstallationTypeEnum` The metering Installation type code indicates whether the metering installation has to be manually read.
`static class`	`EnergyServicePointDetailSpecifications.StatusEnum` A code to denote the status of the meter.

Constructor Summary

Constructors
Constructor and Description

EnergyServicePointDetailSpecifications()

Constructors
Constructor and Description
`EnergyServicePointDetailSpecifications()`

Method Summary

All Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`boolean`	`equals(Object o)`
`@NotNull EnergyServicePointDetailSpecifications.InstallationTypeEnum`	`getInstallationType()` The metering Installation type code indicates whether the metering installation has to be manually read.
`String`	`getManufacturer()` Free text field to identify the manufacturer of the installed meter
`String`	`getModel()` Free text field to identify the meter manufacturer’s designation for the meter model
`String`	`getNextScheduledReadDate()` This date is the next scheduled meter read date (NSRD) if a manual Meter Reading is required
`String`	`getReadType()` Code to denote the method and frequency of Meter Reading.
`@NotNull EnergyServicePointDetailSpecifications.StatusEnum`	`getStatus()` A code to denote the status of the meter.
`int`	`hashCode()`
`EnergyServicePointDetailSpecifications`	`installationType(EnergyServicePointDetailSpecifications.InstallationTypeEnum installationType)`
`EnergyServicePointDetailSpecifications`	`manufacturer(String manufacturer)`
`EnergyServicePointDetailSpecifications`	`model(String model)`
`EnergyServicePointDetailSpecifications`	`nextScheduledReadDate(String nextScheduledReadDate)`
`EnergyServicePointDetailSpecifications`	`readType(String readType)`
`void`	`setInstallationType(EnergyServicePointDetailSpecifications.InstallationTypeEnum installationType)`
`void`	`setManufacturer(String manufacturer)`
`void`	`setModel(String model)`
`void`	`setNextScheduledReadDate(String nextScheduledReadDate)`
`void`	`setReadType(String readType)`
`void`	`setStatus(EnergyServicePointDetailSpecifications.StatusEnum status)`
`EnergyServicePointDetailSpecifications`	`status(EnergyServicePointDetailSpecifications.StatusEnum status)`
`String`	`toString()`

Methods inherited from class java.lang.Object
clone, finalize, getClass, notify, notifyAll, wait, wait, wait

- Constructor Detail
  - EnergyServicePointDetailSpecifications
```
public EnergyServicePointDetailSpecifications()
```
- Method Detail
  - status
```
public EnergyServicePointDetailSpecifications status(EnergyServicePointDetailSpecifications.StatusEnum status)
```
  - getStatus
```
@NotNull
public @NotNull EnergyServicePointDetailSpecifications.StatusEnum getStatus()
```
    A code to denote the status of the meter. Note the details of enumeration values below:
    - **CURRENT** -Applies when a meter is current and not disconnected
    - **DISCONNECTED** - Applies when a meter is present but has been remotely disconnected
    Returns:
    
    status
  - setStatus
```
public void setStatus(EnergyServicePointDetailSpecifications.StatusEnum status)
```
  - installationType
```
public EnergyServicePointDetailSpecifications installationType(EnergyServicePointDetailSpecifications.InstallationTypeEnum installationType)
```
  - getInstallationType
```
@NotNull
public @NotNull EnergyServicePointDetailSpecifications.InstallationTypeEnum getInstallationType()
```
    The metering Installation type code indicates whether the metering installation has to be manually read. Note the details of enumeration values below:
    - **BASIC** - Accumulation Meter – Type 6
    - **COMMS1** - Interval Meter with communications – Type 1
    - **COMMS2** - Interval Meter with communications – Type 2
    - **COMMS3** - Interval Meter with communications – Type 3
    - **COMMS4** - Interval Meter with communications – Type 4
    - **COMMS4C** - CT connected metering installation that meets the minimum services specifications
    - **COMMS4D** - Whole current metering installation that meets the minimum services specifications
    - **MRAM** - Small customer metering installation – Type 4A
    - **MRIM** - Manually Read Interval Meter – Type 5
    - **UMCP** - Unmetered Supply – Type 7
    - **VICAMI** - A relevant metering installation as defined in clause 9.9C of the NER
    - **NCONUML** - Non-contestable unmeter load - Introduced as part of Global Settlement
    Returns:
    
    installationType
  - setInstallationType
```
public void setInstallationType(EnergyServicePointDetailSpecifications.InstallationTypeEnum installationType)
```
  - manufacturer
```
public EnergyServicePointDetailSpecifications manufacturer(String manufacturer)
```
  - getManufacturer
```
public String getManufacturer()
```
    Free text field to identify the manufacturer of the installed meter
    
    Returns:
    
    manufacturer
  - setManufacturer
```
public void setManufacturer(String manufacturer)
```
  - model
```
public EnergyServicePointDetailSpecifications model(String model)
```
  - getModel
```
public String getModel()
```
    Free text field to identify the meter manufacturer’s designation for the meter model
    
    Returns:
    
    model
  - setModel
```
public void setModel(String model)
```
  - readType
```
public EnergyServicePointDetailSpecifications readType(String readType)
```
  - getReadType
```
public String getReadType()
```
    Code to denote the method and frequency of Meter Reading. The value is formatted as follows:
    - First Character = Remote (R) or Manual (M)
    - Second Character = Mode: T = telephone W = wireless P = powerline I = infra-red G = galvanic V = visual
    - Third Character = Frequency of Scheduled Meter Readings: 1 = Twelve times per year 2 = Six times per year 3 = Four times per year D = Daily or weekly
    - Optional Fourth Character = to identify what interval length the meter is capable of reading. This includes five, 15 and 30 minute granularity as the following: A – 5 minute B – 15 minute C – 30 minute D – Cannot convert to 5 minute (i.e. due to metering installation de-energised) M - Manually Read Accumulation Meter
    For example,
    - MV3 = Manual, Visual, Quarterly
    - MV3M = Manual, Visual, Quarterly, Manually Read Accumulation Meter
    - RWDC = Remote, Wireless, Daily, 30 minutes interval
    Returns:
    
    readType
  - setReadType
```
public void setReadType(String readType)
```
  - nextScheduledReadDate
```
public EnergyServicePointDetailSpecifications nextScheduledReadDate(String nextScheduledReadDate)
```
  - getNextScheduledReadDate
```
public String getNextScheduledReadDate()
```
    This date is the next scheduled meter read date (NSRD) if a manual Meter Reading is required
    
    Returns:
    
    nextScheduledReadDate
  - setNextScheduledReadDate
```
public void setNextScheduledReadDate(String nextScheduledReadDate)
```
  - equals
```
public boolean equals(Object o)
```
    Overrides:
    
    equals in class Object
  - hashCode
```
public int hashCode()
```
    Overrides:
    
    hashCode in class Object
  - toString
```
public String toString()
```
    Overrides:
    
    toString in class Object

Class EnergyServicePointDetailSpecifications

Nested Class Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

EnergyServicePointDetailSpecifications

Method Detail

status

getStatus

setStatus

installationType

getInstallationType

setInstallationType

manufacturer

getManufacturer

setManufacturer

model

getModel

setModel

readType

getReadType

setReadType

nextScheduledReadDate

getNextScheduledReadDate

setNextScheduledReadDate

equals

hashCode

toString