HistoryData

All Implemented Interfaces:
```
public final class HistoryData

                    
```
Represents data from the home power plant database

Since:

2.0

Nested Class Summary

Nested Classes
Modifier and Type	Class	Description

Field Summary

Fields
Modifier and Type	Field	Description
`private final Instant`	`start`
`private final Duration`	`duration`
`private final Float`	`batteryIn`
`private final Float`	`batteryOut`
`private final Float`	`gridIn`
`private final Float`	`gridOut`
`private final Float`	`pvDelivery`
`private final Float`	`houseConsumption`
`private final Float`	`selfSufficiency`
`private final Float`	`selfConsumption`

Constructor Summary

Constructors
Constructor	Description
`HistoryData(Instant start, Duration duration, Float batteryIn, Float batteryOut, Float gridIn, Float gridOut, Float pvDelivery, Float houseConsumption, Float selfSufficiency, Float selfConsumption)`

Enum Constant Summary

Enum Constants
Enum Constant	Description

Method Summary

Modifier and Type	Method	Description
`final Instant`	`getStart()`
`final Duration`	`getDuration()`
`final Float`	`getBatteryIn()`
`final Float`	`getBatteryOut()`
`final Float`	`getGridIn()`
`final Float`	`getGridOut()`
`final Float`	`getPvDelivery()`
`final Float`	`getHouseConsumption()`
`final Float`	`getSelfSufficiency()`
`final Float`	`getSelfConsumption()`

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

- Constructor Detail
  - HistoryData
```
HistoryData(Instant start, Duration duration, Float batteryIn, Float batteryOut, Float gridIn, Float gridOut, Float pvDelivery, Float houseConsumption, Float selfSufficiency, Float selfConsumption)
```
    Parameters:
    
    start - Start time for which the data is valid
    
    duration - Duration for which the data are valid
    
    batteryIn - Energy charged into the battery in Wh
    
    batteryOut - Energy drawn from the battery in Wh
    
    gridIn - Energy fed into the grid in Wh
    
    gridOut - Energy drawn from the grid in Wh
    
    pvDelivery - Energy produced by the PV system in Wh
    
    houseConsumption - Consumed energy of the house in Wh
    
    selfSufficiency - Independence from an external power supply in percent
    
    selfConsumption - Share of self-consumption of self-generated energy in percent
- Method Detail
  - getStart
```
 final Instant getStart()
```
  - getDuration
```
 final Duration getDuration()
```
  - getBatteryIn
```
 final Float getBatteryIn()
```
  - getBatteryOut
```
 final Float getBatteryOut()
```
  - getGridIn
```
 final Float getGridIn()
```
  - getGridOut
```
 final Float getGridOut()
```
  - getPvDelivery
```
 final Float getPvDelivery()
```
  - getHouseConsumption
```
 final Float getHouseConsumption()
```
  - getSelfSufficiency
```
 final Float getSelfSufficiency()
```
  - getSelfConsumption
```
 final Float getSelfConsumption()
```