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Commit f6de0c1f authored by RomainNouvel's avatar RomainNouvel
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restructuration of Energy System Module

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doc/guidelines/Guidelines_EnergyADE.md
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......@@ -1490,6 +1490,66 @@ The XML examples below detail the two end-uses of a same building.
</energy:energyDemands>
</bldg:Building>
```
### EnergySource
Final energy consumed (and sometimes produced) by the `EnergyConversionSystem`.
It is defined by an `energyAmount`, a time series containing the amount of consumed or produced energy,
and an `energyCarrier` of type `EnergyCarrier`.
`EnergySource` is linked to `EnergyConversionSystem` via `produces` or `consumes`. Each `EnergyConversionSystem` can have multiple `EnergySources` that is consumes or produces. With `produces` and `consumes`, it is possible to link multiple `EnergyConversionSystem` if one consumes energy produced by another.
The XML example below shows a typical use of `EnergySource`.
```xml
<!--Heat pump and CHP with EnergySource objects-->
<energy:HeatPump>
<energy:installedNominalPower uom="W">2000</energy:installedNominalPower>
<energy:nominalEfficiency uom="ratio">0.5</energy:nominalEfficiency>
<energy:consumes xlink:href="#Electricity_CHP"/>
<energy:carnotEfficiency>0.4</energy:carnotEfficiency>
<energy:heatSource>VerticalGroundCollector</energy:heatSource>
</energy:HeatPump>
<energy:CombinedHeatPower>
<energy:installedNominalPower uom="W">2000</energy:installedNominalPower>
<energy:nominalEfficiency uom="ratio">0.5</energy:nominalEfficiency>
<energy:consumes>
<energy:EnergySource>
<energy:energyCarrier>
<energy:EnergyCarrier>
<energy:co2EmissionFactor uom="g/(kWh)">201.6</energy:co2EmissionFactor>
<energy:primaryEnergyFactor uom="">1.1</energy:primaryEnergyFactor>
<energy:type>Propane</energy:type>
</energy:EnergyCarrier>
</energy:energyCarrier>
</energy:EnergySource>
</energy:consumes>
<energy:produces>
<energy:EnergySource gml:id="Electricity_CHP">
<energy:energyCarrier>
<energy:EnergyCarrier>
<energy:co2EmissionFactor uom="g/(kWh)">100.8</energy:co2EmissionFactor>
<energy:primaryEnergyFactor uom="ratio">0.55</energy:primaryEnergyFactor>
<energy:type>Electricity</energy:type>
</energy:EnergyCarrier>
</energy:energyCarrier>
</energy:EnergySource>
</energy:produces>
<energy:technologyType>Gas</energy:technologyType>
</energy:CombinedHeatPower>
```
### EnergyCarrier
Primary energy and $CO_2$ emission factors, energy density and energy carrier
type characterize this data type for energy carriers.
### EnergyCarrierType
List of energy carriers as coal, chilled water or electricity.
## Energy distribution
### EnergyDistributionSystem
......@@ -1558,72 +1618,6 @@ may have in addition specific parameters:
A same system may have several operation modes (e.g. heat pump covering heating
and domestic hot water demands).
### EnergySource
Final energy consumed (and sometimes produced) by the `EnergyConversionSystem`.
It is defined by an `energyAmount`, a time series containing the amount of consumed or produced energy,
and an `energyCarrier` of type `EnergyCarrier`.
`EnergySource` is linked to `EnergyConversionSystem` via `produces` or `consumes`. Each `EnergyConversionSystem` can have multiple `EnergySources` that is consumes or produces. With `produces` and `consumes`, it is possible to link multiple `EnergyConversionSystem` if one consumes energy produced by another.
The XML example below shows a typical use of `EnergySource`.
```xml
<!--Heat pump and CHP with EnergySource objects-->
<energy:HeatPump>
<energy:installedNominalPower uom="W">2000</energy:installedNominalPower>
<energy:nominalEfficiency uom="ratio">0.5</energy:nominalEfficiency>
<energy:consumes xlink:href="#Electricity_CHP"/>
<energy:carnotEfficiency>0.4</energy:carnotEfficiency>
<energy:heatSource>VerticalGroundCollector</energy:heatSource>
</energy:HeatPump>
<energy:CombinedHeatPower>
<energy:installedNominalPower uom="W">2000</energy:installedNominalPower>
<energy:nominalEfficiency uom="ratio">0.5</energy:nominalEfficiency>
<energy:consumes>
<energy:EnergySource>
<energy:energyCarrier>
<energy:EnergyCarrier>
<energy:co2EmissionFactor uom="g/(kWh)">201.6</energy:co2EmissionFactor>
<energy:primaryEnergyFactor uom="">1.1</energy:primaryEnergyFactor>
<energy:type>Propane</energy:type>
</energy:EnergyCarrier>
</energy:energyCarrier>
</energy:EnergySource>
</energy:consumes>
<energy:produces>
<energy:EnergySource gml:id="Electricity_CHP">
<energy:energyCarrier>
<energy:EnergyCarrier>
<energy:co2EmissionFactor uom="g/(kWh)">100.8</energy:co2EmissionFactor>
<energy:primaryEnergyFactor uom="ratio">0.55</energy:primaryEnergyFactor>
<energy:type>Electricity</energy:type>
</energy:EnergyCarrier>
</energy:energyCarrier>
</energy:EnergySource>
</energy:produces>
<energy:technologyType>Gas</energy:technologyType>
</energy:CombinedHeatPower>
```
### EnergyCarrier
Primary energy and $CO_2$ emission factors, energy density and energy carrier
type characterize this data type for energy carriers.
### EnergyCarrierType
List of energy carriers as coal, chilled water or electricity.
### SystemOperation
It details the operation of the energy conversion system for a specific end-use
and operation time. For instance, a reversible heat pump may have 3 operation
modes: heating production in winter, cooling production in summer, and hot
water production during the whole year. Attributes are end use type, a schedule
for operation time and yearly global efficiency.
### DistrictNetworkSubstation
Subtype of `EnergyConversionSystem` for heating or cooling networks
......@@ -1755,6 +1749,14 @@ The XML example below shows how to define a PV panel in a surface of a building.
</bldg:Building>
```
### SystemOperation
It details the operation of the energy conversion system for a specific end-use
and operation time. For instance, a reversible heat pump may have 3 operation
modes: heating production in winter, cooling production in summer, and hot
water production during the whole year. Attributes are end use type, a schedule
for operation time and yearly global efficiency.
# References
[WaterML ADE]: http://def.seegrid.csiro.au/sissvoc/ogc-def/resource?uri=http://www.opengis.net/def/waterml/2.0/interpolationType/ "WaterML ADE"
......
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