Commit aeaf1f23 authored by Moritz Robert Lauster's avatar Moritz Robert Lauster
Browse files

Update Guidelines_EnergyADE.md

parent 3c67d3f8
......@@ -1430,6 +1430,74 @@ The XML examples below detail the two end-uses of a same building.
</energy:energyDemands>
</bldg:Building>
```
## Energy distribution
### EnergyDistributionSystem
System in charge of delivering the energy inside the building, from the place
of energy production to the place of end-use. Power and Thermal distribution
systems are differentiated. They all share a distribution perimeter that is
described by the distribution type.
### Distribution Type
A list of possible distribution perimeters, e.g. Building, Dwelling, Room.
### ThermalDistributionSystem
Type for thermal distribution systems with attributes for circulation
(circulating system or not), the used medium, nominal flow, return and supply
temperatures and thermal losses factor.
### PowerDistributionSystem
Type for electrical distribution systems, described by current and voltage.
### MediumType
This list is a collection of medium types as air and water.
## Energy storage
### StorageSystem
System storing energy. A same storage may store the energy of different
end-users and different end uses. Power and Thermal storage systems are
differentiated.
### ThermalStorageSystem
Thermal storages with a medium, preparation temperature, thermal losses factor
and a volume.
### PowerStorageSystem
Electrical storages with an electrical capacity and a string to describe the
battery technology.
## Energy conversion
### EnergyConversionSystem
System converting an energy source into the energy necessary to satisfy the
`EnergyDemand` (or to feed the networks). It is the central element describing
energy conversion.
`EnergyConversionSystem` have common parameters regarding technical properties
(`efficiencyIndicator`, `installedNominalPower`, `nominalEfficiency`
(in reference to an efficiency indicator)) and general properties
(`yearOfManufacture`, `model` (name of the model), `number` (a serial number),
`productAndInstallationDocument` (a reference to productor installation documents
and optionally refurbishment measures) and `refurbishmentMeasureOnEnergySystem`).
They may be one or more (in this case, the nominal installed power corresponds to
the totality).
`EnergyConversionSystem` features several specific energy conversion systems that
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`.
......@@ -1499,70 +1567,6 @@ type characterize this data type for energy carriers.
List of energy carriers as coal, chilled water or electricity.
## Energy distribution
### EnergyDistributionSystem
System in charge of delivering the energy inside the building, from the place
of energy production to the place of end-use. Power and Thermal distribution
systems are differentiated. They all share a distribution perimeter that is
described by the distribution type.
### Distribution Type
A list of possible distribution perimeters, e.g. Building, Dwelling, Room.
### ThermalDistributionSystem
Type for thermal distribution systems with attributes for circulation
(circulating system or not), the used medium, nominal flow, return and supply
temperatures and thermal losses factor.
### PowerDistributionSystem
Type for electrical distribution systems, described by current and voltage.
### MediumType
This list is a collection of medium types as air and water.
## Energy storage
### StorageSystem
System storing energy. A same storage may store the energy of different
end-users and different end uses. Power and Thermal storage systems are
differentiated.
### ThermalStorageSystem
Thermal storages with a medium, preparation temperature, thermal losses factor
and a volume.
### PowerStorageSystem
Electrical storages with an electrical capacity and a string to describe the
battery technology.
## Energy conversion
### EnergyConversionSystem
System converting an energy source into the energy necessary to satisfy the
`EnergyDemand` (or to feed the networks).
`EnergyConversionSystem` have common parameters: efficiency indicator, nominal
installed power, nominal efficiency (in reference to an efficiency indicator),
year of manufacture, name of the model, a serial number, a reference to product
or installation documents and optionally refurbishment measures. They may be
one or more (in this case, the nominal installed power corresponds to the
totality).
Specific energy conversion systems 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).
### SystemOperation
It details the operation of the energy conversion system for a specific end-use
......
Supports Markdown
0% or .
You are about to add 0 people to the discussion. Proceed with caution.
Finish editing this message first!
Please register or to comment