Gas consumption
---------------

<img src="../../_static/Demand-Gas.png" alt="Alt text" width="50" style="float: left; margin-right: 10px;">

**Technology ID: GAS_CONSUMPTION**



**Input energy interface, with default energy:**

 - CONSUMPTION: gas

**Output energy interface, with default energy:**

 - CO2: co2

**Technology parameters:**

| ID | Label | Unit | Behaviors | Description  |
| --- | --- | --- | --- | --- |
| CO2_CONTENT | CO2 emissions | t/MW.h |  | Yield between the CO2 emissions and the production |
| COST | Consumption cost | t/MW.h |  | Consumption cost |
| DEMAND | Demand | MW |  | Power demand |
|  |

**Model code:**

``` python
stateON = AssetState('ON')
stateON.setEquality(asset.getParameter(ENERGY_PICKUP), True, asset.getData(DEMAND))
   
# If Equipped with CCS, co2Content is shared between CO2_DELIVERY and CO2_CAPTURED_DELIVERY interfaces
co2Content = asset.getData(CO2_CONTENT)
ratioCC = getAssetData(asset, RATIO_CC, mustExist=False, dataName=LABELS[RATIO_CC])
if ratioCC is not None:
	addEnergyYield(stateON, co2Content * (ratioCC/100), asset.getParameter(ENERGY_PICKUP), asset.getParameter(CO2_CAPTURED_DELIVERY), True, False)
	co2Content = co2Content * (1 - ratioCC/100)
addEnergyYield(stateON, co2Content, asset.getParameter(ENERGY_PICKUP), asset.getParameter(CO2_DELIVERY), True, False)
   
addEnergyCost(stateON, asset.getParameter(ENERGY_PICKUP), True, asset.getData(COST))
finalize(stateON)

```