Rather than rebuilding from scratch in python, a robust approach is to use energyplus
Exemple of a tertiairy building :
| Area |
[m2] |
| Total Building Area |
1377.00 |
| Net Conditioned Building Area |
906.00 |
| Unconditioned Building Area |
471.00 |
air to water heat pump with gaz boiler in backup
| consumption |
Electricity [GJ] |
Natural Gas [GJ] |
| Heating |
16.01 |
18.66 |
| Pumps |
0.79 |
0.00 |
| Total End Uses |
16.80 |
18.66 |
| zone HVAC |
Design Size Maximum Water Flow Rate [m3/s] |
U-Factor times Area [W/C] |
| RDC BASEBOARD |
0.000931 |
755.96 |
| RPLUS1 BASEBOARD |
0.000857 |
695.28 |
| PlantLoop |
Initial Maximum Loop Flow Rate [m3/s] |
Initial Plant Loop Volume [m3] |
Maximum Loop Flow Rate [m3/s] |
Plant Loop Volume [m3] |
| WATER_HEATING_LOOP |
0.001788 |
0.214543 |
0.001788 |
0.214543 |
| Pump:VariableSpeed |
Initial Design Flow Rate [m3/s] |
Initial Design Power Consumption [W] |
Design Flow Rate [m3/s] |
Design Power Consumption [W] |
| INSIDE_VARIABLE_PUMP |
0.001788 |
456.78 |
0.001788 |
456.78 |
| HeatPump:PlantLoop:EIR:Heating |
Initial Design Size Load Side Volume Flow Rate [m3/s] |
Initial Design Size Source Side Volume Flow Rate [m3/s] |
Design Size Nominal Capacity [W] |
User-Specified Nominal Capacity [W] |
Design Size Load Side Volume Flow Rate [m3/s] |
Design Size Source Side Volume Flow Rate [m3/s] |
| HPATW_EIR_EIR_HEATPUMP_AIR2WATER |
0.001788 |
2.07 |
73564.99 |
35000.00 |
0.001788 |
2.07 |
profiles
