Simulation results of advanced control for tri-generation heat pumps

The data of this dataset comes from simulations performed in the software TRNSYS. The simulations were performed for the study case of a multi-family building situated in the climate of Tarragona, Spain, where the HVAC systems comprise a centralized dual source heat pump system. 

The simulations were done for 3 representative weeks selected for different seasons (winter, spring, summer). Each time, the simulation is performed twice: once with a standard reference control, and a second time with the advanced energy management system (AEMS) in control, programmed in GAMS and coupled with the TRNSYS simulation. Hence there are 6 tests in total, one per Excel sheet in the dataset file. The description of the columns is shown in the following table:

Name
Unit
Description

Tamb
ºC
Ambient outdoor temperature

Irr
kJ/h.m2
Solar irradiation horizontal

Troom
ºC
Room temperature

Troom_set
ºC
Room set-point temperature

Pel_FCU
kW
Electrical power consumption of the FCU

Qth_cool_FCU
kW
Thermal cooling power of the FCU

Qth_heat_RadFl
kW
Thermal heating power of the radiant floor

TDHW_up
ºC
Temperature at the top of the DHW tank

TDHW_lo
ºC
Temperature at the bottom of the DHW tank

TSHC_up
ºC
Temperature at the top of the SHC tank

TSHC_lo
ºC
Temperature at the bottom of the SHC tank

Pel_HH_kW
kW
Electrical power consumption of the appliances

Pel_PV_kW
kW
Electrical power generation of the PV

Pel_HVAC_kW
kW
Electrical power consumption from the HVAC incl. HP

Pel_Grid_kW
kW
Electrical exchange with the grid

Pel_Bat_kW
kW
Charging/discharging power of the battery

SOC_Bat
%
State of charge of the battery

Qth_SH_kW
kW
Thermal heating power produced by the HP for space heating

Qth_SC_kW
kW
Thermal cooling power produced by the HP for space cooling

Qth_DHW_kW
kW
Thermal heating power produced by the HP for DHW

Pel_HP_kW
kW
Electrical consumption of heat pump

These results were extensively described in the deliverable D6.5 of the TRI-HP project.