 | 1 | initial version |
Can I simulate a geothermal field with double-u boreholes in OpenStudio, without use of GLHEPro? I alredy know the proprieties of the ground and the borehole (tube and grout) and also the g-function of the field.
If I put this values in OS:GroundHeatExchanger:Vertical and I run the simulation, it give me this error: Severe ** Plant temperatures are getting far too cold, check controls and relative loads and capacities
| | 2 | retagged |
Can I simulate a geothermal field with double-u boreholes in OpenStudio, without use of GLHEPro? I alredy know the proprieties of the ground and the borehole (tube and grout) and also the g-function of the field.
If I put this values in OS:GroundHeatExchanger:Vertical and I run the simulation, it give me this error: Severe ** Plant temperatures are getting far too cold, check controls and relative loads and capacities
| | 3 | retagged |
Can I simulate a geothermal field with double-u boreholes in OpenStudio, without use of GLHEPro? I alredy know the proprieties of the ground and the borehole (tube and grout) and also the g-function of the field.
If I put this values in OS:GroundHeatExchanger:Vertical and I run the simulation, it give me this error: Severe ** Plant temperatures are getting far too cold, check controls and relative loads and capacities
| | 4 | No.4 Revision |
Can I simulate a geothermal field with double-u boreholes in OpenStudio, without use of GLHEPro? I alredy know the proprieties of the ground and the borehole (tube and grout) and also the g-function of the field.
If I put this values in OS:GroundHeatExchanger:Vertical and I run the simulation, it give me this error:
Severe ** Plant temperatures are getting far too cold, check controls and relative loads and capacitiescapacities.
This is the condenser loop. On the right, you can see some parameters of the borehole; others values are: Pipe out diameter: 0.032 m; U-tube distance: 0.0505 m; Pipe thickness: 0.003 m.
Also, I used a "setpoint manager schedule" on the outlet node of the supply side that imposes a temperature of 8°C.
| | 5 | No.5 Revision |
Can I simulate a geothermal field with double-u boreholes in OpenStudio, without use of GLHEPro? I alredy know the proprieties of the ground and the borehole (tube and grout) and also the g-function of the field.
If I put this values in OS:GroundHeatExchanger:Vertical and I run the simulation, it give me this error: Severe ** Plant temperatures are getting far too cold, check controls and relative loads and capacities.
This is the condenser loop. On the right, you can see some parameters of the borehole; others values are:
Pipe out diameter: 0.032 m;
U-tube distance: 0.0505 m;
Pipe thickness: 0.003 m.
Also, m.
I used a "setpoint manager schedule" on the outlet node of the supply side that imposes a temperature of 8°C.6°C.
Also, you can see here the output error:
| | 6 | retagged |
Can I simulate a geothermal field with double-u boreholes in OpenStudio, without use of GLHEPro? I alredy know the proprieties of the ground and the borehole (tube and grout) and also the g-function of the field.
If I put this values in OS:GroundHeatExchanger:Vertical and I run the simulation, it give me this error: Severe ** Plant temperatures are getting far too cold, check controls and relative loads and capacities.
This is the condenser loop. On the right, you can see some parameters of the borehole; others values are:
Pipe out diameter: 0.032 m;
U-tube distance: 0.0505 m;
Pipe thickness: 0.003 m.
I used a "setpoint manager schedule" on the outlet node of the supply side that imposes a temperature of 6°C.
Also, you can see here the output error:
