Version 10 (modified by suehring, 5 years ago) (diff) |
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Indoor model parameters
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Core Parameters
Module Parameters
- Agent system
- Aerosol (Salsa)
- Biometeorology
- Bulk cloud physics
- Chemistry
- FASTv8
- Indoor climate
- Land surface
- Nesting
- Nesting (offline)
- Ocean
- Particles
- Plant canopy
- Radiation
- Spectra
- Surface output
- Synthetic turbulence
- Turbulent inflow
- Urban surface
- User-defined
- Virtual flights
- Virtual measurements
- Wind turbine
- Alphabetical list (outdated!)
Overview
Since r31xx an indoor climate and energy demand model is available in PALM.
The indoor climate and energy demand model based on the DIN EN ISO 13790:2008 with simplfified dynamic hour-based procedure.
This model is a equivalent circuit diagram of a three-point RC-model (5R1C).
It take account to following parts:
- different zoned building physical properties (material, building year...)
- transmission and solar heat gains (with reduction by sunprotection)
- different ventilating properties (for scheduled empty and occupancies rooms)
- different internal heat gains (for scheduled empty and occupancies rooms)
- thermal comfort requirements (air change, target temperature)
- heat recovery factors (effiency of heat recovery)
- plant irreversibilities
This module differ between indoor-air temperature an average temperature of indoor surfaces which make it possible to determine thermal comfort.
Working in progress:
- output of heatfluxes and indoor temperature in netcdf data
- reduce the building volume to netto ground surface to take respect costruction areas like walls and ceilings.
- emmisivity change through window blinds because of sunprotection
- make spinup and restart runs possible
Parameter list
NAMELIST group name: indoor_parameters
Parameter Name | FORTRAN Type | Default Value | Explanation |
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initial_indoor_temperature | R | 293.15 | Initial indoor temperatures. |