VashuTheGreat2/ladakh-thermal-shelter-surrogate
Ladakh Thermal Shelter Surrogate Dataset Dataset Overview This dataset contains high-fidelity physics-based thermal simulation logs generated locally using EnergyPlus for specialized area-specific shelter design focused on thermal comfort maintenance in extreme cold environments like Ladakh, India. Dataset Structure Total Rows: ~1.31 Crore (13,140,000 hourly simulation time-steps) Configurations: 1,500 unique shelter variations generated via Latin… See the full description on the dataset page: https://huggingface.co/datasets/VashuTheGreat2/ladakh-thermal-shelter-surrogate.
Ladakh Thermal Shelter Surrogate Dataset
Dataset Overview
This dataset contains high-fidelity physics-based thermal simulation logs generated locally using EnergyPlus for specialized area-specific shelter design focused on thermal comfort maintenance in extreme cold environments like Ladakh, India.
Dataset Structure
- Total Rows: ~1.31 Crore (13,140,000 hourly simulation time-steps)
- Configurations: 1,500 unique shelter variations generated via Latin Hypercube Sampling (LHS).
Input Features (X)
ambient_temperature [C]- Outdoor dry-bulb temperature from Leh weather file.humidity [%]- Relative humidity of ambient air.wind_speed [m/s]- Wind speed acting on the shelter boundary.solar_radiation [W/m2]- Direct solar radiation rate per area.shelter_length [m]- Internal length of the modular shelter.shelter_width [m]- Internal width of the shelter.shelter_height [m]- Ceiling height of the shelter.orientation [deg]- North-axis orientation angle of the building layout.wall_thickness [m]- Thickness of the structural envelope/insulation layer.material_conductivity [W/m-K]- Thermal conductivity coefficient of the wall material.material_density [kg/m3]- Material density dictating thermal mass capacity.specific_heat [J/kg-K]- Specific heat capacity of the material.
Target / Output (Y)
indoor_temperature [C]- Resulting transient zone mean air temperature inside the shelter (SHELTERZONE:Zone Mean Air Temperature).
