Publicado em 2014
Sumário:
“...PHPP Adaptation ; 2.1.Radiation balance of opaque building elements ; 2.2.Summary of
U-values in
U-list worksheet ; 2.3.Direct input in
U-list worksheet ; 2.4.Input of orientation for windows and walls ; 2.5.Integration of Shading and Shading-S worksheets ; 2.6.Input of specific summer data ; 2.7.Summer ventilation strategies against overheating ; 2.8.Estimation of overheating frequency from calculated summer temperatures ; 2.9.Ventilation in summer ; 2.10.Enthalpy of vaporization ; 2.11.Consideration of the effects of vapour diffusion through exterior building elements ; 2.12.Dehumidification ; 2.13.Generation of calculation methods for radiation barriers (ventilated roofs, as an example) ; 2.14.Evaluation and extension of calculation of shading factors for tropical climate ; 2.15.Calculation of heat loads by DHW distribution or storage and heat emissions of electricity units within the summer case ; 2.16.Addition of simplified calculation of primary energy savings delivered byphotovoltaic panels -- 3 Evaluation of Mexican Basics ; 3.1.Acceptable indoor temperatures / humidity ; 3.2.Occupancy ; 3.3.Internal heat gains / humidity gains ; 3.4.Domestic hot water ; 3.5.Primary energy values ; 3.6.Standard electricity household units ; 3.7.Evaluation of ventilation and airtightness ; 3.8.Evaluation of Mexican building elements -- 4 Climate Data ; 4.1.Climate zones in Mexico ; 4.2.
Representative locations ; 4.3.Data analysis -- 5 Validation of the PHPP summer algorithms ; 5.1.Validation approach ; 5.2.Brief description of the building model ; 5.3.Comparison of stationary and dynamically calculated results ; 5.4.Bypass control ; 5.5.Summer ventilation ; 5.6.Dehumidification ; 5.7.Sensible cooling ; 5.8.Low insulation levels ; 5.9.Summary of the PHPP/DEEVi...”
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