Passive House Planning Package PHPP cracked version download

                                     Passive House Planning Package PHPP









            This is the full cracked version of the software. Download, extract, install, enjoy.
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The Passive House Planning (Design) Package (PHPP) includes:

    energy calculations (incl. R or U-values)
    design of window specifications
    design of the indoor air quality ventilation system
    sizing of the heating load
    sizing of the cooling load
    forecasting for summer comfort
    sizing of the heating and domestic hot water (DHW) systems
    calculations of auxiliary electricity, primary energy requirements of such (circulation pumps, etc.), as well as projection of CO2 emissions
    verifying calculation proofs of KfW and EnEV (Europe)
    Climate Data Sheet: Climate regions may be selected from over 200 locations in Europe and North America. User-defined data can also be used.
    ... and a lot more tools useful in the design of passive houses, e.g. a calculation tool to determine internal heat loads, data tables for primary energy factors, etc.
    a comprehensive handbook, not only introducing PHPP use, but also highlighting crucial topics to be considered in Passive House design.

The Scientific Background: Simulation Program Solidly Rooted In Principal Equations of Physics

For the first Passive Houses, it was indispensable to use sophisticated modeling, employing many sets of high-resolution dynamic data. Calculating the energy balance of buildings with very low energy consumption is a demanding task - existing codes and standards proved too inaccurate (in that, little has changed to this day). The challenge: the input data for an intermittent simulator routine are very extensive – our computer model for Darmstadt Kranichstein requires over 2000 independent input data (without the climatic data set). If the simulation is to provide reliable results, these data must be in accordance with the actual geometry of the building. This is indeed possible, as we can see from the comparison between simulations and plotted actual measurement data ([AkkP5] Fig. 2, above left). The expenditure for such a model is extensive, and not all the necessary data are of equivalent importance. Nevertheless, we have identified in the meantime the critical factors for preparing reliable calculations - with tools that are simple to use and with acceptable effort in terms of data input. The technique for designing well-performing passive houses has now been tried, tested and optimized in thousands of cases.

A Pragmatic Solution: Simplified Model, Well Defined Input Data

In comparing different simulation models and tools, we were able to distill which elements are truly important. In this way it was possible to devise simplified models to be used with an affordable effort and which still provide reliable results [Feist, 1994]. The development of the simplifications is published [AkkP 13]. It may be surprising, but accuracy sufficient for practical planning purposes can be achieved using a quite simple model. That is:

    treat the whole building as one zone of energy calculation
    use monthly energy balances in lieu of dynamic simulation with short time steps.