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Greenhouse effect and climate protection @basics:energy_and_ecology
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ly present as CO<sub>2</sub> in the Earth's atmosphere in large quantities. Rainfall and vegetation has ... carrier. The fuel containing carbon is burned, thereby producing CO<sub>2</sub> again. And this CO<sub>2</sub> is returned to where it once came from hundreds of millions of years ago i.e. the atmosphere.\\ \\ ** It has long been known that this increas
PB 41: Planning tools for the summer situation in non-residential buildings @phi_publications:pb_41
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gh the output of the cooling system must be, are therefore particularly relevant when planning non-resid... e also Section 3.4). The following article will therefore deal with the validity of simplified algorith... idential buildings currently. It is obvious that there are limitations for such simplified methods; it i... r the case of active cooling. Of central interest here are the calculation of the annual useful energy d
Energy balances - Background @planning:calculating_energy_efficiency
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prevented in order to maintain living comfort. Therefore, the energy flowing out has to be replaced: ... to the colder surroundings.\\ \\ | **"Heating" therefore, is only a replacement of this heat loss \\ and can therefore be reduced as required by more effective prevention of losses**. |\\ \\ * Fortunately, there are also ** flows of free "heat gains"**: e.g. so
Passive House – the next decade | Determining application-specific PER factors @basics:passive_house_-_assuring_a_sustainable_energy_supply:passive_house_the_next_decade
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House - the next decade” by Wolfgang Feist. Click here to the [[basics:passive_house_-_assuring_a_sustai... day, short-term storage is not the decisive issue here, since financially feasible technology is already... al (such storage has no location problems, since there is already sufficient storage used for natural ga... y power sources (wind turbines, etc.) then has nowhere to go – unless this excess power is sent to the P
The Passive House in summer @basics
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ge between systems with different temperatures. Therefore, it also protects a cool system from gaining ... rch on a residential Passive Houses in climates, where a passive temperature control in summer is possib... ses in climates such as that in Central Europe – where residential buildings typically did not require a... r climates, night ventilation of course only, if there are still low temperatures and low humidities dur
Types of ventilation @planning:building_services:ventilation:basics
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ation based on the requirements for fresh air is therefore indispensable in every [[basics:what_is_a_pas... lso applies for ordinary new buildings. The issue here is not energy efficiency, but the health of the b... than energy conservation - but it turns out that there is no conflict at all, if efficient components ar... s will be intolerably high. Gap ventilation is\\ therefore no longer accepted by occupants in colder cli
Dynamic simulation of a building's thermal performance @planning:calculating_energy_efficiency
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functions but uses a forward difference method, thereby fulfilling the conservation of energy principle... n - etc. The respective basic equations mentioned here generally result in coupled, non-linear, partial ... ge of the overall "Building & Heating" system is therefore indispensable for the investigations provided here. However, in order to reduce the complexity of th
Energy efficiency of the Passive House Standard: Expectations confirmed by measurements in practice @operation:operation_and_experience:measurement_results
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these results. \\ With all building standards there are significant differences in consumption due to... ally constructed buildings. The consumption must therefore always be measured for a sufficiently large n... sation-dependent influences can be averaged out, thereby enabling a comparison of the building quality. ... ue for all homes measured is **65.6 kWh/(m²a)**. (Here and subsequently, the living area is used as the
Airtightness and airtightness measurement @planning:refurbishment_with_passive_house_components:thermal_envelope
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===== ===== Airtightness – how and why? ===== There are many disadvantages of air flowing in through ... duced, drafts cause discomfort for occupants and there are high heat losses. That is why airtightness st... speeds and the stack effect within the building (where warm air tends to rise). There are substantial drafts in poorly airtight old buildings even at moderate
Are Passive Houses cost-effective? @basics:affordability:investing_in_energy_efficiency
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nsulation (0.032 W/(mK)); the external wall will therefor be only 370 mm thick and thus thinner than the... is better to keep the reference areas the same.** Here, we have actually increased the area a little, bu... p>-1</sup> can be achieved** with this approach. There are no extra costs associated with this – in fact... ality, airtight external envelope; besides that, there is the additional benefit of health living condit
Internal heat gains in relation to living area @planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package
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change during the service life of the building, therefore these are only estimated average values for the model shown here, which may be higher or lower in individual cases... the form $$ n=1+a(1-e^{-b(A-c)^2})+d\cdot A $$ where\\ **n**: number of persons per DU \\ **A**: livin... high values for the planning of Passive Houses. There are several reasons for this: in the first place,
Baseline study - implementing the Passive House concept in hospitals @planning:non-residential_passive_house_buildings:ph_hospitals
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house.com/de/download/product_page/PH_Krankenhaus|here.]]** Note: The guide was developed in the German context and then translated into English. Therefore, the translation may not take into account in... imized taps (in accordance with RKI 1) used only where water is frequently needed reduce the risk of Leg... distribution losses in drinking water lines. If there are special requirements for areas where hygiene
Economy and financing of efficiency: new buildings, renovation and step by step retrofit @basics:affordability:investing_in_energy_efficiency
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ldings Directive (EPBD) of the European Union.\\ There are many methodological frameworks that fit more ... ther costs or revenues will occur at demolition. Therefore, life cycle costs of buildings mostly include... onomic factors too). In a perfect capital market there is only one interest rate (= price of capital). I... te later revenues, thus the upfront investments. Therefore, the choice of an adequate interest rate is i
The world’s first Passive House, Darmstadt-Kranichstein, Germany @examples:residential_buildings:multi-family_buildings:central_europe
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demand even in the Central European climate and therefore need no active heating. Such houses can be ke... 1 - Simulation results from the first studies:__ here is a calculation of the dependen-\\ ce of the hea... mponents had to be manufactured individually and therefore they were expensive. The additional costs in ... ve Houses and even for buildings in hot regions, there the goal is reducing the heat loads from the exte
Primary energy – quantifying sustainability @basics:energy_and_ecology
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rgy sources that is supplied to the building ((**There are many environmental effects of the use of not ... tion of limited resources, pollution of the atmosphere with harmful substances (e.g. CO<sub>2</sub>, oth... ach other. **It is undoubtedly indisputable that there are very serious risks involved in each case** (c... renewable energy sources and energy efficiency, there are no risks of this magnitude** - at least, as l
Efficiency vs. Efficiency Factor @basics
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What defines thermal bridge free design? @basics:building_physics_-_basics
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Thermal comfort parameters @basics:building_physics_-_basics:thermal_comfort
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The Passive House – historical review @basics
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Energy efficiency – the key to future energy supply @basics
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Classic, Plus, Premium: The Passive House classes and how they can be reached @certification:passive_house_categories
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Introduction: Retail stores as Passive Houses @planning:non-residential_passive_house_buildings
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Windows in a step-by-step retrofit @planning:refurbishment_with_passive_house_components
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Types of glazing and their specific values @planning:thermal_protection:windows
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Internal heat capacity @basics
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Climate data tool for the southern hemisphere @planning
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Don’t save on the insulation @planning:thermal_protection
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Thermal insulation @planning:thermal_protection
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Definition and effects of thermal bridges @basics:building_physics_-_basics:thermal_bridges
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PHPP - validated and proven in practice @planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package
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Air volumes @planning:building_services:ventilation:basics
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Heating load in Passive Houses @basics:building_physics_-_basics
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Introduction - Passive House buildings in different climates @basics:passive_houses_in_different_climates
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Overall retrofit plan for step-by-step retrofits to EnerPHit Standard @planning:refurbishment_with_passive_house_components
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Efficiency NOW
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What is a Passive House? @basics
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Immediate measures @efficiency_now
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Local thermal comfort @basics:building_physics_-_basics:thermal_comfort
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Passive House schools – How to go about it @planning:non-residential_passive_house_buildings:passive_house_schools
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Energy Efficiency in Domestic Electrical Energy Use @sinfonia
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Primary Energy Renewable PER @basics:energy_and_ecology
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Airtightness measurements in Passive Houses @planning:airtight_construction
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Thermal protection and modernisation of existing buildings @planning:planning
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Cost-effectiveness analysis @basics:affordability:investing_in_energy_efficiency
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Passive House - 6 reasons why you still need opening windows @planning:building_services:ventilation
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Exterior wall on floor slab @basics:building_physics_-_basics:thermal_bridges:tbcalculation:examples
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Heated basement @basics:building_physics_-_basics:thermal_bridges:tbcalculation:examples
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Cloud Plugin
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Passive House buildings in different climates @basics
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The Passive House - definition @basics
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Calculating energy efficiency @planning
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Zero-energy and zero heating energy houses @basics:energy_and_ecology
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Efficiency of household appliances and their impact on the primary energy demand of residential buildings @basics:passive_house_-_assuring_a_sustainable_energy_supply
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Planning criteria for Passive Houses in New Zealand @basics:passive_houses_in_different_climates
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PHPP – Passive House Planning Package @planning:calculating_energy_efficiency
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Adaptive versus Heat Balance Comfort Models @basics:building_physics_-_basics:thermal_comfort
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Passive House Schools - Boundary Conditions @planning:non-residential_passive_house_buildings:passive_house_schools
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Insulation vs. thermal mass @planning:thermal_protection:thermal_protection_works
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Unheated basement @basics:building_physics_-_basics:thermal_bridges:tbcalculation:examples
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If you do it, do it right! @efficiency_now
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For trade disciplines @efficiency_now
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Economic feasibility of Passive House design @basics:affordability
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Passive House – On-grid or Off-grid? @basics:passive_house_-_assuring_a_sustainable_energy_supply
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Compact HVAC systems @planning:building_services
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Thermal Bridges Catalogue @basics:building_physics_-_basics:thermal_bridges
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Why build an airtight house? – Leakage problems @planning:airtight_construction:general_principles
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Special features and characteristics of components in contact with the ground @basics:building_physics_-_basics:thermal_bridges:tbcalculation:ground_contact
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Passipedia A-Z
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Renewable primary energy demand in residential buildings with high energy intensity @basics
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Addendum concerning the use of vacuum insulation @certification
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List of all released conference proceedings from 2015 to 2018 @phi_publications
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Non-residential Passive House buildings @planning
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Tools @planning
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Heat losses caused by drain pipes in the PHPP @sinfonia
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Passive House – the next decade @basics:passive_house_-_assuring_a_sustainable_energy_supply
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Renewable primary energy demand in residential buildings with high energy intensity @basics:passive_house_-_assuring_a_sustainable_energy_supply
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PER-factors for electricity use: Location & application specific decarbonisation @certification:passive_house_categories
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Building Integrated Photovoltaics (BIPV) in Step by Step Retrofitting Projects @planning:refurbishment_with_passive_house_components
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Economic analysis for the retrofit of a detached single family house to the EnerPHit standard @planning:refurbishment_with_passive_house_components
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Refurbishment with Passive House components - introduction @planning:refurbishment_with_passive_house_components
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Summer Comfort Guideline @planning:summer_comfort
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Passive House – the next decade | Methodology @basics:passive_house_-_assuring_a_sustainable_energy_supply:passive_house_the_next_decade
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Riedberg Passive House School, Frankfurt, Germany @examples:non-residential_buildings:passive_house_schools
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Aspects of efficient ventilation in hospitals @planning:non-residential_passive_house_buildings:ph_hospitals
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Improving thermal bridges and airtightness in existing buildings @planning:refurbishment_with_passive_house_components:thermal_envelope
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Basic principle for calculating thermal bridges @basics:building_physics_-_basics:thermal_bridges:tbcalculation
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International cooperations
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Planning and Construction
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webinars
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Certification of buildings in which the ground floor is used for commercial purposes (for PHPP 9, revised 5-Sep-2016) @certification
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Certification of terraced houses and semi-detached/duplex houses according to Passive House Institute criteria @certification
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Building Certification @certification
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List of Passive House Conference contributions since 1996 @phi_publications
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Airtight construction @planning
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Building Services @planning
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PHLuft @planning
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Building envelope @planning
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Heat transfer @basics:building_physics_-_basics
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Quality Assurance: Nuremberg case study @construction:quality_assurance
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Passive House schools - best practice examples @examples:non-residential_buildings
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Airtightness Measurement of High-Rise Buildings @planning:airtight_construction
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Educational Buildings-Kindergarten-Sports Hall @planning:guides_and_aids
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Prospects for the modernisation of existing buildings using highly efficient components @planning:refurbishment_with_passive_house_components
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Step-by-step Retrofits towards EnerPHit Standard in social housing in Spain @planning:refurbishment_with_passive_house_components
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Superior thermal protection is affordable @basics:affordability:investing_in_energy_efficiency
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Comparison of energy performance of ventilation systems using passive vs. active heat recovery @planning:building_services:ventilation
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Insulation works – Evidence no.1 "Measurements at a highly insulated wall" @planning:thermal_protection:thermal_protection_works
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Factors that influence the energy balance and affordability of non-residential EnerPHit projects @basics:affordability:investing_in_energy_efficiency:economic_feasibility_of_passive_house_retrofits
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Multi-family Passive House buildings in Germany @examples:residential_buildings:multi-family_buildings:central_europe
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Sound generation, sound dispersion and sound proofing in heat pumps @planning:building_services:heating_and_dhw:heating:heat_pumps
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The Passive House Classes: Classic, Plus and Premium @certification
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"Saving energy" in the sense of sufficiency @efficiency_now
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Calculation of heat losses of drain pipes @planning
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Heat pump tool @planning
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Lift energy demand tool @planning
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Scaled pointer @planning
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Ventilation tools @planning
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Life cycle cost analysis of energy interventions in 18 reference buildings @basics:affordability
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Life Cycle energy balances, Embodied energy and the Passive House Standard @basics:energy_and_ecology
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Renewable sources of energy @basics:energy_and_ecology
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Heating and DHW @planning:building_services
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Component Award 2016: Affordable ventilation solutions for retrofits @planning:refurbishment_with_passive_house_components
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Energy efficiency in cafeterias and commercial kitchens @planning:non-residential_passive_house_buildings:cafeterias_and_commercial_kitchens
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Passive House swimming pools @planning:non-residential_passive_house_buildings:swimming_pools
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Outdoor thermography @planning:thermal_protection:thermal_protection_works
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Comparison of in-situ measurements and hygrothermal simulations of four different interior insulation systems @planning:thermal_protection:thermal_protection_works:comparison_of_in_situ_measurements_and_hygrothermal_simulations_of_four_different_interior_insulation_systems
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Certification
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Built examples: Passive House and EnerPHit worldwide
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Passive House for municipalities
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Energy and ecology @basics
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Residential buildings @examples
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Climate data tool @planning
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Component guidelines for cost-optimal Passive Houses and EnerPHit retrofits @planning
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Construction site photos list - detailed @planning
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Cooling tools @planning
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Cooling Systems tool @planning
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Data processing tool @planning
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Heat pump tools @planning
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Hygiene tool @planning
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Pressure Loss Calculation Tool @planning
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Tools and calculation relating to sound protection @planning
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Summer temperature tool @planning
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Temperature reduction factors for unheated or partially heated extensions @planning
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Thermal bridge tool @planning
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Ventilation tool @planning
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Window tool @planning
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Experience Passive House - Passive House Open Days @sinfonia
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Investing in energy efficiency @basics:affordability
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Philips Experimental House Research 1974ff: Passive versus Active Measures in Europe & America @basics:the_passive_house_-_historical_review
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The promotion of low energy construction and the Passive House Standard: Successful strategies for forming a Passive House Association @experiences:connecting_the_passive_house_community
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Kitchen Exhaust Systems for Residential Kitchens in Passive Houses: Guidelines @planning:guides_and_aids
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Planning Guidelines for Passive House Indoor Swimming Pools @planning:guides_and_aids
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Step-by-step deep retrofit and building integrated façade/roof on a 'million program' house @planning:refurbishment_with_passive_house_components
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Thermal protection works @planning:thermal_protection
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Articles in the member area @start:become_a_member
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Secondary School in Baesweiler, Germany @examples:non-residential_buildings:passive_house_schools
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Checklist: Test reports of airtightness measurements @planning:airtight_construction:general_principles
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Checklist for Design: Ventilation System in a residential Passive House Building @planning:building_services:ventilation
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Differentiation between Vv and Vn50 values @planning:building_services:ventilation
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The ventilation system – there is no alternative @planning:building_services:ventilation
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Ventilation in commercial kitchens @planning:non-residential_passive_house_buildings:cafeterias_and_commercial_kitchens
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Floor Replacement: Svartbäcksvägen @planning:refurbishment_with_passive_house_components:thermal_envelope
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Energy use for heating in a well insulated new building @planning:thermal_protection:thermal_protection_works
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Basics
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Passive House buildings in use
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Affordability @basics
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Passive House and the Sustainable Development Goals (SDGs): Connecting an international building standard with global aims @basics
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Building Criteria: Overview of Changes @certification
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EnerPHit – the Passive House Certificate for retrofits @certification
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Evaluation of server and server room efficiency for non-residential buildings that exceed the primary energy criterion @certification
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Quality Assurance @construction
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Train the Trainer @education_training
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Non-residential buildings @examples
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Connecting the Passive House Community @experiences
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List of all released conference proceedings from 2011 to 2014 @phi_publications
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List of all released conference proceedings from 2019 to 2023 @phi_publications
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List of articles from the Research Group for Cost-effective Passive Houses @phi_publications
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Climate tools @planning
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Commercial kitchens and cafeterias @planning
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Commissioning tool @planning
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Design tools @planning
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Electricity tools @planning
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Guides and Aids @planning
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Monitoring tools @planning
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PHErde @planning
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Thermal bridges tools @planning
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Thermal envelope tools @planning
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Window tools @planning
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SINFONIA Condensation Tool @sinfonia
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Electric Energy Efficiency for Households – Doing the whole step towards energy efficiency @sinfonia
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Renovation Strategies assessed via District Energy Balance @sinfonia
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Welcome to your new DokuWiki @wiki
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Passive Houses in hot, humid climates @basics:passive_houses_in_different_climates
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Quality Assurance - Thermal bridges @construction:quality_assurance
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Passive House office buildings @examples:non-residential_buildings
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Multi-family buildings @examples:residential_buildings
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Single-family houses @examples:residential_buildings
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Ventilation @planning:building_services
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Passive House schools @planning:non-residential_passive_house_buildings
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Windows @planning:thermal_protection
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Monitoring heat consumption: Calculation and Demand @sinfonia:monitoring_heat_consumption
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Basics @planning:building_services:ventilation
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Calculation guide for temperature reduction factors to temperature zone "X" in the PHPP "Areas" worksheet @planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package
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Passive House Hospitals @planning:non-residential_passive_house_buildings:ph_hospitals
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Experience with drain water heat recovery @planning:building_services:heating_and_dhw:experience_with_drain_water_heat_recovery
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PHI window certification: previous success and new climate zones @planning:thermal_protection:windows:window_certification
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Interior walls on floor slabs @basics:building_physics_-_basics:thermal_bridges:tbcalculation:examples
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Recommended procedure for calculating thermal bridges of components in contact with the ground @basics:building_physics_-_basics:thermal_bridges:tbcalculation:ground_contact
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