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Greenhouse effect and climate protection @basics:energy_and_ecology
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vailable on this topic for those who want to know more about it, predominantly from [[http://www.ipcc.ch... irreversible. Some of these effects are becoming more and more apparent today, for example, melting glaciers.\\ \\ |{{ :picopen:see_eis_wf.gif }}|//**The nor... cator for the increase in\\ temperature: To learn more about this phenomenon, please\\ read the followin
Are Passive Houses cost-effective? @basics:affordability:investing_in_energy_efficiency
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fits should not be expected. The Passive House is more stable, more secure and more worthwhile than the alternative. Whoever wants “easy money” should try something else (... heaper; * this way it will be possible to gain more room height in the upper floor in spite of the sl
The Passive House in summer @basics
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e results for the summer case could be determined more easily. This PHI Summer Case procedure has been... ve factor** for the assessment of summer comfort; moreover, air humidity (sultriness limit!) and air spe... in operation only in winter, * in the summer (more exactly: from 15th April to 30th September) the v... . From around 10th July temperatures of 25 °C or more are prevalent in all rooms, during very hot perio
Primary energy – quantifying sustainability @basics:energy_and_ecology
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d determines the impact on the environment. To be more exact: * The total primary energy demand from n... owever, at some time the energy will be generated more and more from renewable sources - and this will change the picture completely. After all, the risks and... \ //Note 2: The world is furtunately substituting more and more not renewable energy sources by renewabl
PB 41: Planning tools for the summer situation in non-residential buildings @phi_publications:pb_41
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n passively cooled buildings, will be examined in more detail for non-residential buildings. Verificati... ion of inhabited buildings. Two examples provide more information regarding the scope of application of... eached when the internal loads are increased once more by a factor of 3, which is not unrealistic in the... the simulation for the standard year, but almost more than those for the extreme year. According to
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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6 hours. Seasonal storage capacity (with a little more than two cycles but low efficiency) accounts for ... supply system, since it is not needed at all for more than half the year (summer!) and then is dispropo... wind turbines on the coast do deliver (slightly) more electricity in the winter, the seasonal simultane... y energy, the PER factor for heating increases to more than 2.6 kWh<sub>PER</sub>/kWh<sub>el</sub>. Clea
Types of ventilation @planning:building_services:ventilation:basics
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e air should not be too dry either. You can find more information on the page about [[planning:building... This is just as true today – in fact it is even more important today because in these modern times we are surrounded by even more substances than before, like it or not. \\ Th... other things that have changed: - Buildings are more airtight; draughts are not acceptable any more.
Don’t save on the insulation @planning:thermal_protection
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the following list. Taking no action will be much more expensive than carrying out insulation measures h... ney – and the better the level of insulation, the more money will be saved. The other features are also ... investment in thermal protection measures creates more employment in Europe and * the reduced energy c... * Don't save on the insulation thickness! Some more insulation material won't cost that much – otherw
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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water generation and household appliances becomes more relevant for the total primary energy demand of t... the total primary energy use of a building. Even more so where projects are seeking to achieve the rene... iance must be used, unless there is evidence that more efficient appliances have been installed. Figure ... HPP and standard values for all appliances. For a more detailed description of the methodology, please r
Baseline study - implementing the Passive House concept in hospitals @planning:non-residential_passive_house_buildings:ph_hospitals
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. The influence of different applications becomes more relevant the more efficient the building is. Conventional energy balances, such as DIN V 18599, do not,... nces, such as DIN V 18599. These processes become more important as the building envelope and building services become more energy efficient. The applications not taken into
Internal heat capacity @basics
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nough. For example, if temperatures of 25 °C (and more) prevail under conditions with increased solar ra... low the building to heat up on end in the summer, more heat would be stored even towards autumn and reta... tween the smallest and highest daily value is not more than 4 °C. It is evident that during the hot spe... s delays the start of the heating operation. The more heat capacity there is inside, the more pronounce
Energy Efficiency in Domestic Electrical Energy Use @sinfonia
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to a lack of demand for higher spec’ed (and hence more expensive) smart plugs.) \\ For configuration an... iency improvements and virtually replaced by new, more efficient units. The household efficiency rating ... t of the share of energy use via the smart plugs. Moreover, utility bills were analysed for the electric... value less than half the average and the highest more than twice this value. The area-specific value’s
Zero-energy and zero heating energy houses @basics:energy_and_ecology
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er, experience with low-energy houses has shown a more practical and easier approach: cost-efficient hig... ective: the low-energy house (LEH) proved to be a more cost-effective and simpler standard which could b... t possible to recover any further investments any more because the Passive House already dispenses with ... duction in the internal heat sources, e.g. due to more efficient lighting with the latest generation of
Thermal insulation @planning:thermal_protection
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ation has always proven to be effective; to learn more please go to the following page: [[planning:therm... sses through external walls and roofs account for more than 70% of the total heat losses in existing bui... oil per square metre and year compared with 15 or more litres per square metre of living space used by s... sually accomplished for averaging time periods of more than one month.)). In Central Europe, the average
iPHA Passive House Fact Sheet
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Passive House buildings in use
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Energy and ecology @basics
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List of all released conference proceedings from 2015 to 2018 @phi_publications
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Energy efficiency of the Passive House Standard: Expectations confirmed by measurements in practice @operation:operation_and_experience:measurement_results
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Energy efficiency – the key to future energy supply @basics
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The world’s first Passive House, Darmstadt-Kranichstein, Germany @examples:residential_buildings:multi-family_buildings:central_europe
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Immediate measures @efficiency_now
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Heating load in Passive Houses @basics:building_physics_-_basics
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Introduction: Retail stores as Passive Houses @planning:non-residential_passive_house_buildings
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Insulation vs. thermal mass @planning:thermal_protection:thermal_protection_works
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Efficiency NOW
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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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Non-residential Passive House buildings @planning
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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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Heating and DHW @planning:building_services
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Energy balances - Background @planning:calculating_energy_efficiency
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What is a Passive House? @basics
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Calculating energy efficiency @planning
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Renewable sources of energy @basics:energy_and_ecology
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PER-factors for electricity use: Location & application specific decarbonisation @certification:passive_house_categories
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Passive House Schools - Boundary Conditions @planning:non-residential_passive_house_buildings:passive_house_schools
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iPHA Passive House Fact Sheet
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Contacts
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Efficiency vs. Efficiency Factor @basics
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Renewable primary energy demand in residential buildings with high energy intensity @basics
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"Saving energy" in the sense of sufficiency @efficiency_now
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List of all released conference proceedings from 2011 to 2014 @phi_publications
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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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PHPP – Passive House Planning Package @planning:calculating_energy_efficiency
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Refurbishment with Passive House components - introduction @planning:refurbishment_with_passive_house_components
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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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Types of glazing and their specific values @planning:thermal_protection:windows
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Air volumes @planning:building_services:ventilation:basics
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iPHA Passive House Fact Sheet
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webinars
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Affordability @basics
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The Passive House - definition @basics
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The Passive House – historical review @basics
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List of Passive House Conference contributions since 1996 @phi_publications
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Passive House – the next decade @basics:passive_house_-_assuring_a_sustainable_energy_supply
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Introduction - Passive House buildings in different climates @basics:passive_houses_in_different_climates
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Planning criteria for Passive Houses in New Zealand @basics:passive_houses_in_different_climates
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Superior thermal protection is affordable @basics:affordability:investing_in_energy_efficiency
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Aspects of efficient ventilation in hospitals @planning:non-residential_passive_house_buildings:ph_hospitals
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iPHA Passive House Fact Sheet
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International cooperations
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Passive House for municipalities
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Cloud Plugin
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Passive House - Assuring a sustainable energy supply @basics
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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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SINFONIA Condensation Tool @sinfonia
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Economic feasibility of Passive House design @basics:affordability
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Life cycle cost analysis of energy interventions in 18 reference buildings @basics:affordability
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Erfurt University of Applied Sciences – Faculty of Architecture @education_training:university_programmes
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User experiences @operation:operation_and_experience
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Dynamic simulation of a building's thermal performance @planning:calculating_energy_efficiency
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Component Award 2016: Affordable ventilation solutions for retrofits @planning:refurbishment_with_passive_house_components
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Building Integrated Photovoltaics (BIPV) in Step by Step Retrofitting Projects @planning:refurbishment_with_passive_house_components
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Cost-effectiveness analysis @basics:affordability:investing_in_energy_efficiency
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Economy and financing of efficiency: new buildings, renovation and step by step retrofit @basics:affordability:investing_in_energy_efficiency
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Thermal comfort parameters @basics:building_physics_-_basics:thermal_comfort
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Passive House - 6 reasons why you still need opening windows @planning:building_services:ventilation
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PHPP calculations in hot and humid climates @planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package
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PHPP - validated and proven in practice @planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package
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Passive House swimming pools @planning:non-residential_passive_house_buildings:swimming_pools
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Airtightness and airtightness measurement @planning:refurbishment_with_passive_house_components:thermal_envelope
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Passive House buildings in different climates @basics
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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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Airtight construction @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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Welcome to your new DokuWiki @wiki
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Heat transfer @basics:building_physics_-_basics
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Primary Energy Renewable PER @basics:energy_and_ecology
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Passive Houses in hot, humid climates @basics:passive_houses_in_different_climates
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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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User behaviour @operation:operation_and_experience
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Airtightness measurements in Passive Houses @planning:airtight_construction
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Compact HVAC systems @planning:building_services
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Ventilation @planning:building_services
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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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Articles in the member area @start:become_a_member
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Definition and effects of thermal bridges @basics:building_physics_-_basics:thermal_bridges
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Riedberg Passive House School, Frankfurt, Germany @examples:non-residential_buildings:passive_house_schools
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Variant calculations and economic assessment with PHPP 9 @planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package
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Outdoor thermography @planning:thermal_protection:thermal_protection_works
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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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Riedberg Passive House School, Frankfurt, Germany @examples:non-residential_buildings:passive_house_schools:central_europe
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“Am Buir”, Wassenberg, Germany – the world’s smallest Passive House @examples:residential_buildings:single_-_family_houses:central_europe
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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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iPHA Passive House Fact Sheet
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Built examples: Passive House and EnerPHit worldwide
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Building Certification Guide (valid with "Criteria for Buildings" 10b and earlier) @certification
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Building Criteria: Overview of Changes @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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Certified Passive House Designer @education_training
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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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Inhabitants report about living in a Passive House in the hot climate of Granada, Spain @experiences
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List of all released conference proceedings from 2019 to 2023 @phi_publications
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Component guidelines for cost-optimal Passive Houses and EnerPHit retrofits @planning
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Refurbishment with Passive House components @planning
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Summer Comfort @planning
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Experience Passive House - Passive House Open Days @sinfonia
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Renovation Strategies assessed via District Energy Balance @sinfonia
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What defines thermal bridge free design? @basics:building_physics_-_basics
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Passive House – On-grid or Off-grid? @basics:passive_house_-_assuring_a_sustainable_energy_supply
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Sample Documents for Building Certification @certification:certified_passive_houses
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Airtightness Measurement of High-Rise Buildings @planning:airtight_construction
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Thermal protection and modernisation of existing buildings @planning:planning
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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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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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Step-by-step Retrofits towards EnerPHit Standard in social housing in Spain @planning:refurbishment_with_passive_house_components
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Windows in a step-by-step retrofit @planning:refurbishment_with_passive_house_components
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Thermal Bridges @basics:building_physics_-_basics:thermal_bridges
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Thermal Bridges Catalogue @basics:building_physics_-_basics:thermal_bridges
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Local thermal comfort @basics:building_physics_-_basics:thermal_comfort
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Checklist: Test reports of airtightness measurements @planning:airtight_construction:general_principles
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“designPH” plugin for Trimble Sketchup @planning:calculating_energy_efficiency:phpp_-_the_passive_house_planning_package
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Internal heat gains in relation to living area @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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Insulation measures for the external envelope @planning:refurbishment_with_passive_house_components:thermal_envelope
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Thermal protection in retrofits @planning:thermal_protection:thermal_protection_works
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Energy use for heating in a well insulated new building @planning:thermal_protection:thermal_protection_works
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Basic principle for calculating thermal bridges @basics:building_physics_-_basics:thermal_bridges:tbcalculation
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Examples of thermal bridge calculations @basics:building_physics_-_basics:thermal_bridges:tbcalculation
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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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Exterior wall on floor slab @basics:building_physics_-_basics:thermal_bridges:tbcalculation:examples
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Unheated basement @basics:building_physics_-_basics:thermal_bridges:tbcalculation:examples
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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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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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The promotion of low energy construction and the Passive House Standard: Successful strategies for forming a Passive House Association
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Certified Passive House Designers @certification
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Certified Passive House Tradesperson @certification
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EnerPHit – the Passive House Certificate for retrofits @certification
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Passive House Basics @education_training
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Train the Trainer @education_training
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Connecting the Passive House Community @experiences
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List of articles from the Research Group for Cost-effective Passive Houses @phi_publications
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Calculation of heat losses of drain pipes @planning
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Climate data tool for the southern hemisphere @planning
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Construction site photos list - detailed @planning
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Design tools @planning
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Building envelope @planning
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Electric Energy Efficiency for Households – Doing the whole step towards energy efficiency @sinfonia
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DokuWiki @wiki
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Passive House Institute @wiki
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Investing in energy efficiency @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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Passive Houses in warm climates @basics:passive_houses_in_different_climates
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Certification of Passive House office buildings @certification:certified_passive_houses
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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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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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Summer Comfort Guideline @planning:summer_comfort
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Thermal protection works @planning:thermal_protection
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Monitoring heat consumption: Calculation and Demand @sinfonia:monitoring_heat_consumption
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Thermal bridge calculation @basics:building_physics_-_basics:thermal_bridges
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Adaptive versus Heat Balance Comfort Models @basics:building_physics_-_basics:thermal_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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Secondary School in Baesweiler, Germany @examples:non-residential_buildings:passive_house_schools
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Airtightness test @planning:airtight_construction:general_principles
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Why build an airtight house? – Leakage problems @planning:airtight_construction:general_principles
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General principles for improving airtightness @planning:airtight_construction:general_principles
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Supplying Passive Houses with sustainable energy @planning:building_services:heating_and_dhw
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Basics @planning:building_services:ventilation
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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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Differentiation between Vv and Vn50 values @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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Energy efficiency in cafeterias and commercial kitchens @planning:non-residential_passive_house_buildings:cafeterias_and_commercial_kitchens
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Ventilation in commercial kitchens @planning:non-residential_passive_house_buildings:cafeterias_and_commercial_kitchens
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Influence of retrofitting on daylighting @planning:refurbishment_with_passive_house_components:mechanical_systems
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Improving thermal bridges and airtightness in existing buildings @planning:refurbishment_with_passive_house_components:thermal_envelope
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Secondary School in Baesweiler, Germany @examples:non-residential_buildings:passive_house_schools:central_europe
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Multi-family Passive House buildings in Germany @examples:residential_buildings:multi-family_buildings:central_europe
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The Hanssen-Höppener Passive House @examples:residential_buildings:single_-_family_houses:central_europe
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Heated basement @basics:building_physics_-_basics:thermal_bridges:tbcalculation:examples
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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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