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phi_publications [2020/03/19 08:37] – alangphi_publications [2020/09/17 16:29] – naman.sukhija@passiv.de
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 ===== iPHA Passive House Info-Sheets ===== ===== iPHA Passive House Info-Sheets =====
-{{:picopen:microsoft_word_-_01_fact-sheet_en_window-better-wall_kk.pdf|2015_Vol.1 Is it problematic if the window is better than the wall? }}\\ +===2015 iPHA Fact Sheets=== 
-{{:picopen:microsoft_word_-_02_fact-sheet_en-update_cert_criteria_building_zb.pdf|2015_Vol.2 PHI Building Criteria: New with release of PHPP9}}\\ +  *[[phi_publications:2015_Vol.1 Is it problematic if the window is better than the wall?|Year: 2015 Volume: 1 Title: Is it problematic if the window is better than the wall?]]\\ 
-{{:picopen:microsoft_word_-_03_fact-sheet_embodied_energy_kk.pdf|2015_Vol.3 Embodied energy of thermal insulation - What is that exactly?}}\\ +  *[[phi_publications:2015_Vol.2 PHI Building Criteria: New with release of PHPP9|Year: 2015 Volume: 2 Title: PHI Building Criteria: New with release of PHPP9]]\\ 
-{{:picopen:microsoft_word_-_04_1_fact-sheet_per_kk.pdf|2015_Vol.4.1 Renewable Primary Energy - the future evaluation system}}\\ +  *[[phi_publications:2015_Vol.3 Embodied energy of thermal insulation - What is that exactly?|Year: 2015 Volume: 3 Title: Embodied energy of thermal insulation - What is that exactly?]]\\ 
-{{:picopen:microsoft_word_-_04_2_fact-sheet_ee_kk.pdf |2015_Vol.4.2 Evaluation of energy generated on or near a building using the PER system}}\\ +  *[[phi_publications:2015_Vol.4.1 Renewable Primary Energy - the future evaluation system|Year: 2015 Volume: 4.1 Title: Renewable Primary Energy - the future evaluation system]]\\ 
-{{:picopen:microsoft_word_-_04_3_fact-sheet_ph_classes_kk.pdf|2015_Vol. 4.3 The new Passive House Classes based on the PER system and their implications }}\\ +  *[[phi_publications:2015_Vol.4.2 Evaluation of energy generated on or near a building using the PER system|Year: 2015 Volume: 4.2 Title: Evaluation of energy generated on or near a building using the PER system]]\\ 
-{{:picopen:microsoft_word_-_04_4_fact-sheet_electricity_kk_sa_al_kk.pdf |2016_Vol.1 PER, is electricity (still) a "bad" thing?}}\\ +  *[[phi_publications:2015_Vol. 4.3 The new Passive House Classes based on the PER system and their implications|Year: 2015 Volume: 4.3 Title: The new Passive House Classes based on the PER system and their implications]]\\ 
-{{:picopen:microsoft_word_-_05_fact-sheet_thermal-bridges_kk.pdf |2016_Vol.2 What is a thermal bridge? }}\\ + 
-{{:picopen:microsoft_word_-_06_fachinfo_schrittweise_modernisierung_sth.pdf |2016_Vol.3 Step-by-step retrofit to achieve EnerPHit-Standard, the example of a single-family home}}\\ +===2016 iPHA Fact Sheets=== 
-{{:picopen:microsoft_word_-_07_window_step_by_step_retrofit_kk.pdf |2016_Vol.4 Windows in step-by-step retrofits - windows first, then insulation }}  (read also in {{ :picopen:07_fachinfo_fenster_schritt_fuer_schritt_sanierung_es_revisado_jf.pdf|Spanish}})\\ +  *[[phi_publications:2016_Vol.1 PER, is electricity (still) a "bad" thing?|Year: 2016 Volume: 1 Title: PER, is electricity (still) a "bad" thing?]]\\ 
-{{:picopen:microsoft_word_-_08_thermal_insulation_step_by_step_retrofit_kk.pdf |2017_Vol.1 Windows in step-by-step moderniasations - First the thermal insulation, then the windows}}\\ +  *[[phi_publications:2016_Vol.2 What is a thermal bridge?|Year: 2016 Volume: 2 Title: What is a thermal bridge?]]\\ 
-[[2018_Vol.1 Passive House and nZEB - how do they relate?]] {{:picopen:members_only.png?nolink&20|}}\\ +  *[[phi_publications:2016_Vol.3 Step-by-step retrofit to achieve EnerPHit-Standard, the example of a single-family home|Year: 2016 Volume: 3 Title: Step-by-step retrofit to achieve EnerPHit-Standard: the example of a single-family home]]\\ 
-[[2018_Vol.2 Losses and gains - what matters is the balance!]] {{:picopen:members_only.png?nolink&20|}}  (read also in {{ ::10_fachinfo_gewinnee_verluste_2_2018_ig_passivhaus_deutschland_ukr.pdf |Ukrainian}})\\ +  *[[phi_publications:2016_Vol.4 Windows in step-by-step retrofits - windows first, then insulation|Year: 2016 Volume: 4 Title: Windows in step-by-step retrofits - windows first, then insulation]] (read also in {{ :picopen:07_fachinfo_fenster_schritt_fuer_schritt_sanierung_es_revisado_jf.pdf|Spanish}})\\ 
-[[2019_Vol.1 Comparison of heating energy demand according to the PHPP and consumption]]  {{:picopen:members_only.png?nolink&20|}} \\ +  
-[[2019_Vol.2 Heating energy consumption - expectations confirmed by measurements in practice]] {{:picopen:members_only.png?nolink&20|}} \\ +===2017 iPHA Fact Sheets=== 
-[[2019_Vol.3 Airtightness| 2019_Vol.3 Airtightness. Or: walls do not "breathe"!]] {{:picopen:members_only.png?nolink&20|}} \\ +  *[[2017_Vol.1 Windows in step-by-step modernisations - First the thermal insulation, then the windows|Year: 2017 Volume: 1 Title: Windows in step-by-step modernisations - First the thermal insulation, then the windows]]\\ 
-[[2019_Vol.4 Practical Solutions|2019_Vol.4 Airtightness: practical solutions]] {{:picopen:members_only.png?nolink&20|}} \\ + 
-[[2019_Vol.5 Measuring airtightness|2019_Vol.4 Measuring airtightness: tips for protocol tests]] {{:picopen:members_only.png?nolink&20|}} \\ +===2018 iPHA Fact Sheets=== 
-[[2020_Vol.1 Ventilated rainscreen cladding|2020_Vol.1 Ventilated rainscreen cladding: avoid thermal bridges]] {{:picopen:members_only.png?nolink&20|}}+  *[[2018_Vol.1 Passive House and nZEB - how do they relate?|Year: 2018 Volume: 1 Title: Passive House and nZEB - how do they relate?]] {{:picopen:members_only.png?nolink&20|}}\\ 
 +  *[[2018_Vol.2 Losses and gains - what matters is the balance!|Year: 2018 Volume: 2 Title:Losses and gains - what matters is the balance!]] {{:picopen:members_only.png?nolink&20|}}  (read also in {{ ::10_fachinfo_gewinnee_verluste_2_2018_ig_passivhaus_deutschland_ukr.pdf |Ukrainian}})\\ 
 + 
 +===2019 iPHA Fact Sheets=== 
 +  *[[2019_Vol.1 Comparison of heating energy demand according to the PHPP and consumption|Year: 2019 Volume: 1 Title: Comparison of heating energy demand according to the PHPP and consumption]]  {{:picopen:members_only.png?nolink&20|}} \\ 
 +  *[[2019_Vol.2 Heating energy consumption - expectations confirmed by measurements in practice|Year: 2019 Volume: 2 Title: Heating energy consumption - expectations confirmed by measurements in practice]] {{:picopen:members_only.png?nolink&20|}} \\ 
 +  *[[2019_Vol.3 Airtightness|Year: 2019 Volume: 3 Title: Airtightness or walls do not "breathe"!]] {{:picopen:members_only.png?nolink&20|}} \\ 
 +  *[[2019_Vol.4 Practical Solutions|Year: 2019 Volume: 4 Title: Airtightness: Practical Solutions]] {{:picopen:members_only.png?nolink&20|}} \\ 
 +  *[[2019_Vol.5 Measuring airtightness|Year: 2019 Volume: 5 Title: Measuring airtightness: tips for protocol tests]] {{:picopen:members_only.png?nolink&20|}} \\ 
 + 
 +===2020 iPHA Fact Sheets=== 
 +  *[[phi_publications:2020_Vol.1 Ventilated rainscreen cladding|Year: 2020 Volume: 1 Title: Ventilated rainscreen cladding: avoid thermal bridges]] {{:picopen:members_only.png?nolink&20|}} \\ 
 +  *[[phi_publications:2020_Vol.2 Straw as insulation material|Year: 2020 Volume: 2 Title: Straw as insulation material]] {{:picopen:members_only.png?nolink&20|}} \\ 
 +  *[[phi_publications:2020_Vol.3 PER Factors - for electricity use|Year: 2020 Volume: 3 Title: PER Factors - for electricity use]] {{:picopen:members_only.png?nolink&20|}} \\ 
  
  
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 \\  \\ 
 ===== Research Group Proceedings ===== ===== Research Group Proceedings =====
 +
 +
 +^Nr.^Name^
 +|Nr.2|Thermal insulation|
 +|Nr.3|Outstanding windows|
 +|Nr.4|Ventilation in Passive House|
 +|Nr.5|Energy balance and temperature characteristics|
 +|Nr.6|Building services in Passive Houses|
 +|Nr.7|Electricity saving in Passive House|
 +|Nr.8|Choice of materials, ecology and indoor air quality|
 +|Nr.9|User behaviour|
 +|Nr.10|Measurement technology and results|
 +|Nr.11|Cost-effective Passive Houses|
 +|Nr.12|Passive House - building standard of the future?|
 +|Nr.13|[[#Nr.13 Energy balances with the Passive House Planning Package|Energy balances with the Passive House Planning Package]]|
 +|Nr.14|Passive House windows|
 +|Nr.15|[[#Nr.15 Passive House Summer Comfort|Passive House Summer Comfort]]|
 +|Nr.16|Thermal bridges free construction|
 +|Nr.17|Dimensioning of ventilation systems in Passive Houses|
 +|Nr.18|Quality control on construction of Passive Houses|
 +|Nr.19|[[#Nr.19 Urban planning instruments for the implementation of Passive Houses|Urban planning instruments for the implementation of Passive Houses]]|
 +|Nr.20|Passive House Supply Technology|
 +|Nr.21|Examples of architecture: residential buildings|
 +|Nr.22|Ventilation strategies for the summer|
 +|Nr.23|Influence of the ventilation strategy on the concentration and spread of pollutants in the room|
 +|Nr.24|[[#Nr.24 Use of Passive House technologies in the modernisation of old buildings|Use of Passive House technologies in the modernisation of old buildings]]|
 +|Nr.25|[[#Nr.25 Temperature Differentiation in Apartments|Temperature Differentiation in Apartments]]|
 +|Nr.26|New Passive House building services design with heat pumps|
 +|Nr.27|Heat losses through the ground|
 +|Nr.28|Heat transfer and distribution losses in Passive House|
 +|Nr.29|Highly insulated roof structures|
 +|Nr.30|Ventilation aspect when renovating existing buildings|
 +|Nr.31|Energy-efficient room cooling|
 +|Nr.32|[[#Nr.32 Factor 4 Also for Sensitive Old Buildings: Passive House components + interior insulation|Factor 4 Also for Sensitive Old Buildings: Passive House components + interior insulation]]|
 +|Nr.33|Passive House Schools|
 +|Nr.34|Soundproofing when using heat pumps and compact heat pump devices in Passive Houses|
 +|Nr.35|Thermal bridges and structural engineering - the limits of design thermal bridges free design|
 +|Nr.36|Heating with biofuels for passive houses|
 +|Nr.37|Optimization strategies for window construction and solar aperture|
 +|Nr.38|Heating systems in Passive Houses - statistical evaluation and system comparison|
 +|Nr.39|Steb-by-step retrofit with Passive House components|
 +|Nr.40|[[#Nr.40 Passive House retail establishments|Passive House retail establishments]]|
 +|Nr.41|[[#Nr.41 Cooling in non-residential Passive House buildings|Cooling in non-residential Passive House buildings]]|
 +|Nr.42|Economic evaluation of energy efficiency measures|
 +|Nr.43|Geothermal heat exchangers and geothermal probes in the Passive House|
 +|Nr.44|[[#Nr.44 Ventilation in Passive House - non-residential buildings|Ventilation in Passive House - non-residential buildings]]|
 +|Nr.45|[[#Nr.45 Accurate measurements in energy-efficient buildings|Accurate measurements in energy-efficient buildings]]|
 +|Nr.46|[[#Nr.46 Passive House: Assuring a sustainable energy supply|Passive House: Assuring a sustainable energy supply]]|
 +|Nr.47|[[#Nr.47 Energy-efficient cafeterias and commercial kitchens|Energy-efficient canteens and commercial kitchens]]|
 +|Nr.48|[[#Nr.48 Using Passive House technology for retrofitting non-residential buildings|Using Passive House technology for retrofitting non-residential buildings]]|
 +|Nr.49|[[#Nr.49 Energy-Efficient Hot Water Systems|Energy-Efficient Hot Water Systems]]|
 +|Nr.50|Affordable ventilation solutions for residential buildings - systems with heat recovery|
 +|Nr.51|Planning and implementation aids for Passive House - non-residential buildings|
 +|Nr.52|Commissioning and operational optimization as success factors for energy-efficient buildings|
 +|Nr.53|Summer comfort - affordable and energy-efficient|
 +|Nr.54|New concepts of controlled ventilation: Façade-integrated ventilation|
 +|Nr.55|Social apartment building|
 +|Nr.56|Energy efficiency and renewable energy|
 +|Nr.57|Building concepts for hot summers|
 +
 +
 +=== Nr.13 Energy balances with the Passive House Planning Package===
 +  * [[phi_publications:PB 13: Recommendations_for_dimensioning_the_heating_load_in_Passive_Houses| Recommendations for dimensioning the heating load in Passive Houses]]  {{:picopen:members_only.png?25}}
 +
 +=== Nr.15 Passive House Summer Comfort===
 +  * [[phi_publications:PB 15: A_Simplified_Method_for_Determining_Thermal_Comfort_in_Summer_for_Buildings_Without_Active_Cooling| A Simplified Method for Determining Thermal Comfort in Summer for Buildings Without Active Cooling]]  {{:picopen:members_only.png?25}}
 +
 +
 +=== Nr.19 Urban planning instruments for the implementation of Passive Houses===
 +  * [[phi_publications:PB 19: Passive House Buildings and Urban Planning| Passive House Buildings and Urban Planning - A Preface]]  {{:picopen:members_only.png?25}}
 +
 +
 +=== Nr.24 Use of Passive House technologies in the modernisation of old buildings===
 +  * [[phi_publications:PB 24:modernising_a_block_of_flats_jean-paul-place_4_nuremberg| Modernising a Block of Flats “Jean-Paul-Place 4”, Nuremberg]]  {{:picopen:members_only.png?25}}
 +
  
 === Nr.25 Temperature Differentiation in Apartments === === Nr.25 Temperature Differentiation in Apartments ===
 +
   * [[phi_publications:PB 25: Thermal Comfort in Passive Houses| Introduction: Thermal Comfort in Passive Houses]]   * [[phi_publications:PB 25: Thermal Comfort in Passive Houses| Introduction: Thermal Comfort in Passive Houses]]
   * [[phi_publications:PB 25: Consequences for Planning| Consequences for Planning]]   * [[phi_publications:PB 25: Consequences for Planning| Consequences for Planning]]
 +  * [[phi_publications:PB 25: Comfort_Criteria_According_to_International_Standards_Especially_for_use_in_Passive_Houses| Comfort Criteria According to International Standards Especially for use in Passive Houses]]  {{:picopen:members_only.png?25}}
 +
 +
 +=== Nr.32 Factor 4 Also for Sensitive Old Buildings: Passive House components + interior insulation ===
  
 +  * [[phi_publications:PB 32: Introduction Passive House Components and Interior Insulation| Introduction: Passive House Components and Interior Insulation]] {{:picopen:members_only.png?nolink&20|}}
  
  
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-=== Nr.44 Planning aspects of ventilation systems ===+=== Nr.44 Ventilation in Passive House - non-residential buildings===
   * [[phi_publications:PB44. Benefits of comfort ventilation with heat recovery in non-residential buildings|Benefits of comfort ventilation with heat recovery in non-residential buildings]]  {{:picopen:members_only.png?25}}   * [[phi_publications:PB44. Benefits of comfort ventilation with heat recovery in non-residential buildings|Benefits of comfort ventilation with heat recovery in non-residential buildings]]  {{:picopen:members_only.png?25}}
   * [[phi_publications:Nr.44 Ventilation in non-residential Passive House buildings - Introduction|Ventilation in non-residential Passive House buildings - Introduction]]   * [[phi_publications:Nr.44 Ventilation in non-residential Passive House buildings - Introduction|Ventilation in non-residential Passive House buildings - Introduction]]
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-=== Nr.45 Accurate measurementes in energy-efficient buildings ===+=== Nr.45 Accurate measurements in energy-efficient buildings ===
   * [[phi_publications: Nr.45 Monitoring consumption – "minimal monitoring"| Monitoring consumption – "minimal monitoring"]]  {{:picopen:members_only.png?25|}}   * [[phi_publications: Nr.45 Monitoring consumption – "minimal monitoring"| Monitoring consumption – "minimal monitoring"]]  {{:picopen:members_only.png?25|}}
  
phi_publications.txt · Last modified: 2024/01/19 14:14 by gergina.radeva@passiv.de