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--- basics:energy_and_ecology:embodied_energy_and_the_passive_house_standard [2019/02/28 10:00] – cblagojevic
+++ basics:energy_and_ecology:embodied_energy_and_the_passive_house_standard [2025/04/15 15:52] (current) – [See also] yaling.hsiao@passiv.de
@@ Line 1: / Line 1: @@
-====== Embodied energy and the Passive House Standard ======
+====== Life Cycle energy balances, Embodied energy and the Passive House Standard ======
 ===== Cumulated primary energy demand (CED) =====
@@ Line 85: / Line 85: @@
 ===== Notes: =====
-  - This brief online summary has been compiled from the article [[http://passipedia.passiv.de/passipedia_de/_media/grundlagen/energiewirtschaft_und_oekologie/primary_energy_input_comm2007.pdf|Life-cycle energy analysis: Comparison of low-energy house, Passive House, self-sufficient house]] which can be found in the **Protocol Volume Number 8 of the Research Group for Cost-efficient Passive Houses**.
+  - This brief online summary has been compiled from the article {{:picopen:primary_energy_input_comm2007.pdf|Life-cycle energy analysis: Comparison of low-energy house, Passive House, self-sufficient house}} which can be found in the **Protocol Volume Number 8 of the Research Group for Cost-efficient Passive Houses**.
   - **The data** has **not changed significantly **since the original Study; the measured data of the reference Passive House hasn’t changed anyway, but neither have the specific primary energy values for building materials changed appreciably, according to the latest easily accessible databases. This may change in future, as the energy costs are much higher today than they were 10 years ago and more efficient production methods are now paying off. However, it was not the subject of this article to investigate this.
   - If statements are found in any literature that appear to contradict the findings of this article in part, attention should be paid to the following points for an accurate comparison:\\
@@ Line 94: / Line 94: @@
 ===== See also =====
-[[basics:energy_and_ecology:primary_energy_quantifying_sustainability|Primary energy – quantifying sustainability]]\\
+[[.:primary_energy_quantifying_sustainability|]]\\
-\\
-{{:picopen:microsoft_word_-_03_fact-sheet_embodied_energy_kk.pdf|Embodied energy of thermal insulation - What is that exactly?}}
 \\
+{{:picopen:microsoft_word_-_03_fact-sheet_embodied_energy_kk.pdf|Embodied energy of thermal insulation - What is that exactly}}
+[[basics:energy_and_ecology:Life cycle assessment_Methods, criteria and data|Life cycle assessments: Methods, criteria and data (availability) for assessment]]
 ===== Literature =====
 **[Feist 1997]** Feist, Wolfgang: Lebenszyklusbilanzen im Vergleich: Niedrigenergiehaus, Passivhaus, Energieautarkes Haus, In: Arbeitskreis Kostengünstige Passivhäuser, Protokollband Nr. 8: “Materialwahl, Ökologie und Raumlufthygiene“, Hrg.: Wolfgang Feist, Passivhaus Institut, Darmstadt, 1997, S. V/1 – V/11.
-(A comparison of life cycle balances: Low-energy house, Passive House, energy-autarchic house; in the Research Group for Cost-efficient Passive Houses Protocol Volume No. 8: “Material selection, ecology and indoor air hygiene”, published by Wolfgang Feist, Passive House Institute, Darmstadt 1997, pages V/1-V/11 )
+({{ :picopen:lifecycleenergybalancescompared.pdf |A comparison of life cycle balances: Low-energy house}}, Passive House, energy-autarchic house; in the Research Group for Cost-efficient Passive Houses Protocol Volume No. 8: “Material selection, ecology and indoor air hygiene”, published by Wolfgang Feist, Passive House Institute, Darmstadt 1997, pages V/1-V/11 )
 **[Köhler 1995]** Kohler, N.: Baustoffdaten, Ökoinventare; ifib Karlsruhe; HAB Weimer; ESU-ETH Zürich; 1995
@@ Line 121: / Line 126: @@
 **[SIA 0123]** SIA: Hochbaukonstruktionen nach ökologischen Gesichtspunkten; SIA-Dokumentation 0123; Zürich 1995
 (SIA (Swiss Engineers and Architects Association): Structural engineering based on ecological aspects, SIA Documentation 0123; Zürich 1995)
+**[EuroPHit 2013]**	{{ :picopen:europhit_d4.1_guidelinesforeconomiclifecycleassessment_phi.pdf |"Improving the energy performance of step-by-step refurbishment"}}. Intelligent Energy Europe, 2013 - 2016. www.europhit.eu\\