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--- basics:energy_and_ecology [2020/09/14 13:38] – alang
+++ basics:energy_and_ecology [2024/08/08 12:24] (current) – yaling.hsiao@passiv.de
@@ Line 1: / Line 1: @@
 ====== Energy and ecology ======
+Buildings play a big role in climate protection and sustainability, as they are responsible for 35% of energy consumption worldwide. The carbon dioxide emissions caused by them are even increasing further, by around 1% per year according to the International Energy Agency. Read more about Energy efficiency and greenhouse gas emissions over the life cycle. [[basics:energy_and_ecology:Energy efficiency and greenhouse gas emissions over the life cycle|Energy efficiency and greenhouse gas emissions over the life cycle]]
 ==== Greenhouse effect and climate protection ====
-Everyone is now aware that the Earth is “suffering from fever” – this was the headline featured on the front page of a popular German newspaper on 5th November 2006. On 2nd February 2007 the IPCC (Intergovernmental Panel on Climate Change) published its new “Climate Change 2007” report. Slowly the realisation that it is now time to act, is sinking in.
+Everyone is now aware that the Earth is “suffering from fever” – this was the headline featured on the front page of a popular German newspaper on 5th November 2006. On 2nd February 2007 the IPCC (Intergovernmental Panel on Climate Change) published its new “Climate Change 2007” report. Slowly the realisation that it is now time to act, is sinking in. [[.:energy_and_ecology:greenhouse_effect_and_climate_protection|Read more..]]
-[[Basics:Energy and ecology:Greenhouse effect and climate protection|Read more..]]
 ==== Primary energy – quantifying sustainability ====
-The primary energy demand determines the impact on the environment.
+The primary energy demand determines the impact on the environment. [[.:energy_and_ecology:primary_energy_quantifying_sustainability|Read more..]]
-[[Basics:Energy and ecology:Primary energy – quantifying sustainability| Read more..]]
 ==== Primary energy renewable (PER) - The assessment method for a renewable future ====
-Primary energy renewable (PER) is the building assessment system for a future energy supply system dominated by renewable sources.
+Primary energy renewable (PER) is the building assessment system for a future energy supply system dominated by renewable sources.\\
-[[Basics:Energy and ecology:Primary Energy Renewable PER|Primary Energy Renewable (PER)]]
+[[.:energy_and_ecology:primary_energy_renewable_per|Primary Energy Renewable (PER)]]
-==== Embodied energy and the Passive House Standard ====
-With energy-efficient construction, the primary energy demand for the application of electricity during the period of use, as well as the embodied energy of the building materials become increasingly significant.
-[[Basics:Energy and ecology:Embodied energy and the Passive House Standard|Read more..]]
+==== Life cycle energy balances, Embodied energy and the Passive House Standard ====
+With energy-efficient construction, the primary energy demand for the application of electricity during the period of use, as well as the embodied energy of the building materials become increasingly significant. [[.:energy_and_ecology:embodied_energy_and_the_passive_house_standard|Read more..]]
 ==== Renewable sources of energy ====
-There are great potentials in improving efficiency, and in addition, energy efficiency and renewable energy go hand in hand for solving the issue of climate protection. [[Basics:Energy and ecology:Renewable sources of energy|Read more..]]
+There are great potentials in improving efficiency, and in addition, energy efficiency and renewable energy go hand in hand for solving the issue of climate protection. [[.:energy_and_ecology:renewable_sources_of_energy|Read more..]]
 ==== Zero-energy and zero heating energy houses ====
-The very first zero-energy houses which were built in the 1970s required complicated and costly technical systems. Today however, experience with low-energy houses has shown a more practical and easier approach: cost-efficient highly insulated houses without any heating systems, called Passive Houses, constitute the standard of the future. [[Basics:Energy and ecology:Zero-energy and zero heating energy houses| Read more..]]
+The very first zero-energy houses which were built in the 1970s required complicated and costly technical systems. Today however, experience with low-energy houses has shown a more practical and easier approach: cost-efficient highly insulated houses without any heating systems, called Passive Houses, constitute the standard of the future. [[.:energy_and_ecology:zero-energy_and_zero_heating_energy_houses|Read more..]]
 ==== Energy efficiency – the key to future energy supply ====
-Energy efficiency does not mean that one has to feel cold all the time. Improved efficiency means that it is possible to provide more comfort while consuming less energy at the same time. It is all about intelligent technology and not about having to forgo comfort. [[basics:energy_efficiency_-_the_key_to_future_energy_supply| Read more..]]
+Energy efficiency does not mean that one has to feel cold all the time. Improved efficiency means that it is possible to provide more comfort while consuming less energy at the same time. It is all about intelligent technology and not about having to forgo comfort. [[.:energy_efficiency_-_the_key_to_future_energy_supply|Read more..]]
 ==== Supplying Passive Houses with sustainable energy ====
-Climate change caused by humans is a threat to flora, fauna and our entire civilization. We must therefore reduce net greenhouse gas emissions to a sustainable amount. Possible future solutions in the building sector include zero-carbon / zero-emissions buildings, which are already required in some areas. [[planning:building_services:heating_and_dhw:Supplying Passive Houses with sustainable energy|Read more...]]
-\\ \\
-[[https://www.passipedia.org/phi_publications#research_group_proceedings | Read more in the Passive House Institute's publications]]
+Climate change caused by humans is a threat to flora, fauna and our entire civilization. We must therefore reduce net greenhouse gas emissions to a sustainable amount. Possible future solutions in the building sector include zero-carbon / zero-emissions buildings, which are already required in some areas. [[:planning:building_services:heating_and_dhw:supplying_passive_houses_with_sustainable_energy|Read more...]]\\
+[[https://www.passipedia.org/phi_publications#research_group_proceedings|Read more in the Passive House Institute's publications]]
+----
+==== See Also ====
+[[basics:energy_and_ecology:Increase in electrical load in the grid through a systematic heat pump strategy in Germany |Increase in electrical load in the grid through a systematic heat pump strategy in Germany]]