basics:passive_houses_in_different_climates:passive_house_in_the_global_south
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basics:passive_houses_in_different_climates:passive_house_in_the_global_south [2024/03/01 10:38] – susanne_theumer | basics:passive_houses_in_different_climates:passive_house_in_the_global_south [2024/04/16 15:57] (current) – [See also] yaling.hsiao@passiv.de | ||
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- | In other words, how high the increase in the energy demand will be for these regions will depend on the solutions that we implement today. So we need to start planning for high energy efficiency and avoid interim solutions. Luckily, Passive House has proven to be a viable solution for this that goes way beyond energy savings of the individual building – it can play a direct role in achieving many of the current sustainable global aims (for [[example the SDG’s | + | In other words, how high the increase in the energy demand will be for these regions will depend on the solutions that we implement today. So we need to start planning for high energy efficiency and avoid interim solutions. Luckily, Passive House has proven to be a viable solution for this that goes way beyond energy savings of the individual building – it can play a direct role in achieving many of the current sustainable global aims (for [[.: |
**So, how is Passive House looking in those regions?** | **So, how is Passive House looking in those regions?** | ||
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Some examples of the initiatives in the country are: | Some examples of the initiatives in the country are: | ||
- | * **The analyses carried out for the first Nationally Appropriate Mitigation Actions (NAMAs) for Sustainable Housing: **showing that Passive House is the most economical option when looking at the costs during the whole life cycle of the building. And this holds true for different typologies, under different climate requirements and even on a present scenario where not all Passive House components are available in the market. This was carried out first for [[https:// | + | * **The analyses carried out for the first Nationally Appropriate Mitigation Actions (NAMAs) for Sustainable Housing: **showing that Passive House is the most economical option when looking at the costs during the whole life cycle of the building. And this holds true for different typologies, under different climate requirements and even on a present scenario where not all Passive House components are available in the market. This was carried out first for [[https:// |
* **DEEVi Tool: | * **DEEVi Tool: | ||
* A [[https:// | * A [[https:// | ||
[{{: | [{{: | ||
- | * **Pilot projects - New housing: | + | * **Pilot projects - New housing: |
[{{: | [{{: | ||
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Two projects have been certified in Argentina in 2022, both located in the province of Buenos Aires. One is [[https:// | Two projects have been certified in Argentina in 2022, both located in the province of Buenos Aires. One is [[https:// | ||
- | |[[{{: | + | |[[: |
|Figure 9 First Passive House projects certified in Argentina|| | |Figure 9 First Passive House projects certified in Argentina|| | ||
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* In 2016, a [[https:// | * In 2016, a [[https:// | ||
- | * A similar analysis to the ones carried out for Mexico confirms that Passive house is technically and economically feasible in many different climate zones in India, even in current market conditions, where many components are not locally available. The image below includes an example from this study. More details regarding the Passive House buildings are also available on [[Passipedia|]], and the results of these study, as well as the prototypes to the Passive House level were published as part of a **Catalogue of Replicable Designs** | + | * A similar analysis to the ones carried out for Mexico confirms that Passive house is technically and economically feasible in many different climate zones in India, even in current market conditions, where many components are not locally available. The image below includes an example from this study. More details regarding the Passive House buildings are also available on [[.: |
- | |[[{{: | + | |[[: |
|Figure 12 Example of the capital and energy costs for one of the prototypes of multi-family buildings in India|| | |Figure 12 Example of the capital and energy costs for one of the prototypes of multi-family buildings in India|| | ||
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===== See also ===== | ===== See also ===== | ||
- | [[Passive Houses in tropical climates|]] | + | [[basics: |
basics/passive_houses_in_different_climates/passive_house_in_the_global_south.1709285916.txt.gz · Last modified: 2024/03/01 10:38 by susanne_theumer