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wiki:resilience:energy [2021/03/15 19:42] – jaffa | wiki:resilience:energy [2021/03/15 21:31] (current) – jaffa | ||
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====== Energy ====== | ====== Energy ====== | ||
+ | 15-03-2021 -> this page is under construction | ||
+ | |||
It appears at the onset of 2021, that worldwide energy supplies are peaking in extraction rates, specifically oil. This would suggest that into the future, continued stagnation of economic activity will occur. The 1972 book Limits to Growth outlined the consequences to the global industrial civilization should business as usual be continued into this century (collapse). The purpose of this site is not to repeat the findings of the modelling, but rather present potential adaptations to this predicament, | It appears at the onset of 2021, that worldwide energy supplies are peaking in extraction rates, specifically oil. This would suggest that into the future, continued stagnation of economic activity will occur. The 1972 book Limits to Growth outlined the consequences to the global industrial civilization should business as usual be continued into this century (collapse). The purpose of this site is not to repeat the findings of the modelling, but rather present potential adaptations to this predicament, | ||
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* Petroleum | * Petroleum | ||
- | The energy decent future will likely result | + | The case of catastrophic decline is not considered |
- | Whilst this may be decades into the future, preparation for this eventuality are prudent. There are limitations to what sources of energy can realistically be sourced locally, and they are outlined below in this article. This website will focus only on the possibilities as currently perceived. | + | Catastrophic failure |
===== Possibilities ===== | ===== Possibilities ===== | ||
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* Wind | * Wind | ||
* Sunlight | * Sunlight | ||
+ | |||
+ | The use of all the sources, except firewood, need not be explained. Solar PV does rely on the industrial economy for production but it is the view of this author, that in the present context its use should not be excluded from consideration. Wind and sunlight have been used for thousands of years, to dry clothes, food or to pump water such as through the use of a wind-mill. | ||
==== Firewood ==== | ==== Firewood ==== | ||
- | Firewood is perhaps the most accessible energy source in the local context. If resources are managed appropriately, | + | Firewood is perhaps the most accessible energy source in the local context. Correct use is important to prevent annoyance of neighbors and incorrect use of resouces. If resources are managed appropriately, |
- | [[:plants|white_lead_tree_river_tamarind]] | + | ^Timber Source^Comment^ |
+ | |[[:plants:white_lead_tree_river_tamarind|Leucaena]]| Fast growing, already established in the local area, drought hardy| | ||
+ | |[[: | ||
+ | == Wood stove == | ||
+ | ^Link^Comment^ | ||
+ | |[[: | ||
+ | |[[: | ||
===== Difficult or Impossible ===== | ===== Difficult or Impossible ===== | ||
- | These sources of energy are considered too difficult to sustain in a post growth, post industrial context. | + | These sources of energy are considered too difficult to sustain in a post growth, post industrial context |
* Liquid fuels | * Liquid fuels | ||
* Pressurised fuels | * Pressurised fuels | ||
* Baseload electricity | * Baseload electricity | ||
+ | |||
+ | Baseload electricity is listed, as it is the view of the author that as the ability for the state to maintain and repair the large and fragile electrical distribution network will decline. This is due to the exposure of the network to cyclone and natural disasters. | ||