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andycoffwa / resource-conservation.md
Last active February 7, 2019 02:58
Andy's theory of resource conservation and optimisation

Andy's theory of resource conservation and optimisation

  1. Whole-of-life costs (life-cycle costs) are an important proxy for total resource consumptoin
  2. Externalities should be quantified, values and added in to the total life-cycle cost
  3. BUT quantifying the and valuing externalities is exceedingly difficult
  4. I dont know what to do about 3 and I haven't seen any good solutions to this, yet
  5. CO2-e is, in my subjective view, the most important externality to control as climate change is the generates existential threat to humanity and many other life forms on Earth

HYPOTHESIS

In instances where externalities cannot be easily quantified and valued, basing purchasing decisions solely on whole-of-life cost will, on average, result in lower total resource consumption AND lower the effects caused by externaliities.

{
"general-vars": {
"npv-discount-rate": 0.06,
"cost-escal-rate": 0.025
},
"tariff-vars": {
"solar-feed-in": 0.12,
"tariff-comments" : " # tariff are in $/kWh (ex GST)\n
# no tranche cut-offs assumed\n
# daily supply charge $/day (ex GST)\n
{
"user-id": "coughy@gmail.com",
"user-device-id" : "BE01-5C:CF:7F:85:63:EE",
"customer-type" : "domestic dwelling | commercial",
"module-id" : "Generic 60",
"pvwatts-vars" : {
"module-type": 0,
"array-type": 1,
"address": "4/146 Hall St, Bondi Beach 2026",
"timeframe": "hourly"