debit.servus
Well-known member
Say Vandweller A has a 10 MPG van, and lives in Quartzsite during the winter. Vandweller A desires to be in a different biome in Montana or Alberta CANADA to beat the Quartzsite heat 6 months out of the year. He travels 800 miles north for the summer and travels 800 miles back to Quartzsite for the winter. Because he enjoys warm days and cool nights in the summer, he doesn't need A/C.
Vandweller B is poor, a deprevationist or doesn't desire to ever be in a non-desert biome. He stays put in Quartzsite and rents a spot with pay-as-you-go electricity rate. Vandweller B has sufficient electric A/C to bring the van down to 72 F. The cost of renting a spot is a variable, so well say $150 per month for a suburban driveway space NOT including electricity. I don't know what the cost per KWH is in Quartzsite so people who live there fill me in.
To make this fair, we will not compare Vandweller B and introduce you to Vandweller C. Vandweller C stays put and spends the summer outside of Quartzsite, He runs his A/C from an ulta-quiet, ultra-efficient holy HONDA generator. He runs it for at least 8 hours a day or whenever the outside temperature prohibits evaporative cooling because he wants to be comfortable in a 72 degree van. Vandweller C thinks he is saving the big bucks not snowbirding, even with the generator burning gas at least 8 hours a day for those six months out of the year. So factor the fuel-per-hour to run a 8000 BTU AC using average summer temperature in Quartzsite with a 15% cushion increase for potential upward heat fluctuation. Vandweller Cs life radius is less than 50 miles if that helps with the cost calculation.
Vandweller A & C have identical regular top, regular cab vans that get 10 MPG highway. They both have decent insulation, and ventalation. Trying to remove variables here...
So who is cheaper, Vandweller A or Vandweller C? We are only comparing the costs to keep cool and comfortable between Vandweller A & C. I believe that it's cheaper to snowbird 1600 miles than to stay put in the Southwest summer. I believe it's cheaper due to the high cost of A/C during peak grid hours and peak heat, and even higher cost from a gasoline generator. This comes down to who burns more gallons of gas? Gas in this hypothetical comparision is $3 a gallon.
Once we have throughly answered this question we can move the discussion more broadly. I get to decide when we broaden the topic.
Vandweller B is poor, a deprevationist or doesn't desire to ever be in a non-desert biome. He stays put in Quartzsite and rents a spot with pay-as-you-go electricity rate. Vandweller B has sufficient electric A/C to bring the van down to 72 F. The cost of renting a spot is a variable, so well say $150 per month for a suburban driveway space NOT including electricity. I don't know what the cost per KWH is in Quartzsite so people who live there fill me in.
To make this fair, we will not compare Vandweller B and introduce you to Vandweller C. Vandweller C stays put and spends the summer outside of Quartzsite, He runs his A/C from an ulta-quiet, ultra-efficient holy HONDA generator. He runs it for at least 8 hours a day or whenever the outside temperature prohibits evaporative cooling because he wants to be comfortable in a 72 degree van. Vandweller C thinks he is saving the big bucks not snowbirding, even with the generator burning gas at least 8 hours a day for those six months out of the year. So factor the fuel-per-hour to run a 8000 BTU AC using average summer temperature in Quartzsite with a 15% cushion increase for potential upward heat fluctuation. Vandweller Cs life radius is less than 50 miles if that helps with the cost calculation.
Vandweller A & C have identical regular top, regular cab vans that get 10 MPG highway. They both have decent insulation, and ventalation. Trying to remove variables here...
So who is cheaper, Vandweller A or Vandweller C? We are only comparing the costs to keep cool and comfortable between Vandweller A & C. I believe that it's cheaper to snowbird 1600 miles than to stay put in the Southwest summer. I believe it's cheaper due to the high cost of A/C during peak grid hours and peak heat, and even higher cost from a gasoline generator. This comes down to who burns more gallons of gas? Gas in this hypothetical comparision is $3 a gallon.
Once we have throughly answered this question we can move the discussion more broadly. I get to decide when we broaden the topic.