Hey Steve, but you were absolutely right about Jehmco. That's actually where I bought my Ranco temp controller. They have a really good write-up about the benefits of using a controller on their site (if interested, scroll down to the bottom of the following webpage): http://www.jehmco.com/html/temperature_controller.html
250kWhrs isn't too bad if you are paying the national average for eletricity ($0.12k per kWhrs), but at that time PG&E was raping high electricity users in the Bay Area with a top tier rate of something like $0.47, so instead of it being $30, it was closer to $115. Thankfully rates have come down; they aren't penalizing higher users as much as they used to.
I have heard that rates in the far Northwest are really low, so it may be really cheap to run electric heaters.
The suggestion to use the Kill-o-watt device to test things out on the current system is a good one. It's rated for up to to 1,875 watts, but I went through 3 of them (fried them) testing my 1,800 watt heater setup. They are really cool, but for anyone running anything more than 1,500 watts, I wouldn't bother using them to test things out.
250kWhrs isn't too bad if you are paying the national average for eletricity ($0.12k per kWhrs), but at that time PG&E was raping high electricity users in the Bay Area with a top tier rate of something like $0.47, so instead of it being $30, it was closer to $115. Thankfully rates have come down; they aren't penalizing higher users as much as they used to.
I have heard that rates in the far Northwest are really low, so it may be really cheap to run electric heaters.
The suggestion to use the Kill-o-watt device to test things out on the current system is a good one. It's rated for up to to 1,875 watts, but I went through 3 of them (fried them) testing my 1,800 watt heater setup. They are really cool, but for anyone running anything more than 1,500 watts, I wouldn't bother using them to test things out.