I have been bopping around on the net today and was looking up the average electrical usage of appliances. The biggest user in my house is the hot water tank. I will be doing a cost analysis on the switch to see if it is worth it in the grand scheme of things around here.
One of the other big users especially for us is the clothes dryer. With 4 kids living at home, the washer and dryer seem to be going all the time. With a clothes dryer using as much as 5000 watts of electricity per hour and a dryer working for 3-4 hours per day 5 days a week, there seems to be a place where energy could be saved.
Clothes lines are the obvious, but in wet and colder climates, this is not much of an option most of the year. I decided to look at the problem and I think I have come up with a cool idea that could theoretically save a lot of energy for the average household.
I believe that if a solar collector was built on the side of a house on a south facing wall. The collector would have to be 8' tall at least 6' wide and approximately 3 1/2' deep. The idea would be to take an old nonfunctioning clothes dryer and scavenge the parts needed. Heck even a good used working one only costs $75. Inside the heat collector, you would remount the drum and rotating motor with belt. Then using the door, you could mount the door on the interior of the house wall. Basically you are using the heat collector to replace the heating elements of the dryer. I think it would be a good idea to pour a concrete floor with a drain in the bottom of the collector so that draining water from the drum has a place to go. A three foot splash guard from the floor up would be a good idea too. The electric motor used to turn the drum only takes about 450-500 watts to turn the drum, so theoretically you could be saving as much as 4500 watts of electricity per hour and in our house that could mean as much as 1kw a weak.
One of the other big users especially for us is the clothes dryer. With 4 kids living at home, the washer and dryer seem to be going all the time. With a clothes dryer using as much as 5000 watts of electricity per hour and a dryer working for 3-4 hours per day 5 days a week, there seems to be a place where energy could be saved.
Clothes lines are the obvious, but in wet and colder climates, this is not much of an option most of the year. I decided to look at the problem and I think I have come up with a cool idea that could theoretically save a lot of energy for the average household.
I believe that if a solar collector was built on the side of a house on a south facing wall. The collector would have to be 8' tall at least 6' wide and approximately 3 1/2' deep. The idea would be to take an old nonfunctioning clothes dryer and scavenge the parts needed. Heck even a good used working one only costs $75. Inside the heat collector, you would remount the drum and rotating motor with belt. Then using the door, you could mount the door on the interior of the house wall. Basically you are using the heat collector to replace the heating elements of the dryer. I think it would be a good idea to pour a concrete floor with a drain in the bottom of the collector so that draining water from the drum has a place to go. A three foot splash guard from the floor up would be a good idea too. The electric motor used to turn the drum only takes about 450-500 watts to turn the drum, so theoretically you could be saving as much as 4500 watts of electricity per hour and in our house that could mean as much as 1kw a weak.