At first glance, I thought this article on home rebates was interesting enough. It supplied a list of potential rebates if certain systems were installed. Rebates for energy saving improvements are often great, and I have taken advantage of them myself. Last spring, we took advantage of the insulation program where a qualified company would come in and spray insulation into your attic and then submit for the credits through a split between Rocky Mountain Power and Questar Gas.
I thought it was a great program because I had to put up very little of my own money to get this service. The insulation company completed the rebate forms and even submitted them so I didn't even have the cost of my time in this. That's a good deal for me.
It would not have been such a great deal for me to put out a lot of my own money and/or time to get a much smaller rebate in return. And that is when it hit my what was wrong with the article. There were no example prices listed. Usually, in an informational article like this, one would expect to see examples. Hey look, if you spend $2,500 on this fancy new gadget, you could be in for a rebate of up to $1,000, something like that. All the article states are the potential rebates, but nothing, other than a description of the types of systems, on the systems themselves.
So I went looking.
Let's look at this one first:
While it's tough to quantify precisely the cash returns, in general the State Energy Program estimates a 1-kilowatt solar photovoltaic system would qualify for a $2,000 rebate. Such as system would generate the equivalent of about a 1 1/2 -month electricity supply for a typical household.
So out of a 52 week year, this system would get me approximately 6 weeks of power. That's not that much, truth be told. Let's look at the potential prices for a moment. I starting searching for these systems and found quite a few. This one is about average in the price range at $4,750 and that doesn't include the installation, wiring, or service disconnet which which, depending on the needed rating of the wires or the total linear footage needed, could add up to another $1,000 dollars for the install and that assumes no permits are necessary.
To recap, a $5,750 investment could net me a $2,000 dollar rebate leaving me with $3,750 worth of out of pocket, up front costs and only give me about 6 weeks of power out of every 52. Sound like a good deal to you? Not to me.
At first glance, the Solar Thermal System looks like it could potnetially be the best deal. I found this A.O. Smith system for a reasonable price of $1,899 shipped. There are a couple of things that do bother me. The installation could be problamatic as there are a number of pipes that need to be routed up to the roof and back to the heater and if the water heater is in a basement (where most are, frankly), the installation costs could be extreme. The other is a plus/minus for me. It has a 120 gallon water heater which is huge. That could be an issue, but the capacity could be a plus. Without further research on the installation costs, I can only look at the equipment cost versus the rebate. With a potential rebate of $1,500 to $2,000, this one looks promising.
Now on to the wind turbine. This one has the largest potential rebate listed in the article and is the catalyst, I'm certain, for the lead sentence of "up to $5,000" in rebates. From the research I've done, the potential high rebate has to be because of the potential extreme costs associated with installing this unit. First the system is expensive. This, BTW, is just the basic 2.4 KW grid tied system, and it's $6212. and that is just for the turbine. This does not include any installation or even the tower that it sits on. Speaking of which, the list of, shall we say, basic system requirments pretty much eleminates most homes in Salt Lake City:
Will Skystream Work For You?
At least 10 mph (4.5 m/s) average wind speed. Best results at 12 mph (5.4 m/s) or more*
Your property is at least 0.5 acre (0.2 hectare) and has unobstructed views
The local zoning allows a structure that is at least 42 ft (13 m) tall
Your local utility has an existing interconnection agreement for homeowners
How many midvalley homes sit on at least 1/2 an acre? Most suburban homes are in the 1/8th to 1/5 range.
On to the tower. It is a monopole tower that must contain the wiring from the turbine and protect it from the elements. Monopole towers don't have much support (picture a stick in the ground as opposed to a triangle) so a rather large concrete footing needs to be built to support the weight of both the tower and the turbine and the electrical lines will have to be trenced in to the electrical meter. Depending on where the tower is positioned, just the electrical wiring, conduit and tower footing could be a hefty expense and that is before the turbine and tower are even factored in. We already know the cost of the turbine, so what is the cost of the tower? Anywhere from $3,399 to $11,215. Quite the disparity, don't you think?
So the upfront cost just for the turbine and tower are from $9,611 to $17,427. Given the sheet size of the concrete base and the amount of trenching involved with the electrical work, permits will be a certainty and the cost's will be high. I would estimate anywhere from $2,500 to $3,500 and that is a conservative guess and all this is contingent upon the city zoning even allowing you to place one on your property.
Sorry, but there is nothing at all even enticing about this. The costs are huge and the benefits, even after the potential rebates, are quite small. Oh yeah, and the city might not even allow you to put it up and you likely don't have a property big enough for it anyway, but hey, you could get up to $5,000 dollars back......or not.
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