Leasing's a fool's game. We'll eventually install on our garage roof, but need to clean out several decades worth of crap in the garage to find the breaker panel. Will probably also install a substantial motor-generator.
I'd have to look at specs.Instead of a generator, this new battery system is an option
https://gigaom.com/2014/10/21/startup-aquion-energy-shows-off-the-next-generation-of-its-battery-for-solar-the-grid/
Since it's a new year and teh rebates are hot off the press, I spent a portion of the afternoon speaking with a couple different installers here in town with an eye towards a system purchase. While the local utility company continues to vex me, I've decided to see what can be done in spite of them. So far pretty impressed by the people I've spoken too, but these are of course the sales people who will blow so much sunshine up your ass one could provide their own solar power. Currently awaiting a couple of initial estimates/info packets to see how bad it's going to hit the pocket book. If I'm not immediately put off, I'll see how the process goes with the onsite stuff.
andOn average your use 33.75kwh/day. The rough estimate for your system will be approximately $34,000. You will be eligible for a CSU rebate estimated at $7,374. The CSU rebate can be subtracted from your out of pocket expense if transferred to First light Solar bringing your initial cost down to $26,626. You will also receive a 30% federal tax credit. The tax credit can be filed three different ways, depending on how you and your accountant decide to file will determine the amount of the tax credit. Typically customers will receive 30% of the gross cost of the system which is $10,200 in your case. This will bring your net cost down to $16,426.
The tax credit bill is up for renewal in 2016 and it is likely that it will not be extended. So when you speak to your accountant be sure to ask if you will use all of the tax credits by the end of the 2016.
If these figures are appealing to you the next step will be schedule a free evaluation so that I can determine the efficiency of the system and discover any factors that may affect the cost of install.
I have company #2 scheduled for the onsite on the 20th, still working on company #1. They tried to come by earlier this week but we got a ton of snow and they were understandably reluctant to spend time on my roof. Since it looks like the 30% federal tax credit will expire in 2016, if I decide to buy, what stops me from taking max exemptions on my W2 for the remainder of the year and using the tax credit to cover my tax bill for 2015? Anyone?My calculations using 33.10kWh per day amount to an approximately 6.7kW (DC) system and it includes (24) SolarWorld 280W modules, (1) SolarEdge 6000 inverter, all electrical work, disconnects, conduit, wiring, meter socket, module racking, AC electrician, rodent guard, labor, all permits, shipping, and applicable sales tax.
Approximate Gross System Cost $26,000-$28,000
Approximate 30% Federal Tax Credit - $8,100
Approximate CSU Rebate - $5,900
Approximate Net System Cost $12,600-$14,600
·Includes full 25 year warranty on the inverter and optimizers plus FREE MONITORING of the solar modules.
If this ballpark sounds good we can move forward with the Site Visit and Estimate (usually scheduled 1-2 weeks out). During that Site Visit we will measure your roof slope, azimuth, dimensions, look at your electric service panel, take pictures, etc. Then we prepare a formal estimate for your review and approval.
Any idea what the efficiency is from the panel through the inverted are? Things can get tricky in the AC world. If there aren't things like power correction factors you can output power that isn't useable, (voltage and current out of phase). I'm no electrical engineer but that would be something I would check into.So far I've weeded it down to two different installers:
and
I have company #2 scheduled for the onsite on the 20th, still working on company #1. They tried to come by earlier this week but we got a ton of snow and they were understandably reluctant to spend time on my roof. Since it looks like the 30% federal tax credit will expire in 2016, if I decide to buy, what stops me from taking max exemptions on my W2 for the remainder of the year and using the tax credit to cover my tax bill for 2015? Anyone?
Are you referring to "Net metering"? Basically where the meter spins backwards? My understanding is that the way it works with my local utility, is any system I have installed cannot be larger that 120% of my last 12 month average. You get "credit" for what ever you put back into the system to be used if you ever have to draw from the grid, but it's not like CSU is going to cut me a check every month. It's my "plan" to go with that 120%, then in a year or two, purchase an electric vehicle of some sort. Hopefully what we would produce with the solar panels would offset what ever additional use having an electric car would would cause.Any idea what the efficiency is from the panel through the inverted are? Things can get tricky in the AC world. If there aren't things like power correction factors you can output power that isn't useable, (voltage and current out of phase). I'm no electrical engineer but that would be something I would check into.
$8100 is 30% of $27000. Since the quote an approximate range, I assume they are using 27000 to split the difference.'squeeb, both quotes sound in the right ballpark. I note somewhat warily that $8,100 is neither 30% of $26k or $28k re the second quote. Credit perhaps is off gross price ex state sales tax?
Westy is referring to the efficiency of the inverters, I believe, rather than net metering.
About the 120% upsizing limit: if you say you're going to get an EV I think they let you tack on another 20 or 25%, if that's something that appeals to you.
Finally, what would limit you is if your overall tax burden is less than the credit amount, as I believe it's not a refundable credit or one that carries forward to future years if not taken entirely. Whether you withhold nothing via W-4 trickery or withhold the normal amount and get the credit as a lump sum at tax time doesn't change this math.
this is assuming you stay connected to the grid, yes?Are you referring to "Net metering"? Basically where the meter spins backwards? My understanding is that the way it works with my local utility, is any system I have installed cannot be larger that 120% of my last 12 month average. You get "credit" for what ever you put back into the system to be used if you ever have to draw from the grid, but it's not like CSU is going to cut me a check every month. It's my "plan" to go with that 120%, then in a year or two, purchase an electric vehicle of some sort. Hopefully what we would produce with the solar panels would offset what ever additional use having an electric car would would cause.
Without storage you have to stay connected to the grid. If you have less than adequate storage you still could have enough for emergency use with a disconnect setup rather than an overpriced natural gas generator setup you'll probably never need...this is assuming you stay connected to the grid, yes?
what kind of asshat would go solar and just get panels with no storage?Without storage you have to stay connected to the grid. If you have less than adequate storage you still could have enough for emergency use with a disconnect setup rather than an overpriced natural gas generator setup you'll probably never need...
yes.this is assuming you stay connected to the grid, yes?
Off grid systems are significantly more expensive. Batteries are not cheap.what kind of asshat would go solar and just get panels with no storage?
I can't believe you like money too. We should hang out.Because money.
Plus net metering. Though here they've ripped off people. Switched from allowing you to bank your credit and get retail rates to end of the year clearance at wholesale electricity price. Robbing us...Off grid systems are significantly more expensive. Batteries are not cheap.
Colorado Springs Utilities would prefer that you call that "standard industry practice", please.Plus net metering. Though here they've ripped off people. Switched from allowing you to bank your credit and get retail rates to end of the year clearance at wholesale electricity price. Robbing us...
He could also downsize his energy needs by 40% or so. Just have the wife wash the clothes by hand.It's not a quest for (energy-)ideological purity. 58% is infinitely more than 0%... I'd do it.
I would like to subscribe to your newsletter.What about an awning with solar affixed to get the remaining 42% +
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She is Mexican........He could also downsize his energy needs by 40% or so. Just have the wife wash the clothes by hand.
If that is the case it may be more of a financial benefit for her to get a 4th or 5th job.I would like to subscribe to your newsletter.
She is Mexican........![]()
On a serious note, handwashing and line drying clothes helps. Most people don't realize that automatic dishwasher actually saves water and energy over handwashing dishes etc:He could also downsize his energy needs by 40% or so. Just have the wife wash the clothes by hand.
https://www.energystar.gov/index.cfm?c=dishwash.pr_handwash_dishwashThought you were efficient? A new ENERGY STAR qualified dishwasher uses less than half as much energy as washing dishes by hand and saves nearly 5,000 gallons of water a year!