After three days of work, the PV system is installed, connected to the grid, and producing power. This is a 4000 watt grid-tied system, estimated to produce an average 400 kWh/month. The system was installed using State of Ohio grant money combined with the remainder financed by my wife and I.
24 X Sharp 167 Watt panels and Sunny Boy 4000 Watt inverter.
Installation by Dovetail Solar and Wind. I had wanted to do this myself, but in order to be eligible for the state grant money, it had to be done by a certified installer (which I am not!).
Ma. also has some good PV programs - they pay a certain amount per watt, and more if the solar PV is made here (Evergreen solar) and then even more if your house is not worth a lot and your income is below a certain amount.
Unfortunately, the state discontinued the program as of (I believe) March 4. I got in just in time. By the way, the three amigos in the picture are of the guys who did the installation. The other dude, Drake, is the electrician. He just moved here from Colorado.
Looks nice. NJ has some nice rebates but I don’t qualify because I have too many trees blocking my southern exposure and trees not on my property or even my neighbors…
I saw something on DHDT (Discovery HD theater channel) where they interviewed Larry Hagman (of the TV series Dallas fame) who has a ranch somewhere with 3 huge-ass solar arrays… said he was paying like $2800/mo in electric bills and the system would pay for itself in 10 years.... $2800x12 = $33,600 x 10 years = $336,000. Now that’s a pretty expensive system. Said his main electric solar array did 6000kv/month or something like that and he had one just for his water pump (400ft aquifer) one for his house and another one which wasn’t specified…
Solar without the state rebates is not feasible for me and in any case, my electric bills are very low to begin with… something like $14-$22 a month. But for fun, I looked into it when I moved in.
Mike, if you don’t mind telling. What did the total cost of this come in at? How much was your rebate? I just got my electric bill and need to do something. The wife just won’t get on board with all the energy saving things I want. She tries but gets frustrated turning on/off powerswithes, different lighting from CFL’s, pulling the window shades at night during winter, opposite in summer, etc, etc. Dare I say she likes things convenient and figures the extra $50 bucks a month is worth it.
Total system cost was around $32,000+, installed. We had a site visit, and shading/roof pitch/compass direction were determined. The system was designed around this, along with roof area. Turned out ours was nearly ideal - almost due south and 10/12 pitch roof.
We got our quote and sent the application to the state. Our grant was around $14,XXX ($3.XX/Watt).
We had to finance the entire amount, have it installed, and then state inspected. Once everyhting is done, we will get our check. The bank has committed to reducing our loan by the grant amount when it is deposited.
Federal taxes for 2008 will get us a $2000 tax CREDIT (availabe nationwide).
Our final out-of-pocket cost (not including financing, closing costs, ect.) will be in the $15,000+ range. Payback about 15 years assuming (I think) 2% rate increase /year. However, our power company faces deregulation, and the state is talking about re-regulation. Power company still say we’d be facing rate increases of at least 30% regardless, so we might be looking at quicker pay back period.
Awesome Mike. With the heatpump and solar you folks have taken that old place into the future. Wish that was my house but WA state only kicks in for rebates if the equipment is made in WA. Unfortunately, it may be years (if ever) that we will have good choices for made in WA panels. Then there is that redwood on the south side of the house ...
I am looking into a solar hot water system; need a site visit to make sure garage is not blocked
by too many trees( if so cut em down thats next years fuel!!!!!)
State kicks in 2500
Feds take the same 2000 with the tax credit.
Total cost 10000-2K -2.5K= 5,500 . Pay back I think 8-10? years.
Not sure how much oil I burn to heat hot water for 2 preteens wife and myself but I gotta
believe that once both kids are teenagers I will be needing a lot more hot water!!
I’m jealous. Our house here in NH faces ESE and we are on the bottom of the north side of a steep forested hill. Not much sun from October thru February. May try to do solar hot water but wish we could o what you’ve done. Nice job!
Thanks for all of the positive feedback. The electric industry is supposed to be “deregulated” at the end of ‘08, but Ohio legislature freaked out when they saw rates go up 70%+ in other states, so they’re scrambling to “re-regulate”.
Currently, it’s $79 for 650 kWh, but the actual rate is (I think) $0.067/kWh, with a bunch of other BS tacked on, sort of like the phone bill.
Next project will be to ditch the propane on-demand water heater and replace it with solar.
483 kWh after four weeks of production (exactly 28 days). I have seen a high of 28 kWh in one day, and a low of 9 kWh in one day. We have had some pretty cloudy skies lately, so I’m curious what those consecutive long, sunny summer days will bring. I’m hoping for a high monthly production of 650+ kWh (average 21 kWh/day).
Here’s another picture, highliting the glory of the panels...we are currently about 100 kWh “in the bank” for this period.
That would almost completely get me off the grid...my highest bills are rarely over 600kwh, normally under 450 in the spring and fall (when we’re not running the heat or cooling).
I like the fact that you basicaly just covered one whole side of the roof, looks alot cleaner that way. Do you have a cleaning and maintenance schedule? I’ve always thought that a well applied coat of Rain-X or similar product would be a good idea for solar panels to trya nd keep them as clear as possible.
I asked the same question to the “expert”. No maintenance. Just let it hum through the days. I suppose a little pollin or dust might affect efficiency in the fraction of a percent range, but not enough for me to risk my life. The rain seems to do a good enough job.
Interesting. The rain around here is pretty dirty so I was just curious. Since you have a meter you can check regularly it shoud be easy enough to determine if you’re running at peak efficiency or not and if a regular cleaning helps improve it.
