Tuesday, July 26, 2011

Installation Complete!

Tomorrow is the electrical inspection but the system has been running since Friday. The original installation had a hitch at the end and the inverter was blowing fuses left and right. They finally narrowed the problem down to the lightening arrestor.

All of the
panels are in place as well as the inverter, new meter and web-base monitor.

The data monitor requires a password to access, so you'll have to take my word for it. We've had rain every day (but the first day) since the system was installed! Where is the sun?

Monday, July 18, 2011

Installation begins...



[above the DC->AC inverter]


The installer and I designed an 8.1kW DC photovoltaic system. After all the paperwork was completed they finally started work on July 14th starting on the roof and in the basement working their way towards each other...First the railing go up - they are mounted down to the rafters with a heavy duty attachment capable of withstanding a category 3 tornado.

The 2 day install turned into a 4 day install (note: day 4 is tomorrow). And the day the panels went up was a bit brutal outside - but none of the expected thunderstorms materialized.

The next and final hurdle will be getting the town electrical inspector on the premises...





[above - 1 pallet of panels]



[above - the mounting hardware for the rails which the panels attach to]



[above - installing the mounting hardware]



[above - installing the panels]

How we got where we are today

I've been tracking the state of alternative fuel cars pretty heavily since October 2010 but the big earthquake in Japan in March 2011 really put things in perspective for me. That week before the full story (will there ever be a full story) on the status of the nuclear plants which were affected by the tsunami was known I thought "geez, what can I do to wean us off nuclear energy". So I decided to look into what the state of solar was since I don't see dumping my multiple computers, refigerators, mobile phones, etc. any time soon.

I looked online at some of the national solar installers (www.1bog.org and www.solarcity.com) - typed in my address and electrical usage, etc. and was pleased to find that my house was well suited for a solar system. And I was even more pleased to learn about all of the federal and state incentives which make the project more affordable.

I called a number of local installers as well as the two national ones above and set about distilling the competing proposals into something which I could understand. In the end nothing was compelling me one way or the other so I asked a friend who recently had panels installed and he recommended a particular brand and panel due to their high efficiency. I went back to the installers to see who could supply such a system and that was that.

For me if the system is going to be operable for 20 years it makes sense to go with the most efficient one (within reason). Besides I didn't know if I was getting a "Hyundai" or a "Cadillac" (no offense intended). I calculated the payback to be linear even though the up-front cost was higher. So thank you Tom for the good advice.



[above - my roof before work begins]