Hanneke cleaning the dust off the panels before we connect them up to the control gear. That's the satellite broadband dish behind her.
A view of the panels on the roof - taken from the roof of the shipping container we are using for storage.
Gordon spent about four days helping Dave (the designer and installer) put the system in, as well as another 4-5 days lining the walls where the internal controls are mounted, and building a box to house the 24 batteries. One day the whole shed (to become our office) will be lined.
Both Dave and Gordon ended up with "battery back" after lifting all the batteries (32kg each) into the box one evening and positioning them accurately so that they could be connected up. Those are (some of) the batteries in the box at the bottom of the photo.
It is amazing to have so much power available, after years of limiting ourselves to only two lights at a time and not being able to run things like power tools, washing machine, or iron unless we turned the generator on.First big test was to do a load of washing in our antique, $100, washing machine that uses gross amounts of power and water. We tried it in the afternoon when the batteries were near fully charged - it didn't even take any power from the batteries, just some of what was coming from the panels on the roof, with some left over to go into the batteries. Wow!
The generator will retire now, until we get at least three days of no sun, when it will be needed to charge the batteries - maybe. Not sure just how many days the system can go without reaching a critical level, could be up to five.You can see how the panels sit down low on top of the eastern and western awnings - to keep the wind loading down as much as possible.
All the bare ground is from the levelling for the house and new shed sites. The two steel pegs in the foreground with the yellow tape on them mark the western end of the house (one day).
[photos by Dave Keenan - system designer and installer - contact me for his details]
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