The countryside continued to delight the eye almost everywhere we looked.
At we were assessing the heavily treed spots for possible satellite reception the owner came over and said that if we didn't need a sewer connection we could park in front of the office where water and electricity were available. There were some tall trees to the south west but it looked possible. We have had good luck before in heavier treed areas.
As soon as we were parked Art connected the power and tried the satellite dish. No luck. It kept pointing at the tallest tree, no signal. Art moved the rig 10 feet forward and like magic we had TV news from home!
Next morning Gillian drove off in the car on a grocery run (actually, if truth be told it was a booze run--we were almost out of wine, whisky and vermouth). Upon her return we took a photo of AbqL the traveling rock in front of the campground entrance sign, hooked up the car and were on our way some time after noon.
Two days ago Art had noticed the lettuce getting pretty wilted so rather than just toss it out he stuffed it into a glass with a few inches of water, covered it with a plastic bag and put it in the fridge. Today it looked and tasted crisp and fresh!
One hour and a bit later we set off again, a 2 hour run brought us to our night camp at Lake Hartwell Campground Campground in Townsville, South Carolina. This park was again a rustic campground, in the trees on gravel and dirt. We had our TV! In spite of the trees the satellite found a hole to peek through--after Art moved the rig forward about 10 feet! We thought we might spend 2 nights here for internet and a bit of sightseeing.
Along the way we had noticed a couple of signs to the "World of Energy" so in the morning we set off to see what it was all about.
It was interesting and informative anyway and quite well done. Duke Energy is the company that provides electrical power to the area and uses a combination of coal fired steam, hydro electric and nuclear. The very large artificial Hartwell Lake is one part of the water supply for the hydro system and is also used for cooling the nuclear plant.
A couple of interesting statistics: only 9% of the US electricity requirements is generated by renewable resources, hydro being by far the largest percentage. Duke Energy burns 4800 tons of coal each day to meet the electric needs of the Carolinas. 2.54 gallons of finely powered coal per one hundreths of a second! During our recent travels we have seen a lot of coal being moved.
We returned to the RV park to recover from our stressful day, a little TV and then to bed, ready to move on in the morning, with Georgia on our minds.