I have had an outdoor
wood stove for about three years now. The wood boiler heats the water
that runs through my concrete floors (yes, all three levels). I love the
radiant floor heat, and the wood cutting is not so bad. As long as I keep
the pieces no more than two foot in length and that I can lift them, no
splitting involved. I've gotten pretty used to a chainsaw, in my mind
anyway. I have a pair of chaps (thank goodness) to protect my legs and
even have a few holes in them - hence the necessity of them. But I have
given up on cutting trees down. I can cut them up, usually, but I leave
the cutting down part to an expert or whoever else I can convince to do the
job.
Today, I had some
rather large pieces and decided it would be a lot easier if they were
split. I've watched people split wood with a wedge and axe and thought I
should give it a go. The first log I chose already had a hole down the
center. I figured half the work was done for me so I should start with an
easy one to build my confidence. I am sure some of you can figure out
what happened...yes, the wedge slipped into the hole and of course got
stuck. How does one pull a wedge back out? It really wasn't helping
at all with the splitting of the wood. Luckily, (of course) I realized
the hole went all the way through and using a screwdriver, a rather large one,
I was able to pound the wedge back out the top.
Then I was able to try
it again. This time it worked and I split another log (with a hole in it
as well) and another. Smooth sailing. Maybe there is no need for a
mechanical wood splitter, but then, I looked at the pile of logs I had left to
split and thought my time could be much better spent and a mechanical splitter
would take about half an hour to finish the lot. Hmmm. Can I
justify the cost? Or do I count the calorie burning, weight
lifting/resistance as a gain and just do it by hand?
Thinking about living off-grid, live off-grid, dream of it? This blog is about my trials, tribulations and some joys (some) of living a "modern" life without grid power in Iowa.
Wednesday, February 20, 2013
Friday, January 25, 2013
Stove is fixed, I think?
So, the stove issue was finally resolved by the last ditch effort – replacing the rope seal on the door. Of course it has to be one of the coldest days of the winter to stand outside with the stove door open, pulling off the old rope, applying an adhesive for the new rope and placing the new rope around the inside of the door. That's it? After a few months of scratching my head?
But now the wind monitor has really gone kaput. This was the only monitor that told me the battery percentage (which is fairly useful) and the wind production. The monitor has never worked properly in the two years that I have had it. This is the second device the company sent, and it still doesn't work. Whenever I run the generator, the device display goes out. If I unplug the wires and replug them in, then it works. But not this time. It is time for a different wind and battery monitor.
Wednesday, January 16, 2013
Stove Issue 2+
Cleaning the creosote
wasn't the solution. The water had reached a temperature over 200 degrees
and by early morning it was down to 124. I guess I better try adjusting
the door today. I picked up a real - normal sized crescent wrench from my
dad's shop.
It was an easy job - loosen the nut, tap the bolt towards the stove and retighten the nut. I added wood to the fire and waited. The temperature seemed to stay the same. Maybe this has done the trick.
I left for a few hours, but came back and the stove was over 200 degrees again. What's the deal here? In the dark, I readjusted the door making it even tighter. Now I will have to wait until morning to see if the tighter door solves my issue.
Easy, right? But that wasn't all...Today I noticed that my monitor for the wind and battery percentage was out - the screen had gone blank. This usually happens every time I run the generator to recharge the batteries. But I haven't ran the generator for a few days and it was working fine this morning. So, I did what I always do, unplug it, wait a few seconds, replug it and...Nothing. I checked the wires, they were all attached... I guess this one is beyond me.
There must be some device that will tell me what my wind turbine is producing and my battery percentage. Voltage readings do little for me.
It was an easy job - loosen the nut, tap the bolt towards the stove and retighten the nut. I added wood to the fire and waited. The temperature seemed to stay the same. Maybe this has done the trick.
I left for a few hours, but came back and the stove was over 200 degrees again. What's the deal here? In the dark, I readjusted the door making it even tighter. Now I will have to wait until morning to see if the tighter door solves my issue.
Easy, right? But that wasn't all...Today I noticed that my monitor for the wind and battery percentage was out - the screen had gone blank. This usually happens every time I run the generator to recharge the batteries. But I haven't ran the generator for a few days and it was working fine this morning. So, I did what I always do, unplug it, wait a few seconds, replug it and...Nothing. I checked the wires, they were all attached... I guess this one is beyond me.
There must be some device that will tell me what my wind turbine is producing and my battery percentage. Voltage readings do little for me.
Monday, January 14, 2013
The Stove Issue
I didn’t fire up my outdoor wood boiler until around
Thanksgiving. But this year, I have been having this ongoing problem of
the stove either overheating at 212° or burned to ashes at 125° when it should
be regulating itself between 165 and 175. I have pondered this for
months. At first I just figured I was filling the wood box too full when
the air temperature was still above freezing. That idea was struck down
by our one and only blizzard of the season, right before Christmas - I had to
open the windows because I was trying to cool the house down in order to get
rid of the excess heat in the wood boiler.
Was the wood too
dry? After all, this is the oldest wood I have ever burned, it was cut
last winter, and it was a very hot, dry summer...Would that make such a huge
difference? And don't worry, I checked everything - the damper was
working, the chimney wasn't plugged, the pumps are circulating as expected and
the house was warm.
Scratching my head, I
decided to do the next thing on my trouble shooting list: call the
installer/repair person/expert. Just as I had thought, too much air into
the stove is causing the fire to continually burn. I scraped and
chiseled (with the largest flathead screwdriver I own) the creosote from around
the door.
The second item
was to check and adjust the door because it may not be sealing tightly.
For this I needed a crescent wrench, but I don't have one. However I did
find the smallest ever, monkey wrench? It was in a small rusty toolbox I
had gotten from my grandfather. The wrench was a bit rusty, but the clamp
adjusted - I was in business. Keep in mind it is getting dark by
now. I couldn't seem to get the wrench adjusted right, but yet I couldn't
really see what I was doing either. Then something fell to the ground,
hmmm. It was the top half of my wrench. It didn't fall off, it
broke off.
Well, maybe
scraping the creosote would do the trick?
Wednesday, January 2, 2013
Introduction to My Life Off-grid
I am by no means an expert and I really don't have many answers, but life off-grid for me has been a lot of trial but mostly error, and is full of surprises, some laughable and some not so much. It is hard to explain to people why my life is sort of "complicated" and why I closely watch the weather forecasts. That is the reason for this blog.
Well, it all started
with 80 acres of land with a pond and a house plan. Perhaps locating the power grid before
planning would have been helpful, but it was 80 acres of beautiful land with a
pond. And so an 8kw standby generator was purchased
and the house building began in 2006.
Things never go as planned. Isn't that one of Murphy's Laws? The house looks conventional and modern. The walls (three stories) are built of ICFs. All three floors are concrete with in floor heat. The interior walls are not load bearing and were added at the end. The roof is metal and there is a single stall, double length garage on the north side. The south facing side is nearly all large windows, few windows on the west and only one on the north. There are overhangs on the south side to keep out the summer sun but allowing the winter sun to warm up the floors. I ended up finishing the inside myself (including interior walls).
After receiving an outrageous quote from the local power company to install power lines not only from the road to the house but also down the road, since there weren't even lines along the road, the decision to go off-grid was final. The first part of the plan was to install an inverter and 16 L16 deep cell batteries that would be charged by the generator to keep the power in the house. Then the 8 135 watt solar panels were installed on a pole. Unfortunately, when the system was first hooked up, the generator started to charge the batteries, something happened that basically fried the generator. Of course no one (installer, generator company) would take responsibility. And so another generator was purchased and hooked up to the system in 2009.
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