Category Archives: Propane/Fossil Fuels

After the Fire Came a Still Small Voice

We have been told we are too long in updating our progress, and this is true, but not out of negligence, dear reader. In large part, today’s post is made possible by the recent completion of a store with wifi near our house, as our host’s internet proved inadequate to reach us (soon to be amended). This was compounded by the abrupt and complete death of the Mrs’ laptop battery upon moving to the tiny, rendering successful Internet access even more difficult. Funny on hindsight, not so funny at the time!

Moving was a painful process. As always, we were disgusted by how much stuff we had, but this time, we had to find new homes for so much of it, and organize it according to “we are using,” “we will be using,” “we need to re-home,” “we need to recycle,” and “we need to store.” We do not like to throw things away, because the landfill has enough in it already. Organizing as we packed and moved proved logistically complicated. As it turns out, Americans on Craigslist like to look the gift-horse in the teeth. We gave away a lot of our very usable stuff for free, only asking that the new owners pick it up themselves (with our help), and yet it took a great deal of effort just to make that happen. We were amazed at how well people have been trained as consumers that they don’t even want free things unless they are in pristine condition or they are gouging the other person. There is no “fair price,” only “I win, you lose.” We did find some good homes for things, eventually, but it took a lot longer than we expected.

We are also happy to report that we are bibliophiles in reform. We have finally come to the realization that you can have too many books, and we both do. We took many boxes to Powell’s, as you can see by the truck bed full of books to sell/donate. A tear or two might have been shed. We won’t tell.

Books to Sell

Books to Sell

Progress has been in the form of installing the metal flashing on the lip of the floor on the long sides of the house, to accommodate siding “hips”, in part because apparently pouring rain was the plan for late August, and it pools terrifically. Also flashing for the edges of the roof, so that the metal sheeting can finally be installed over it. No interesting pictures of these additions, because flashing is pretty boring and straightforward to install, and not much to look at. But believe you us, DRY IN your house before you insulate and panel if you possibly can. There is a reason it is always recommended in that order.

Second area of progress was the successful installation of the gas lines to the water heater and the stove. Although the name implies flexibility, CSST is indeed not very flexible. It is about as easy as routing a garden hose through a wall. The holes are almost as large, and the exterior coating over the corrugation provides an awful lot of drag. It took two people to route the gas lines through 15′ of wall, working really, really hard to yard that stuff through. And although we bought 1/2″ tubing, the actual outer diameter is at least 3/4″, so all the holes had to be drilled to 7/8″ to allow ease. On hindsight, we would recommend running your plumbing and gas lines before electrical, for this reason. The upside to the CSST is that the connections are very secure and easy to do well. As soon as possible, we will be installing the propane tank shelf in the closet and buying a very, very safe NEW multi-stage regulator. (We have heard horror stories firsthand of regulators failing and subsequent massive explosions.) We will be diligently pressure-checking the system before closing up the walls and going “live” with the propane.

Gas lines splitting off from gas tanks

Gas lines splitting off from gas tanks

We have been slowly installing lights in the house, although some must wait until the sawdust has settled or they will be immediately gross. We did install the bathroom vanity lights, which we really like. Our little medicine cabinet and sink will sit just under these.

Bathroom vanity lights

Bathroom vanity lights

And the crowning glory of the bathroom – a bonified, non-stinky, non-tippy, pretty commode! In terms of Maslow’s hierarchy of needs, I think having a secure, easy-to-use toilet spot is pretty much up there with water and food and sleeping space. Take heed.

Commode

Commode

And we finally tackled the rat’s nest known as the kitchen sink area, as it contains hot & cold water lines, the water heater, the water heater exhaust, the gas lines, and the supply lines for the water heater. All in a teeny tiny space that can’t be an inch larger than allotted for. I think we posted a picture of the sink before, but it stands to be repeated. An area of real pride for us!

Rough kitchen sink

Rough kitchen sink

In preparation for insulating and siding the interior, we insulated and boxed-in the wheel wells, using leftover Reflectix in immediate contact with the wells so that no evil water condensation is likely to happen.

Wheel well insulation

Wheel well insulation

And this was probably not immediately necessary, but the Mrs’ plants were languishing in the alternate scorching heat and pouring rain, with nowhere to go, so the bay window shelf was completed for the plants to have safe shelter.

Bay window shelf

Bay window shelf

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Weekend 11 of Construction

This weekend will seem rather boring on virtual paper, as it was mostly logistic, and we have a pathetic number of pictures as the usual photographer was busy doing the work mostly alone. But fear not, that won’t stop us from boring you with the details! You want the authentic experience, right?

Drilling nice, perpendicular, centered holes in studs that are closer together than 16″ o.c. is difficult, so the installation of the plumbing was stymied by a seemingly minor detail. A right-angled drill would make the job magnitudes easier, but we couldn’t seem to locate one, oddly. Even the Craigslisters who advertised ones for sale didn’t call back. We are hoping the NEPTL will help. Tool libraries are the cat’s pyjamas, so you should see if there’s one in your area.

We did install most of the 12v wiring since those holes are smaller and if they are less straight, no one cares. And we picked up our interior paneling, some very attractive 5/16″ thick by 4″ wide tongue and groove fir. Again, it was salvage and in mostly short sections, but looked like clear, close vertical grain, suggesting old growth (without the guilt). Also, a friend of the family has offered to give us all of her pine trim from her house build that she didn’t use, for free. So supplies are coming together. Happy day!

One of us, who shall remain unnamed, was having a bit of a heart attack over the weight limit of 10,000 lbs, as we are currently sitting at a little under 7,000 less tools and extras. So, after some serious panicking, we learned the difference between linear feet (lf) and board feet (bf) when calculating lumber weights. They are not the same thing. Linear feet is what you’d first think of – the actual length of lumber, but it is difficult to calculate weight as widths and thicknesses vary. Board feet is an assumed 12″ wide by 1″ thick piece of the wood you are choosing, even if the boards you are buying are not 12″ wide by 1″ thick. So board feet is the more helpful but confusing number, as it is a volume of wood rather than a length when calculating the weight of piles of lumber. But bf was exactly what we needed when deciding on our future lumber choices for siding and paneling. Board feet is used most commonly for hardwoods (as opposed to the softwoods most often used for framing), and is calculated either as width (in inches) x length (in feet) x thickness (in inches) x 12, or as width x length x thickness (in inches) / 144. Then you can figure out the weight, for a given moisture content (wetness) of the wood, based on standard values for 1000 bf, which you can find in tables all over the internet. We realized we will be heavy, but not catastrophically so as originally miscalculated! Hence finding 5/16″ paneling, instead of using the ubiquitous 3/4″ thick pine tongue and groove. Fir is slightly heavier than pine, but when you are looking at something less than half as thick, it will be much lighter. And we did install a small wall’s worth of paneling, just to get the hang of it and feel like the weekend wasn’t a wash:

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The wood will need to be sanded, but we kind of liked the “rainbow” effect. And we fluffed and filled with wool insulation as we went. Very gratifying.

Also, the weather portends rain in a few days, so we were very excited to have our Grace Ultra underlayment arrive. It was the least toxic waterproofing roof underlayment we could find, to go underneath our aluminum sheeting, so it had to be high temperature rated. Instead of being made from asphalt rubber or plain tar paper (all nasty fossil fuel based things that reek) like most, it is made from butyl rubber over a sheet of essentially Tyvek. Still fakey, but hopefully not as bad. We also ordered Reflectix, which is glorified bubble wrap with a metallic foil coating on it, to block radiant heat from the roof, as that seems to be the main source of the heat coming into the house. It has an efficiency rating of around 97%, which seems like a darn good number. So that will be installed just inside the roof sheathing, followed by wool and then paneling. Should be nice and cozy.

Last thing is the thorn in our side: the propane system. In addition to the abovementioned hole drilling problem, there are other obstacles. This one, it seems, the “Experts” have cornered the market on. As we see it, there are three main choices for running gas lines in a tiny house: black pipe, which is heavy, stiff, and a real pain to install, flexible copper pipe which requires careful installation and specific fittings to be airtight and has a much smaller diameter (at least all that we could find), and CSST (corrugated stainless steel tubing), which I have mentioned before. All brands of CSST have proprietary, non-interchangeable fittings. You can buy the first two types of gas lines at Big Box stores (the copper pipe can be found in the “icemaker” section, near the fridge stuff), and you can buy one type of CSST online from a certain Big Box store, namely AlphaFlex, which is the same thing as Homeflex. However, AlphaFlex/HomeFlex are made with PVC. There are other brands, such as ProFlex and TruFlex (I don’t know if they are affiliated with each other) which use less toxic plastic coatings, and their fittings also include a rubber gasket, which seems like a really good idea. However, all of the above types of CSST and fittings cannot be found in a brick and mortar retail store in this town. In fact, if you call any place that advertises that they stock gas line stuff, they get really huffy when you inform them that you are “doing it yourself” and tell you how you couldn’t possibly know what you need and should have an Expert determine that for you. Puckey, I say. So we ordered on Amazon. Even ordered the how-to booklet for installers who want to get “certified,” and it doesn’t look like a very long read! We’ll let you know how it works out. So far, the lesson learned is: do not be optimistic in your lengths of line. Patchwork propane lines are frowned upon, obviously. The good news on the propane front is that we have a sympathetic uncle who knows how to pressurize the system as required to check for leaks, and has all the fittings to do so! So don’t worry, we won’t be endangering anyone with our propane system, sans Experts.

This week, we hope to install the Grace Ultra in time for rain, and continue paneling and insulating as we finish installing the necessary pipes. May even wire up the switches and receptacles, so the house can be “plugged in” and have actual lights on!

Weekend 9

This weekend was the Mr. and Dad working solo for three days. They did so much beautiful work! They finished the infernal staircase, and the storage loft, made some significant progress on the fiddly-angled-but-important utility cabinet on the tongue and installed all kinds of windows. The addition of the windows really makes it feel like a house! There were also a few snafoos, with the water heater (an Eccotemp 2.6 gpm outdoor LP tankless) not being the dimensions listed on the website (on Amazon or their own website!)  … and since inches matter, the cabinet we had built for it was now a few inches too small! So we will have to figure something else out. Eccotemp seems like the best brand at this time in terms of price and size.  The two ideas are: to sell/return the one we have, and get the inside version for a little more, and keep it between the kitchen sink and shower, which in the end might be more efficient, or do a funky custom cabinet and install it where we were planning. So perhaps we will make lemonade after all. Also, the matching casement windows for the upstairs are actually made from a two-part window which we split – and we found out that the flange we really need to be intact (on the top) is exactly the one that isn’t. Hmm. Annoying, but not the end of the world. Here is our gorgeous house in pictures!

The storage loft

The storage loft

Stairs

Stairs

The stairs were designed so that the top step is really steep – so when you climb into the loft, you won’t hit your shins, and you have a place to sit and put on/take off shoes. The thick steps are reclaimed fir, the runners of cedar. All the Mr’s great ideas!

Utility Closet

Utility Closet

The utility closet is lined with Magnum Board (magnesium oxide board, similar to cement board but better) to prevent sparks from the batteries from getting to the propane tanks, and to insulate and waterproof the spaces. The plan is to keep the electrical on the left side, and the propane and water on the right. See the lovely angles of the corner cabinets? They will hopefully help make the front of the house more aerodynamic than a barn when towing. Our wooden faceted diamond.

Utility closet close up, with shelf for batteries

Utility closet close up, with shelf for batteries

Shower window

Shower window in custom frame

We bought two antique English pub windows (about 100 years old) of stained glass. However, the frames were falling apart and covered in peeling lead paint. So we carefully removed them from the frames, and the Mr. built this custom frame out of some cherry wood scrap. He really did a professional job. And it dominates the bathroom in a wonderful way that we did not anticipate.

Bathroom windows, viewed from the door

Bathroom windows, viewed from the door

Kitchen window

Kitchen window

And the window I call the “pretty window” is installed over the kitchen counter. We bought it from a very nice man who remodeled his turn-of-the-century Craftsman. It still has all the original hardware, in perfect condition.

The kitchen at night!

The kitchen at night!

Since we are in crunch time, work will re-commence within a few days, and the Big Move will be happening by the end of the week if all goes as we want it to!

Week 8 of Construction

This was a marathon weekend. Closer to a week of work, actually. We started on the 4th by cutting the 2×12’s for our couch back/bookcase/bathroom wall and installing the pocket door. Which was really cool, ’cause then we could really have a feel for the bathroom size (tiny – haha). By the way, if you decide to put your bathroom door at the end instead of the middle of the bathroom, I cannot tell you how much of a difference it made to make our bathroom 3’4″ wide instead of 3′. Seriously. Happily no one got a picture of me making the discovery by “trying out” the bathroom with a 5 gallon bucket and our wooden toilet seat, but it was suuuper tiny. Add four inches, and all of a sudden it’s pleasantly cozy. But I suppose that “inches matter” should really be the tiny-house-planning and building mantra. If you bought Tumbleweed plans, then you can grin your smug little smile and pooh to my mantra. But for those like us: your happy little pencil sketches get stretched and squeezed like you wouldn’t believe with the addition of a single 2×4, and all of a sudden it is a crisis figuring out how to allow for the window trim. That’s character and wisdom gained, right there.

But I digress. We noticed that everyone puts the toilet on one side of the door and the shower/tub on the other, using a doorway in the middle as the bathroom floor space, and then they put the kitchen under the loft next to it, so that both are claustrophobia-inducing, but very space-efficient and share the same sink. But we didn’t like the idea that efficiency is the highest good, and bathroom sinks can be really small, if you even want one. We both love Alexander’s A Pattern Language, and decided that the archaic “we have servants do all our cooking, so let’s put out kitchen in the closet” idea is stupid. So we put our space where we spend our time (in the kitchen, as for most people), and made the under-loft our “intimate” space, such as seating. We also designed our house so that the farther into it from the front door you get, the more private the space, which is also comforting and intuitive. Those two things were made possible by running the bathroom along the back, which, unlike the kitchen, makes sense to put in a closet. Plan is to make the front face of the pocket door a slightly shallower continuation of the bookcase (paperback novels, anyone?!), which also serves as the bathroom wall. We’ll put tongue and groove and/or Magnum board on the bathroom face of the bookcase, and the couch will sit in front of that, with bulk storage cabinets in the seat and the couch back, and faces out.  We have some nice French doors under the loft which, later on, will be continuous with the patio and the couch area.

Next up was shaping and cutting the loft joists out of 2×6 cedar-with-character as the father-in-law puts it, which required careful planning of what to cut and which joist went where, with what face. But we all agree that the careful planning of the joists really adds flair and craftsmanship to the design. I think it makes the house look Cascadian, or Scandijapanavian, our favorite styles 🙂

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The loft, facing the bookcase

We also had the brainwave that we could skip placing a joist over the middle of the shower stall, and just use a block across, since it only has to span 3′. That gave us a lot more headroom in the shower, which is great. Might be a good spot to showcase our large piece of copper sheet. Downside it that the small, efficient, low-noise exhaust fan/light that I was going to install between the joists now has no good place to go, because all of them are designed to fit in a 6″ deep wall, unless they are the cheesy RV variety. It will probably have its own box made in the upper corner near the water heater, and the exhaust will just have to take a slightly more circuitous route to escape. No spilt milk.

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Middle joist in the bathroom

Then we laid the loft boards, which I am in love with. They are short cuts of close, vertical-grain fir 1×6; leftovers from someone else’s project, and perfect for our purposes. We used the nail gun for a nice clean look. And as soon as it was done, day 2 was over with. Some teenagers immediately claimed the loft, located a mattress, and camped out for the night.

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Flooring the loft with the nail gun

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Relaxin’ on our finished loft floor

A party with passels of cousins, munchkins, and rainbows galore followed, so Saturday was a wash. Then there was the staircase. Sigh. Complicated, as it turns out, by the fact that we wanted a staircase instead of a ladder, with a wood stove underneath. Because staircases are usually well-supported at the top by a vertical wall or a heavy-duty set of joists, neither of which we are willing to concede. So it will be suspended from the ceiling, we think. Structural finish work, as the carpenters call it, can be fiddly business. So the stairs are TBD…

The other big victory was the placement of all the 120v AC circuitry in the house, made possible by another awesome dad and several trips to the Big Box of Chemicals & Sundries. That is, all the AC stuff is “stubbed in”, which means that the boxes and the wires are run, but the receptacles (outlets) and switches are not placed yet. But comparatively, that part just takes some logic and a morning of work (or so I say haha). The location of the AC panel was something of a conundrum, mostly due to lack of knowledge – in the dim hope we can get the house certified as an RV, we weren’t sure if the AC panel had to be placed within a certain distance of the power entry to the house (for boats it is within 7 or 8′, we hear), and we also did not want an electrical panel, humming with electricity in a stupidly-designed EMF-generating electrical panel, sited under our sleeping heads. For the latter, I still don’t know, because even though we bought a centered-load panel, the breakers don’t all sit immediately adjacent to the neutral bus bar. Grr. I hate being superstitious about that kind of stuff. But alas. The former requirement, I am happy to report, we do not have to worry about, as I’ll mention below.

Siting all the electrical boxes

Siting all the electrical boxes

All the little boxes in a row, waiting for the loft...

All the little boxes in a row, waiting for the loft…

Gnarly panel-in-progress

Gnarly panel-in-progress

We found out that the guy in Oregon to talk to about RV certification of a tiny house (which can, and has been done) is named Monty Taylor, the RV inspector of the Building Codes Division, and he travels all around the state. He can inspect a tiny house, and if it meets all the codes of a “park trailer” he can certify it as a homemade RV. Why would we care, you ask, since we hate permits and bureaucratic governmental interference and infernal fees? Because a recognized RV can be insured. Otherwise insurance companies view us and our houses as a hazard to their profitability. We aren’t super set on getting the house permitted, but if what is required and what we want to do are reasonably similar, then why not?

Here’s the juicy bits Monty told me, which for some reason I haven’t seen listed anywhere before (and Monty is a nice guy, so if you want to hear it straight from the horse’s mouth, call him on his cell, the number of which he lists on his office voicemail.) This is what he said: there are no structural requirements for a tiny house. For the electrical, you need Article 552 (on Park Trailers) of the National Electric Code (NEC), which can be found in the reference sections of most public libraries, and it’s only a few pages long, so just photocopy it so you can read the legalese at your own leisure. It wasn’t bad, and most of the stuff is really intuitive, like don’t have an electrical outlet within reach of the tub. Duh. For the rest of your utilities, such as humanure, propane, and freshwater, you’ll need the ANSI A119.5 2009 handbook on Park Trailers, which can be had from http://www.rvia.org for $41, as it currently stands. I just ordered my copy, so I’ll let you know how awful it is. Incidentally, there’s another book to buy on that site that looks like almost the same thing, but it costs $250. Don’t buy that one. Anyway, here’s the rundown on the electrical, in layman’s terms, in case it helps. Just think: if you don’t have any batteries, cords or solar hooked up, what better way to learn electrical safely, and have one less Expert to pay for minor house repairs down the line, than to wire your own tiny house? If not now, when? You can always have an electrician check your work when you’re done. However, do not sue me if you survive electrocution, because you read at your own risk!

1. Learn basic electrical concepts and terms:

AC = alternating current; because it alternates it can travel long distances from a power plant to your house. This is what your house is wired with: 110-120V, AC current. 120V current KILLS you if you are electrocuted, so you need to know what you are doing.

DC = direct current; this is what batteries generate, solar generates, and what RVs and boats use, because you don’t have to do anything to the electricity from your batteries/solar/turbine to run your equipment. You can get an inverter to do the job, but they are expensive and they use energy themselves, not to mention they are not 100% efficient at changing DC to AC, so you always lose power. If you’re going hardcore solar, you’ll need a whole lot of DC and not much AC. DC systems are usually 12V, which will not (usually) kill you if you electrocute yourself, which is nice.  Incidentally, those blocky things (we call them “wall warts”) that are always connected to your phone charger and laptop charger change 120V AC to 12V DC to charge the phone/laptop battery. I didn’t know that until I started reading on electrical systems. I guess I thought they were surge protectors or something. That’s why phone chargers for your car don’t have a “wall wart,”  just a cigarette plug, because they’re charging off of your car battery. Cool, eh?

amperage = amps are a measure of electricity per second. Think of it as the flow rate of electricity, like the flow of water through a pipe.

voltage = volts are a measure of the potential difference of electricity. Don’t cringe! Think of it as the pressure of water in the pipe. 120V AC power wants out of there bad, so don’t let it get you!

power = measured in watts, power is equal to volts x amps. It’s how much work something can do, like horsepower. Now practice. A 60 watt light bulb, plugged into a 120V AC standard outlet, uses how many amps?

resistance = the real-world factor. Some things are harder to pass electricity through than others. A smaller gauge wire will have higher resistance to flow of electricity, for example.

Parallel circuits – built more like a tree, with two trees with “branches” feeding the hot and neutral (respectively) of all the things on the circuit.

Series circuits – like a road trip – hot wire stops at the thing it’s feeding before starting back up on the other terminal and moving on to the next thing, neutral goes from the farthest thing on the circuit back to the panel

3 way switches – these are the kind that work in tandem with another switch to turn things on or off from more than one location. They require 3 way wire to allow the switches to work with each other

Wire  – the gauge used is determined by the amperage of the circuit. The smaller the number, the larger the wire, which is not intuitive! The second number denotes how many wires there are, excluding ground (which is not counted). So your standard 15 amp circuit takes 14-2 wire, with 14-3 wire between 3-way switches.

2. Figure out what kinds of things you want to run in your house. Really. It’s a pain, it’s thankless, and it’s really intimidating for those learning electrical, but you really need to do it. It will help you learn, if nothing else. Get a Kill-O-Watt meter (available at the Big Box stores), and start measuring the usage of everything you will use, such as your laptop/computer, cell phone, toaster/toaster oven, microwave, fridge, blow-dryer, electric range/oven, and lights. Do it for days or weeks, not just a few hours while being eco-friendly is foremost on your brain. Keep in mind that things with digital screens on them draw “phantom loads” since they are essentially always on, even when not in use. And anything that heats things, like water heaters, ovens, rice cookers, toasters, microwaves, blow-dryers and clothes dryers, use HUGE amounts of electricity. That’s why people often forgo them or use propane or other fuel sources in a tiny house.

3.  You will need to know how much energy you’re really going to use to be comfortable, because if nothing else, you need to know the size of your power cord. An extension cord only carries so much juice before you create a fire hazard or trip the breaker on your host house’s panel. Your three main choices, from what I can tell are: extension cord (look at the rating on the cord), 30 amp RV  (3 prong) and 50 amp RV (4 prong)

4. Okay, if you’re still reading, this is what you do next: figure out what actual AC fixtures you want – lights, fans, fan lights, etc. so you know they’ll all fit (inches matter!) and not be overkill. Figure out where you want them. Do you want an outlet in your closet to charge your DirtDevil? How about Christmas lights? Patio lights? (The NEC Article 552 requires at least 1 outdoor outlet). Where do you want to charge your smartphone (hopefully not right near your head, the RF waves are not good) and your laptop? Alarm clock? A nightlight? A box fan for the two weeks in August in the Willamette Valley when you are sweating like a pig wishing for air conditioning? Done? Good!

5. Mark out where you want said lights, switches, outlets (receptacles) and fans. Write on the wall. Where do you want your power to come in? The Park Trailer code says standard is left rear, but I don’t know how they define that for a tiny house. Where do you want your panel so it is easy to distribute all the power coming in to your circuits, and easy to get to? Place your light boxes, switch and receptacle boxes accordingly, securing them in place with sturdy screws.

6. Divvy up your circuits. The Park Trailer article has a category of “2-5 circuits” which I think looked easiest to aim for. Many tiny houses have only 3 circuits. Most full-sized houses have 2 20 amp circuits for the kitchen, with dedicated circuits for ovens, microwaves, fridges, garbage disposals, etc.

What we did in ours:

– 4 circuits (overkill), 2, 15 amp and 2, 20 amp circuits, the bathroom/bedroom and main room lights were on a 15 amp, the living room, stairs and teeny fridge on a 15 amp, an outdoor receptacle and indoor one designed for an oil-heater (huge hog) on a 20 amp, and the kitchen on a 20 amp

– All single-pole switches except for two lights – the nightlight upstairs, and the fan light

– Metal-sheathed conduit from the main power feed to the panel

– A “kill switch” in the bedroom that cuts power to the whole bedroom and bathroom for sleeping at night. We will use an illuminated switch so we know when it is on. We have an outlet on top of our fridge for charging cell phones, far from our bed. Our concession to EMF and RF concerns.

– We designed our bookcase to have a compartment for storing our laptops and charging them, out of sight

– We will be installing only a few 12V circuits in the house – one for the fridge in case we ever get a fancy solar fridge, one for an outlet in the bookcase, the exhaust fan/hood in the kitchen (from an RV) and the water pump (from an RV). The DC panel has breakers instead of fuses (the fused type are the cheapest to get), and will go in the battery cabinet on the tongue. We haven’t wired it yet, but we will!

Quasi-finished electrical

Quasi-finished electrical

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