Creeky is a wonderful guy who enjoys the outdoors, living off grid, building tiny green homes. He also likes beer. He is often found drawing cartoons, dancing naked in the rain, and pondering the existence of consciousness in the human race. He truly appreciates the support of his readers. Esp. when they buy him beer. Hint hint. Oh. And, yes, he is shameless.
This is where you’ll find the posts relevant to the outhouse build. This is a great building for anyone thinking of a tiny house. It’s pretty easy to build, it’s very easy to insulate. I could easily have built it with 10 or even 12 foot ceiling if you wanted to do a loft. I just wanted a washroom.
Here’s what I did
We call the outhouse the “shizzershack.” I probably got a little carried away with it. I found this great site (recommended: APB barns). After reading the great info there I got excited and decided to build a tiny house washroom.
The posts here will detail parts of the build. If you’d like a book or instructions on how to build your own version of the shizzer shack post a comment and I’ll write one. I think I’ll charge around three bucks, so let me know if there’s any interest. Thx Creeky.
The next post for this build is “Step One the Shizzer Shack Rises.”
Creeky’s solar system:
Or how I live the life of Riley off grid
Check out the coming Solar posts for more information about how I built my solar system.
When I started building my solar system in 2010 there were very few resources available in my part of the world. So I took the “build it and hope” approach.
First I built a solar shed with a rack that allows the solar panels to be easily adjusted for spring/fall, summer, winter, and big wind storm in the forecast. You can read more about the shed in the shed post.
Then I got some good batteries configured for 12 volts
I installed 1kw of solar panel power. Panels were in the 4 to 6 dollar a watt range. I was very fortunate to find high quality mono crystalline panels for $2/watt from a solar provider clearing inventory of demo panels.
As I’ve grown my needs I’ve upgraded to two mppt controllers so that I can have 2 kw of panels to charge those batteries. Currently (ha ha) I have 1.5 worth of panels
Off grid life has it’s moments. I love my critters. I know some folks are afraid of racoons and skunks and even ground hogs. But I’m not. We don’t have rabies in my area and I have found that a real “live and let live” ethos exists between these guys. And now between these folks and me.
Sometimes though, sometimes you need to get creative.
Winter 2013 I ran into trouble. Two bargain finds combined to create a power overload that tripped the circuit breaker and blew the inverter. The inverter still inverts, I can hear it working, but it won’t output power, instead displaying a “OLP” error.
I went cheap starting out on my solar experiment. So this time I thought, get an inverter that has specifications that matched my environment.
Match your need
For my climate I needed to operate well into the -°C. Like minus 20.
My battery bank when cold regularly needs 15.5 v in absorb charging. And I equalize once a month. Voltages can exceed 16v. So ability to handle a wide voltage range is required.
Voltage spikes, harsh conditions, I needed a tough inverter that was built to handle worst case scenarios.
After some shopping around I realized I would be spending twice the money I had originally planned for.
Your first quandry with any solar system is where the heck to put it.
You have to hang panels that are 3 feet by 5 feet in my case and weight 50 lbs each. You have to store batteries: 720 lbs of lead for me. And you need a safe dry spot for your charge controller, your inverter, your combiner boxes. And, if you’re like me, cheap, you have to do it on a limited budget.