Tiny House, Tiny Living, The Tiny Life.

Posts Tagged solar

The Search For New Land – Part 3

First you should know this is a continuation of previous post: The Search For Land Part 1 and Part 2. As many of you know it can be tricky to find land and my experience was very similar.  After you’ve read those posts this post will make more sense.

So where I am at today.  The house is nearing the home stretch and I am frantically trying to finish it because the lease on apartment ends next week!  The trick to all of this has been getting a lease on the land.  Then land owner and I struck a deal where I pay $1.00 a month (yes a dollar) and I help him out with some website stuff every now and then.  The land owner also wanted to be sure his liability insurance would cover me being on the property and after them going back and forth for a long while, they had to tweak some things.  The land owner’s insurance went up about $300 and he asked that I pay that amount since it was an incurred cost on my behalf, which was totally fair.  He also asked that I have liability insurance, so I picked up a $2,000,000 policy for $425 a year.  So my insurance total was $725 a year, but my rent was only $12 a year.

Next up is was securing water, power and building a road.  This is where I am now.

Water

This has proven to be the most expensive part of the whole thing.  A lot of people want to collect rain water off their roofs for water, but I crunched the numbers on my tiny house.  A typical tiny house’s roof is 8 feet wide and 20 feet long.  That is 160 square feet; for every inch of rain on a square foot you’ll get .6 gallons of water.   So for my house that is 96 gallons of water per inch of rain, in my area after some googling I found that my area gets about 43 inches of rain per 1511479_762555291518_720276449591449371_oyear.  So the math works out to be that I would get 4,128 gallons of water a year off my roof.  I quickly realized that this wasn’t practical for me because even if I had a 1 gallon per minute shower head, assuming a 15 minute shower, that’s 5,475 a year, which doesn’t include cooking, cleaning, drinking, etc.  The math didn’t add up.

Since I was leasing the land, it didn’t make sense to put in a well (would cost me about $10,000) so I decided to tie in with the city water system.  The water main from the city also happened to be running right along the property line, so it couldn’t be more ideal.  So I went in and filled out the paperwork for the city and they gave me my total bill and I was shocked!  For them to install a meter, I had to pay the city, $2,231!!!  What’s worse was it was the city, so they set the price and you have to go to them.  So I had to pay over $2,200 just for them to install a meter, so they could use it to charge me for the water I used!  Once the meter is in, I still have to get it to my house, because for $2,200 they only bring it to the property line.

Then on top of that they told me it would take 2 months to install; this was a problem because I needed to move in a few weeks (at that time) and I couldn’t apply for the water until I had the lease, which I had only gotten the day before when I applied.  The end result is I’ll be living without water for a few weeks, I plan to get a gym membership and have a water jug service come during this time.

 

Power

Next up is electricity.  Where I am at, the property is densely wooded so solar isn’t an option as of now, but I am looking into it for the future.  I also talked with the power company and an electrician and to get the power setup on the lot was going to be about $800 plus 9 cents a KW which wasn’t too bad considering how little power I’ll be using.  Solar is something I do want to do, but I figured right now it isn’t possible and then I also wanted to track my power usage in the tiny house for a year or so in order to size my solar panel system in the future correctly.

The process has gone like this:  Contact power company, they came out and said where they could bring in a line.  I contacted an electrician to setup the box.  The box will be inspected.  The power company checks the inspection and connects the service.  A few other random details: Installation is a simple affair, takes an hour or so when they get scheduled.  Inspection in my area is between 24-72 hours barring any complications. The power company now only will do a 200 amp service (which isn’t an issue, actually a plus).  The power company said they’d do the first 200 feet for free if I had service for a year, after 200 feet it gets really really expensive.

Road Access

Roads are something that a lot of people don’t think about.  Also note that these price can vary in different areas and I don’t have anyone I know who has equipment or personal connections, so I’ll be paying for it all.  I have only got quotes at this point, but its looking like it will cost me about $500 for labor/bobcat and then about $300-$500 in materials (geo-textile fabric, gravel, etc.).  I thought about trying my hand with a rental bobcat, which honestly would be a lot of fun to drive, but when I got the price for the rental, deliver, fees, taxes etc. it was going to be about $800 to rent a bobcat in my area.  In my area you can hire a bobcat driver and his rig for about $60 an hour which includes him showing up with his machine, the gas, and him running it.  So it was actually cheaper for me to pay someone to do it, plus they’ll do a better job than I would since I’ve never used a bobcat before.

Sequencing of things

Another big thing I’ve run into was how things had to go down.  I couldn’t start anything until I had my lease, which took much longer than anticipated, but I got a formal lease and it worked out.  Once I had that I could put in for the power and water.  I wanted to have all those things done before I ever put in the road, because they are both underground lines, so I would have to dig up my road to install them.  I also wanted to have the water and power installed and inspected, then give myself at least a few weeks so that if an inspector was curious about what was going on and decided to swing by later on, he/she wouldn’t see anything because I built in a cooling off period.  At that point I’d install the road and then move the house out there.  The best laid plans of mice and men often go astray as they say.  I’m going to try to do this the best I can still, but its going to have to happen in a shorter time.

Total Costs

I think this should be a real wake up call for a lot of people who think that the cost of a tiny house stops at the tiny house.  Some lots will have these things already which is something you should try to get.  These are my real world numbers and while they will vary for you in your area and if you have connections that will save you money that will help, but at the end of the day you’ll have to deal with the city and the power company and they hold a monopoly, setting the prices that you can’t get around.

Insurance: $725 a year
Rent: $12 a year
Electricity connection: $800
Water connection: $2,231
Road: $1,000
____________________________
Total: $4,768

Tiny Tack House

Science Friday did an awesome video about Christopher and Malissa Tack and their tiny house.  What I really like about this video is that they show a lot of the details of the power, water, and greywater.  It was a great to see some of the house, how they live and some of the things not often covered elsewhere.

Malissa and Christopher are coming to the Tiny House Conference.  Christopher will be our photographer and Malissa will be presenting about organizing small spaces in a tiny house.  Check out the video and see how amazing their tiny home is.  Meet them and many others at the Tiny House Conference; more info here

Photos courtesy of Christopher Tack tackphoto.com

Tiny_Tack_House

 

Shockingly Simple Electrical For Tiny Houses

Book-Cover-FinalI have begun working on the inside of my tiny and one of the big tasks that we had to complete was the electrical for the tiny house.  I knew that many people had a lot of questions about this and I have noticed that almost every single set of plans on the tiny house market either barley mentioned electrical or ignored it all together.

It was with that in mind that we have developed this ebook because we got so many questions.  The book was written with a whole team of folks including tiny home builders, a Master Electrician, and myself.

We show you how to wire a tiny house from start to finish.  We made it so someone who doesn’t have any knowledge or experience can go from novice to wiring their whole house.


Topics covered:
  • Basic electrical concepts
  • how to size and plan your system
  • How to wire switches, panels, lights, & more
  • Key electrical codes and safety
  • Wiring for on the grid and off the grid setups
  • Custom diagrams for each step
  • How to choose wire, breakers, & boxes
  • Solar panels, inverters, etc
  • Wind turbines and micro hydro power
  • Much more!

 

This is an electronic book (not print) of 80 pages of core content including real life tiny house wiring examples, plus 55 pages of reference materials.

$20

Buy Now!

Urban Eden

For those of you who have been following, the Solar Decathlon is going on right now.  The Decathlon features innovative homes that are solar powered built by universities around the US.  Its a pretty big production as a dozen houses are constructed on site to compete and showcase to thousands of visitors.

Well my home city of Charlotte NC has a team going to the Decathlon from UNCC.  Here is their house called Urban Eden.  Some of the neat features of this house is the rolling solar panel array that allows you to control the solar exposure in the summer months.  They also have an interesting polymer cement that reduces the buildings impact.  Check out the video below to see it all!

 

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Silo House

This is a pretty big house for this blog, it is a whooping 500 square feet, but the design and its focus on solar are amazing!  The house uses very practical materials for the external cladding.

here is an excerpt from the description

The cylinders’ design was inspired by industrial agricultural materials. The structure was made by CorTen corrugated steel as the cladding and exposed steel beams on the interior. The house takes advantage of solar gain from the steel envelope through an innovative skin-integrated solar thermal system that pre-heats hot water. Each cylinder has two operable Velux® skylights to maximize the natural lighting.

The interior was designed by combining the agricultural and industrial aesthetic through a contemporary lens. The materials chosen were considered to be eco-friendly. The primary material pallete is made from forested black locust, ash and beech hardwoods from local area. They are complemented by the use of zero off-gassing finishes throughout the entirety of the house interior. Nanawallâ„¢ systems are used as the boundary between the courtyard, bedroom, and living room, blur the distinction between interior and exterior space. The kitchen was designed to provide energy efficient cooking activities, also to combine between cooking and entertaining activities. In the bedroom, the bed is raised into a a concealed ceiling box to create an open and usable space in its footprint.

Via

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