It’s been a while since I have posted an update to the blog as most activity goes straight to YouTube, in this post I’ll link a couple of my latest videos. The infrastructure upgrade project is moving along nicely and I have a self imposed deadline to get a lot of it done. To recap what is being done:
Adding electrical outlets throughout the yard
Adding electric to the chicken coop and future garden and potting shed areas
Adding artesian well spigots around the property including the new garden area and potting shed
Extending house water to the new garden area and potting shed
The electric being added has both hot (always on) and switched (timed to go on at night) outlets. There is also two dedicated circuits, one for a future electric gate and one for a well water pump and pond aerator.
Here’s a video I posted about two weeks ago where the trenching had begun:
And here’s a more recent one:
I have a deadline of November 9th to have a majority of this in place, we are having a big house party and I want to have the electric working so the yard can be lit up. The race is on!
To save some cost I purchased a used trencher and will be selling it after the work is done, renting one would have cost around a grand since I am slow at it and have to trench when I find spare time. Once this phase of the project is done I’ll do a walk through of the improvements.
Finally a break from the rain! Wait – what’s that just over the horizon? It’s tropical storm Dorian, and we are right in the path!
Now that the property has dried out a bit I can get to work on the big infrastructure upgrade project. This is primarily adding water pipes for irrigation and other uses plus power to all different parts of the property. Once this is in place I can begin the fun stuff like a new and improved garden area. This week I purchased some of the pipe needed and leveled out the location where the new garden will be Check out the video of the progress:
Hopefully Dorian doesn’t cause too much interruption as I’m prepping everything to be ready for the end of September or beginning of October, that’s when I want to rent a trencher and get everything in place. To be completed before I can begin the trenching – buy all materials, get utilities located (power and internet wire), reserve trencher, clear and mark all paths. A lot to do!
This coming weekend is when Dorian is supposed to pass over, if it’s interesting I’ll post some video. Until then, stay dry!
Another two weeks has passed since I planted the clover around the property and there still hasn’t been any significant growth. This may change over the coming weeks due to the rainy season starting, if it does then I’ll make sure to show it here. In the meantime, I’ve started another major project.
I’m calling this one the infrastructure project, it is basically putting all the plumbing and electrical wiring underground around the property to support future plans. I’m trying to do this in one shot as much as possible so the planning stage is very critical. I’ve created a map of where I think everything needs to go:
The first step was to lay out the locations for things such as the new garden area and the potting shed, then mark the plumbing and electrical connections based on these. Second, I placed markers all around the property for the remaining connections. There was some changes from this original design so I will have to make an updated map. Next, I measured the distanced for each item so I know how much pipe, connectors, and wire to buy. This is where I am at now.
Once the items are purchased I’ll call in for a utility locate, this is where the power and cable company come in and mark the locations of their wires. I don’t have to worry about existing pipes since I am on well and septic and I know where they are located. Once this is done I’ll rent a trencher for a weekend and get everything underground. The final step will be hooking it all up.
Here’s a video walk through of where I am at now:
I’ll spend a couple of weeks double checking everything and getting the house connections ready, Stay tuned!
Today we take a step away from the garden to install a generator transfer switch in the house. In the three years that we have lived at Three Acre Paradise we have only lost power once for an extended period of time (around 18 ours) but in previous residences I’ve been without power for up to three weeks. We do have a grid tied solar power system here but if the grid goes down the solar system also shuts down as a safety measure. There is a way to back feed a generator to the house which works fine but it is more difficult to set up and has many other disadvantages.
A generator manual transfer switch is an less expensive alternative to a whole house generator. In the future I plan on adding a battery backup to the solar system so it can run off grid so in the meantime I don’t want to spend the money on a whole house generator. The transfer switch allows me to quickly switch selected circuits over to alternative power (portable generator or battery bank & inverter) while the rest of the house is still tied to the grid. On nice thing about this is that when grid power does come back on it will be obvious (other circuits will power on) and I can switch back very easily.
Here is the panel I bought:
After a bit of research I found that Reliance panels are rated very well and for my purposes a 10 circuit 30 amp panel is needed. When sizing a panel you have to add up all the loads you would like to run (amps) and figure out how many circuit breakers these are spread across. I could actually get by with a 20 amp panel but I needed at least 9 circuits to cover all wants. All lights in the house are LED (make this your first step – it’s cheaper to conserve) so the lighting draw is very low but spread out throughout the house and a lot of circuits.
In addition to the panel, I got a flush mount kit to make the installation look clean. Here’s Amazon links to both items:
I wanted to mount the transfer switch next to the main circuit breaker panel for ease of access. Here’s a lifepro tip: if you build a home take a TON of pictures during construction. The most important ones are when all the wall framing is up, wiring is in, but insulation has not been put in yet. This gives you an x-ray view into your walls, and as you can see here it came in very handy.
This is the view behind my main breaker panel. I can’t put the transfer switch to the left of the panel due to a doorway. To the right, I can see there is a cross brace (blue) and some studs backing an interior wall (red). I’ll have to put the panel low and deal with the wall backing when I get the hole cut.
The first thing I did was cut a large hole in an area I know is clear, from here I can reach my hand in and determine where that horizontal cross brace is (blue from above).
With that in mind, I traced an outline for the box making sure it was far enough away from the circuit panel so that I could get the flush mount kit flange installed as well.
Here’s the wall after the hole was cut. This picture is actually from a few steps later where I made notches around the outside corners for the flush mount kit as you will see in the next few steps. The studs for the inside bracing can be seen here running right down the middle.
I still wasn’t sure how good the fit would be so this is the moment of truth:
Pretty good! The knockout for the wires can be seen here and it lined up between the drywall and studs. The mounting tabs for the flush mount kit stand out just a little bit due to the boards on the back, but the studs will provide a secure place to screw the box to.
Here’s a closer look at the mounting tabs, they are out just about a quarter of an inch. I need them flush with the drywall for the best fit.
The mounting tabs are not part of the main box, rather they are an “L” bracket screwed onto the side. To move the tabs back I simply extended the holes on the brackets to allow them to slide back a little further. This was nice as it did not require any modifications to the main box.
At this point I got tired of dealing with all the wires dangling in the way so I took out the switch assembly.
To get the transfer switch wiring to the main breaker panel I had to cut through a wall stud. I got lucky as the breaker panel had a knockout in the right place, if it hadn’t then I would have had to cut a hole in the metal.
Once the hole was cut I did a test fit of the conduit and cut it to length. This flex conduit was included in the Reliance Pro/Tran2 310C kit.
The transfer switch box is now ready for mounting, I screwed it directly to the studs behind the box. It is VERY secure.
Since I moved the bracket for the flush mount kit back, the trim panel now bumps into a couple of screws on the main box. A metal nibbler took care of this.
Next step is to put the switches back in and run the wiring. Easy to say, not so easy to do.
There was no way that was going to work. I’ve run plenty of wires through conduit and I tried all the tricks. I used wire lube, tried running them one at a time, tried pulling through as a bunch. That ninety degree bend is a challenge so there’s only one way I could think of to get it done:
Yup, I took everything back apart and ran the wires before putting the whole assembly back in the wall. The ninety degree bend (elbow) on the conduit could be taken apart so I ran the wires first, then bent them and assembled all the conduit pieces. A bit of a pain in the neck but in the end this was the most difficult part of the whole process.
Now the switch is back in place and all the wires are run to the breaker panel.
Here you can see a closeup of how tight the wires are coming through the conduit. One rule when working with conduit and wiring, whatever conduit you think you need go ahead and bump it up one size. Unfortunately this one came this way so I just used what they provided.
At this point I’ve got the transfer switch mount completed and I’m ready to wire the breaker panel. I had to wait until I could shut the power off at the main breaker outside the house and I had to remember to shut down the solar inverters as they also provide power to the panel.
Here’s the start of the wiring, I did the only 240v circuit first and tested it before doing the others. This circuit powers the water pump for our well. This transfer switch allows for up to two 240v circuits but I only needed one. Each 240v requires two switches, this left me with eight switches for the rest of the house.
I tried to balance the remaining circuits across the legs equally (each 120v branch is a leg, combined they make a 240v circuit). This helps get maximum use from the generator. For example, we have two refrigerators so I put each on a different leg. The rest of the circuits are pretty light draw (mostly lighting) so they were just balanced across.
Here is a picture of the panel all wired up, I took the opportunity to move a few breakers around as part of this process.
The final product all buttoned up.
I chose to put the power inlet right on the panel rather than run a power inlet box outside. My reasoning is that during a storm I can use a battery bank (a couple of deep cycle batteries or golf cart batteries) with an inverter to keep some lights, tv, and refrigerator running. Once the storm passes I just run a cord outside to a generator.
Anything I would do different? No, I’m happy with how this turned out. I run an annual test of my generators (at the start of hurricane season) and this will make that easier and more accurate as I can easily put the real load in place. If battery prices come down in the next few years than maybe a triplet of Tesla Powerwalls will make this unnecessary but it will still be there for backup in case they fail.
Installing a transfer switch is not hard but unless you are a serious DIY’er like myself then I would just hire an electrician to do it. Buy the parts yourself and it shouldn’t take them more than a couple of hours.