Making a blanket.

Research Reveals: This Repairs Nerve Damage
https://youtube.com/watch?v=8OSlBn6qRqs&si=xW7cSFnIR9oWahye

If you didn't hate cops enough already.

Jackson County man charged after getting arrested while paying taxes
In May of 2024, Kansas City resident Zak Nenno was arrested after trying to pay a bill at the historic Truman Courthouse in Independence, Missouri.

Check out this free gas hack

Hey, everyone. EightyCanadian, here.

As most of you know, I do all the artwork for most of the channels in our network. Art and graphic design have always been my passion, but lately, due to the state of Canada, guys like me can't find work anymore. It's been a rough few months, but I'm finally ready to roll the dice on myself.

Please consider visiting my online shop and supporting the channel with likes, favorites, and maybe help a brother out and grab some channel merch. This would really help me and my family out. All designs are done by myself.

Godbless.

EightyCanadian 👍🍁

https://www.etsy.com/ca/shop/EightyCanadian

How do I get my tax dollars to support this instead of whatever the f*ck they do with it now?

POV: You have built a happy family :)

My power bill... Note that I had solar for 7 years but it was on the roof and not optimally aimed. In March I added 3kw of panels and ground mounted them. What a difference it makes.

This wont apply to really any of you.... but I finally solved a problem with my solar. My SMA inverter is supposed to measure the amount of current in or out of the utility grid and limit it to a setting in memory. Since it was designed to AC couple to other solar inverters I figured that limit setting would include the current from EVERYTHING but it does not. Even worse, if I set the limit artifically low, it will disconnect from the grid if the AC coupled inverters go over the limit. But the fundamental problem remains that excess power created by my 48v DC solar chargers combined with the 10kw of AC coupled inverters will and does get up to 15kw and then bad things happen and we disconnect from the grid.

So my solution was to reprogram one of my 48v DC charge controllers. I have two 3kw units and when the batteries are low, both of them make a best effort to make all the power they can. When the battery gets to 55.2, one of them stops making power and the other tries to make 57v. And battery voltage above 55.2 is considered "must export" by my SMA sunny island inverters.

Finally I've stopped the system from making too much power at noon. This wasn't a problem in the summer because my panels are too steep and the sun was way too high to hit them headon in summer. But as we get in to winter, the sun is a little lower in the sky at noon and is hitting my panels straight on.

Schools of thought for figuring out the optimal tilt of your panels.

The text book starting point for your panels is tilted at your latitude. For example, if you are in upstate NY, that's 45degrees so tilt them 45°. if you are in finland tilt them 60°(nearly stright up and down). In Jacksonville FL, tilt them at 30°.

1) you want to sell as much power as you can to the grid and intend to buy back your own power in the winter. Make you panels face dead south and make them a little flatter than your latitude. Example, I'm in South Carolina at 33 lat. the panels that were on my roof were at 25° and they make a lot of power in the summer. I would buy that power back in winter. I hardly made any power in December.

2) you have batteries and you want to run the house as close to 100% off grid and only connect to the grid when you are desperate or run a generator as needed. In this case tilt your panels about 5-10° steeper than your latitude. In the winter, you need to make enough to run the house, but we aware in the summer, the sun will be above the panels at noon and from dawn until 10pm and 6pm until dark the sun will actually be behind the panels. But since the days are longer, you'll make enough power, just low and slow... like good BBQ. In the winter you'll make as much power as you can in the short amount of sunlight you have each day. Keep in mind that although the sun peaks out high in the sky at noon, it spends a whole lot of time between the horizon and that peak.

https://gml.noaa.gov/grad/solcalc/azel.html

I just used this calculator to understand which days the sun will be exactly perpendicular to my panels at noon. I'm at 34lat but my panels are a bit steeper at 40°. That means Oct 28th and Feb 7th the sun hits my panels straight on at noon.

Most of the time we think of the sun being at the mid point of it's elevation change at Sept 22 or March 22.... but I biased my panels to be better in winter.