Forwarded from πJewelyBlue &Q Channel (JewelyBlue)
Ticks cannot fly, they cannot jump,
and they crawl slower than a snail.
Yet, they somehow βoutbreakβ
across thousands of miles of
different states in the exact same
week.
They arenβt migrating through the
woods; they are being delivered.
and they crawl slower than a snail.
Yet, they somehow βoutbreakβ
across thousands of miles of
different states in the exact same
week.
They arenβt migrating through the
woods; they are being delivered.
π―52π€¬9π€‘6
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Poor fella....
π’36π18π2β€1π₯±1
I'm about to have a change of heart on something. Two houses around here are overpaneled by 3x. My system is overpanelled by 1.7x. The other two systems have routinely hit 100% battery each of the past 4 days. My system has NOT hit 100% in 5 days. Love the rain, but it's keeping me from charging. My battery has been anywhere from 20% to 60%.
My change of heart is this: The solar panels are the cheapest part of the system, get lots of them. You simply can't have too many. One of my inverters is rated at 6kw and I've got almost 11kw of panels connected to it. That's fine because it only takes what it needs. And if it is cloudy, it still makes full power.
So... I've played the math where you have more and more batteries so you can make it thru the poor production days. As you approach 99% uptime the number of batteries you need to get each 1/10th of a percent goes up exponentially. On the other hand if you have an overwhelming number of panels and you can hit 100% battery each day, who cares how much battery you have!
The rule is you put panels in series until you reach your inverter's Voc limit (450v...500v...600v). For most 550-600w panels that will be 8 panels. Now you just add groups of 8 panels in parallel. If you have two strings of 8 you simply connect them in parallel. If you have 3 or more in parallel, you must fuse each string. A side from that, just add panels until your system can't help but make 100% each day.
My change of heart is this: The solar panels are the cheapest part of the system, get lots of them. You simply can't have too many. One of my inverters is rated at 6kw and I've got almost 11kw of panels connected to it. That's fine because it only takes what it needs. And if it is cloudy, it still makes full power.
So... I've played the math where you have more and more batteries so you can make it thru the poor production days. As you approach 99% uptime the number of batteries you need to get each 1/10th of a percent goes up exponentially. On the other hand if you have an overwhelming number of panels and you can hit 100% battery each day, who cares how much battery you have!
The rule is you put panels in series until you reach your inverter's Voc limit (450v...500v...600v). For most 550-600w panels that will be 8 panels. Now you just add groups of 8 panels in parallel. If you have two strings of 8 you simply connect them in parallel. If you have 3 or more in parallel, you must fuse each string. A side from that, just add panels until your system can't help but make 100% each day.
β€6π―6π5π4β‘1π1
I know math. The 60lb bag of quickcrete says it does 1.25square feet 4" thick. That's 0.4166 cuft per bag. I calculated a project today that was in a form made of plywood so I damn well know how many cubic inches it is. And cubic inches / 1728 is cubic feet. I bought 18 bags of concrete and used 14.
Another nitpick... I usually just add water until the mix looks right.... Today I decided to read the directions on the bag. It said 2.5quarts of water. ended up with 3.5 or 4quarts just to make concrete that wasn't "pebbly".
Why even put stuff on the bag if it's off this much???
Another nitpick... I usually just add water until the mix looks right.... Today I decided to read the directions on the bag. It said 2.5quarts of water. ended up with 3.5 or 4quarts just to make concrete that wasn't "pebbly".
Why even put stuff on the bag if it's off this much???
π14β‘4β€1π1π±1π―1
Forwarded from Ashton
If you're not growing, breeding, or putting away food already, please go buy food sooner than later. Like today.
Seriously. Go buy food. Cans, bags, whatever. Just go buy food.
Sell things if you need to. Trust me. Get some food put away.
Seriously. Go buy food. Cans, bags, whatever. Just go buy food.
Sell things if you need to. Trust me. Get some food put away.
π―47π8π1
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For your information. Tune in next week when we discuss green tip 556 and blue helmets.
π€12π₯7β€5
Forwarded from DoomPosting
You can crash your yard's mosquito population without spraying a single chemical with a Mosquito Bucket of Doom.
Fill a 5-gallon bucket about two-thirds with water. Drop in a handful of grass clippings, leaves, or hay. Let it sit for a day, then drop in a Bti dunk (also called Bacillus thuringiensis israelensis, sold at any hardware store as "mosquito dunks," about $10 for six).
Mosquitoes are powerfully attracted to fermenting water and will lay their eggs in your bucket. Bti is a naturally occurring soil bacterium that produces a toxin that kills mosquito, blackfly, and fungus gnat larvae only.
This method doesn't harm bees, butterflies, fireflies, fish, frogs, birds, pets, or people. BTI dunks are EPA-approved for organic use and safe in animal water troughs and birdbaths.
The bucket becomes a mosquito magnet and a dead end. Compare that to fogging the entire yard with pyrethroids, which kills every insect in it, including the predators that eat mosquitoes.
Doug Tallamy's Homegrown National Park has been running the "Mosquito Bucket Challenge" since 2021. The more buckets in a neighborhood, the bigger the dent. One bucket per yard is a great start.
π³πΎπΎπΌπΏπ€π π πΈπ½πΆ
Fill a 5-gallon bucket about two-thirds with water. Drop in a handful of grass clippings, leaves, or hay. Let it sit for a day, then drop in a Bti dunk (also called Bacillus thuringiensis israelensis, sold at any hardware store as "mosquito dunks," about $10 for six).
Mosquitoes are powerfully attracted to fermenting water and will lay their eggs in your bucket. Bti is a naturally occurring soil bacterium that produces a toxin that kills mosquito, blackfly, and fungus gnat larvae only.
This method doesn't harm bees, butterflies, fireflies, fish, frogs, birds, pets, or people. BTI dunks are EPA-approved for organic use and safe in animal water troughs and birdbaths.
The bucket becomes a mosquito magnet and a dead end. Compare that to fogging the entire yard with pyrethroids, which kills every insect in it, including the predators that eat mosquitoes.
Doug Tallamy's Homegrown National Park has been running the "Mosquito Bucket Challenge" since 2021. The more buckets in a neighborhood, the bigger the dent. One bucket per yard is a great start.
π³πΎπΎπΌπΏπ€π π πΈπ½πΆ
π38π14β€5π―3
Forwarded from Sarah Connor
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π12π€©3π€2π2
Well it's finally happened. The NRCS and USDA have decreed that round hay bales will be illegal to make. They will no longer provide farmer's funding for any round bale equipment. Colton L. Buckley, Chief of the U.S. Department of Agriculture's Natural Resources Conservation Service issued a statement On April 1, 2026 saying he was concerned that livestock could not get a square meal.
π€£53π€‘12π4π₯΄3π1
So for hte last several days wife has taken off work and we're cleaning out the outer ring of the basement...... and a juvenile hawk has been killing one chicken a day. I can't sit outside and watch them becuase i'm in the basement. Damn it all.
π€¬10π’5π€¨3
I bring this up periodically. We're all adults here and that often means adult oriented topics. Ladies, how are you prepped for your monthlies? What about your daughters? Have you looked into silicon menstrual cups? Or do you have other solutions?
Consider me "Sgt Schultz"... I know notzing... just bringing up a topic that probably needs brought up.
Consider me "Sgt Schultz"... I know notzing... just bringing up a topic that probably needs brought up.
π9β€5π©5π―2
The neighbor with a victron system built it into a shipping container that has a roof over it. Problem is that the afternoon sun shines on the walls and heats it up. The inverters are rated to run at upto 120F and the room was getting into the high 90s. He installed a small window shaker airconditoiner inside and we noted that the air cond setpoint was 75 and the temp in the room was 64. So the temperature probe for the victron was off 10F.
I had him soak the probe in icewater and at 32F it read 26F. I was able to calibrate it remotely by adjusting slope and offset at 32 and 98 (temperture of his mouth).
Lesson learned... not all temperature probes are calibrated correctly. The other 3 that he was were fine. Also, since the victron is natively in celcuis, it's best to do calibrations in C and then switch back to freedom units.
I had him soak the probe in icewater and at 32F it read 26F. I was able to calibrate it remotely by adjusting slope and offset at 32 and 98 (temperture of his mouth).
Lesson learned... not all temperature probes are calibrated correctly. The other 3 that he was were fine. Also, since the victron is natively in celcuis, it's best to do calibrations in C and then switch back to freedom units.
π2β€1