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BILL GATES’ “ORGANIC” COATING RAISES ALARMS
Bill Gates’ Organipeel, marketed as organic, is actually registered as a pesticide with the EPA. Ingredients are mostly undisclosed, and handling warnings include eye protection and thorough washing—yet it’s sold on fruits and vegetables as safe to eat. Consumers should ask: what am I really eating?
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Bill Gates’ Organipeel, marketed as organic, is actually registered as a pesticide with the EPA. Ingredients are mostly undisclosed, and handling warnings include eye protection and thorough washing—yet it’s sold on fruits and vegetables as safe to eat. Consumers should ask: what am I really eating?
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🚜Twitter: http://x.com/NoFarmersNoFoud
Follow @NoFarmersNoFoud
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For about $50, we built a fully encrypted off-grid mesh network that lets us text our war band with no SIM cards, no towers, no Wi-Fi, and no internet—and it works.
In this video, I’ll show you how this $50 mesh node connects to a phone over Bluetooth, how we’re getting 3–6 miles of range in mountain terrain, and how we plan to mount a solar-powered repeater in a Douglas fir that could run for years. The first time we sent a message knowing no company or agency could read it—it was euphoric.
🪙 Cost: ~$50 per node
📶 Range: 3–6 miles (line of sight)
🌲 Repeater: Solar-powered, mounted in a tree
📱 Works with: Old phones & burner phones (no SIM required)
🔒 Encryption: End-to-end, PIN lockable
⚙️ Use cases: Off-grid homesteads, family readiness, emergency comms, war band coordination, blackouts
If you're just getting into radios, off-grid comms, or want to build your...
In this video, I’ll show you how this $50 mesh node connects to a phone over Bluetooth, how we’re getting 3–6 miles of range in mountain terrain, and how we plan to mount a solar-powered repeater in a Douglas fir that could run for years. The first time we sent a message knowing no company or agency could read it—it was euphoric.
🪙 Cost: ~$50 per node
📶 Range: 3–6 miles (line of sight)
🌲 Repeater: Solar-powered, mounted in a tree
📱 Works with: Old phones & burner phones (no SIM required)
🔒 Encryption: End-to-end, PIN lockable
⚙️ Use cases: Off-grid homesteads, family readiness, emergency comms, war band coordination, blackouts
If you're just getting into radios, off-grid comms, or want to build your...
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Forwarded from Boogeyman McNiggletard III
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Gonna build one of these soon
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Forwarded from Working Men Memes (SHARKY)
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Just an FYI.... JK BMS is a damn fine BMS. Lots of features and actively developed. But it's SOC measurement depends on counting the time vs amps in and out of the battery and that's not always accurate. We shall call it ball park accuracy. The victron smart shunt on the other hand is the most accurate shunt I've ever seen. I went 11 days without seeing 100% on the victron and it came back with an error of less than 4%. Having a good shunt is important because with LFP batteries you simply cannot know the true SoC by measuring voltage.
Here is a graph of all 7 of my JKBMS units vs the Victron Smart shunt.
Hint: when a LFP battery stops accepting current, the BMS assumes it is full and resets the reading to 100%. The measure of accuracy is how much it jumps at the end. Jumping from 99% to 100% is great. Jumping from 90% to 100% means the SOC measurement is not very accurate.
Here is a graph of all 7 of my JKBMS units vs the Victron Smart shunt.
Hint: when a LFP battery stops accepting current, the BMS assumes it is full and resets the reading to 100%. The measure of accuracy is how much it jumps at the end. Jumping from 99% to 100% is great. Jumping from 90% to 100% means the SOC measurement is not very accurate.
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Picked up 58 schedule 40 2" fence posts today. Got them for a hell of a price abput $12 each. Anyone in florence or cola sc area planning a solar array this guy has loads of posts.
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TLDR: When you run higher voltages you can move the same amount of power on thinner wires. In solar we like to connect lots of panels in series to take advantage of running thinner and cheaper wires across the yard to the panels. It is not uncommon to have 500 or 600vdc on the solar panel side of the system.
One of the local guys here is creating a rather large solar system. It'll produce 20kw @ 240v from solar/batteries and have an additional 15kw of 240v during the day for a daytime total of 35kw. For the 15kw portion, he has selected a fronius grid tied inverter that can accept up to 1000vdc strings. His panels are bifacial, so they make 550w on the front and with white rock or sand under them, can make up to 688w. He has 32 of these panels, so that's 17.6kw up to 22kw feeding a 15kw inverter. This is a ratio of 17-46% over paneled. In other words, that inverter will spend more than a few hours a day maxed out at full power (clipping as it is called).
Most systems are certified for 600v, so right off the bat he's go to use special THHN wire, special solar shut off switches. He will put 16 550w panels per string giving a peak voltage of 880vdc on cold morning. Now being a forward thinker, he has decided that it would be really slick to be able to reconfigure these 16 panels into four strings of 4 and feed them to his victron MPPT chargers in the event the fronius fails. The idea is to land groups of 4 panels onto a DIN rail terminal block and then be able to reconfigure the way the panels are interconnected with a premade set of jumper wires he can leave in the box holding the din rail terminal blocks.
I did want to get special DIN rail terminal blocks for him that accept small jumpers but those aren't rated above 600v. Now the electrical engineer in me says that anything rated for 600vac is actually good to 600x1.414= 848v, but his highest voltage on a cold morning exceeds that by 40 volts. So he has to spend more money on 1000v rated terminal blocks as well. We cannot cheat and use 600Vac rated terminals in this case.
Long story short.... 1000v systems are still in the practical realm of commercial solar farms. 600v is the norm now for the DC side residential systems. While it's really cool to get 15kw from only two strings of panels, you best open your wallet. 1000v stuff does not enjoy the economies of scale that consumer grade equipment does.
One of the local guys here is creating a rather large solar system. It'll produce 20kw @ 240v from solar/batteries and have an additional 15kw of 240v during the day for a daytime total of 35kw. For the 15kw portion, he has selected a fronius grid tied inverter that can accept up to 1000vdc strings. His panels are bifacial, so they make 550w on the front and with white rock or sand under them, can make up to 688w. He has 32 of these panels, so that's 17.6kw up to 22kw feeding a 15kw inverter. This is a ratio of 17-46% over paneled. In other words, that inverter will spend more than a few hours a day maxed out at full power (clipping as it is called).
Most systems are certified for 600v, so right off the bat he's go to use special THHN wire, special solar shut off switches. He will put 16 550w panels per string giving a peak voltage of 880vdc on cold morning. Now being a forward thinker, he has decided that it would be really slick to be able to reconfigure these 16 panels into four strings of 4 and feed them to his victron MPPT chargers in the event the fronius fails. The idea is to land groups of 4 panels onto a DIN rail terminal block and then be able to reconfigure the way the panels are interconnected with a premade set of jumper wires he can leave in the box holding the din rail terminal blocks.
I did want to get special DIN rail terminal blocks for him that accept small jumpers but those aren't rated above 600v. Now the electrical engineer in me says that anything rated for 600vac is actually good to 600x1.414= 848v, but his highest voltage on a cold morning exceeds that by 40 volts. So he has to spend more money on 1000v rated terminal blocks as well. We cannot cheat and use 600Vac rated terminals in this case.
Long story short.... 1000v systems are still in the practical realm of commercial solar farms. 600v is the norm now for the DC side residential systems. While it's really cool to get 15kw from only two strings of panels, you best open your wallet. 1000v stuff does not enjoy the economies of scale that consumer grade equipment does.
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There's a lot of noise on social media now about EBT (food stamps) not being funded on Nov 1 due to government shut down. There are several videos of blacks threatening to steal groceries. While I expect there to be more than a few (ahem) irrational events at the checkout stands, there may be cases of people being robbed of their shopping carts in the parking lot.
A South African group member once told me about his protocol for getting groceries... his wife loads the groceries in the back of the car and he stands with his back to her and head on a swivel ready to address any people who may approach.
Probably not a bad idea. You know what's a better idea? Not having to go to the grocery store in the first place.
A South African group member once told me about his protocol for getting groceries... his wife loads the groceries in the back of the car and he stands with his back to her and head on a swivel ready to address any people who may approach.
Probably not a bad idea. You know what's a better idea? Not having to go to the grocery store in the first place.
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Forwarded from Working Men Memes (SHARKY)
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North Carolina man was fined for using veggie oil to run his car. The state said he hadn't paid fuel tax. It is interesting to me that they wanted to fine him for not paying tax but they can't know how much fuel he used and therefore how much tax they didn't get. https://www.wwaytv3.com/charlotte_man_converts_car_to_veggie_oil_gets_fined_by_state-06-2007/
WWAYTV3
Charlotte man converts car to veggie oil, gets fined by state - WWAYTV3
Bob Teixeira, a Charlotte guitar teacher, took a stand against US dependence on foreign oil last fall. He spent $1,200 to convert his 1981 diesel Mercedes to run on vegetable oil. He buys soybean oil in 5-gallon jugs at Costco, which costs him about a third…
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Caltrops from a cattle panel. Tractor Supply sells galvanized wire cattle panels. Cut them into small crosses with bolt cutters. Bend the crosses with a hammer in a vice or bend them over by hand.
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Put a hem at the top of your sheet metal roof to prevent wind from blowing rainwater under the ridge cap.
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