I'm an average student aiming to make a change. I love finding efficient methods for daily chores, or maybe I should just admit that I'm a bit lazy. I love replicating cool tech I see online, no matter how complex it may be. Embedded systems, Robotics, Mechatronics, Agriculture-you'll find it all here!
This channel serves as my portfolio, where I showcase my skills and projects. My goal is to inspire others by demonstrating that anyone, regardless of their skill level, can create remarkable things.
Hi guys I hope you like my project ive put in allot of effort into designing the best possible automated irrigation system, Initially this project started as a submission to a hackathon, but later 1 kept on developing it and i reached here now,I hope you like the project. Github link: github.com/FaizanTabassum/SelfPlanter
can you please re provide the buy link or mention the exact name of the modules so that we can purchase easily and can you tell me the time for producing water from 0 to ? hours and quantity of water we get ml ?.super bro you are doing good.
can you please re provide the buy link or mention the exact name of the modules so that we can purchase easily and can you tell me the time for producing water from 0 to ? hours and quantity of water we get ml ?.super bro you are doing good.
Harua low ton get heat in it light water should taste like yogurt light. I move it by feelings cause it's u say mouth closed as many times u like it's light and light. Just one word shape shifting word will come soon.stepping stones a boulder moving yep... I'm on the way.
Perfect aplied example, and to be exact the water from air is not plants want. They need also mineral and vitamins from the water which air doesnot have. I am looking to see v3. Keep going.
I had a design using vacuum compressor need no power only use hand pump to vacuum the bottle and drawing air into copper tube submerged inside water body cooling air and make water push through filtration then we had pure drinkable water anywhere even in Iraq without need for transport water bottle
most rinky-dink thing built *i luv it* i see the hot glue didn't stick was it because surface was dirty or heat from connection caused it to melt. *either way i enjoyed the video, Thanx Bro'*
You don't actually need to make water to make electricity with a device like this. If you have a heat source, you can simply apply the hot side of the device to a wood stove or other source of heat. Wire the cold side to a 12 volt DC system- and you can charge your phone, batteries, the works. This is how satellites in space that don't use solar cells work. They take a small amount of Plutonium or other radioactive material and cover it in Pelletier devices. As the material decays, lots of heat is produced. The cold side is wired to a heat sink and dissipates heat- thereby generating enough electricity to run the satellite. This is why Voyager is still running- it has a reactor at its heart. It's not enough material to go critical and explode. But it is enough to provide juice. I have often thought of taking mirrors and using those to make electricity by producing a Peltier device. You simply build a system using the same devices in this video and surround it with mirrors. Peltiers are cheap, have a long life, (Voyager was launched in 1977!) and mirrors last forever. Solar cells give more juice per square foot, but this device would outlast them for decades. Plus you can always add more mirrors- making it far hotter. Always wanted to build one for a wood stove- but I don't have a wood stove... The thermonuclear reactors on Voyager and other spacecraft are called radioisotope thermoelectric generators or RTGs for short. This would be called just a Thermoelectric Generator, so a TG. Last time I checked, they don't sell Plutonium on eBay, lol.
Use clay pot for cooling, heater for heating, use solar and use fan fan for cooling, don't use dehumidifier it has gas which disturb air. If you will think, you can make it. Various ways we can cool and heat air. Use wind energy. Think about it. Jay Bharat.
You could also make electricity with this, If you mount this somewhere high such as top of a flagpole with a small tank, perhaps you could use the power from the falling drops of water to charge a battery and to pump the water back up to the top tank again? (there are videos on here about using the power of falling water) Also if you add a solar panel and battery you could then run the device 24/7?
You don't actually need to make water to make electricity with a device like this. If you have a heat source, you can simply apply the hot side of the device to a wood stove or other source of heat. Wire the cold side to a 12 volt DC system- and you can charge your phone, batteries, the works. This is how satellites in space that don't use solar cells work. They take a small amount of Plutonium or other radioactive material and cover it in Pelletier devices. As the material decays, lots of heat is produced. The cold side is wired to a heat sink and dissipates heat- thereby generating enough electricity to run the satellite. This is why Voyager is still running- it has a reactor at its heart. It's not enough material to go critical and explode. But it is enough to provide juice. I have often thought of taking mirrors and using those to make electricity by producing a Peltier device. You simply build a system using the same devices in this video and surround it with mirrors. Peltiers are cheap, have a long life, (Voyager was launched in 1977!) and mirrors last forever. Solar cells give more juice per square foot, but this device would outlast them for decades. Plus you can always add more mirrors- making it far hotter. Always wanted to build one for a wood stove- but I don't have a wood stove... The thermonuclear reactors on Voyager and other spacecraft are called radioisotope thermoelectric generators or RTGs for short. This would be called just a Thermoelectric Generator, so a TG. Last time I checked, they don't sell Plutonium on eBay, lol.
