Let’s have some FUN! Take this quiz and find out which engineer are you? And tell us what result you got in the comments below! :D Quiz: www.engineeringworldchannel.com/what-engineer-are-you/
Guys, stop complaining about the music, i was perfectly able to understand everything she said. Appreciate that this is a free and informative video that so neatly explains that Electric Grid.
Music is perfectly mixed the voice is clear through speakers. If your using headphones then change your sound settings. This was incredibly helpful for new employee training. Thank you very much for your hard work.
Years ago I worked for a company that painted high voltage steel towers, and electrical substations steel structures. We painted the towers while energized, hot. When crawling out on the arms that hold the insulators, which the lines are attached, you are crawling usually on a angle iron turned up, not very pleasant on the knees, and you learn to stay very low, a very low profile, and don't let a leg slip below you either. If on the middle arm, you got an energized line above your head, and one below you. You can hear them, the constant hum, the subtle cracking noise, and occasionally you get a jolt of static electricity. Not enough to kill you, but one that says hold on tighter and ground yourself better. In the several years I painted high voltage, I never seen anybody get into a " hot" line. Although, several years after I left, a very close painting friend, got into a line at a substation for a different that pushed safety too far, way too far. He was very " lucky", I guess anyway, but badly disfigured. Very few, get into voltage that high, and live to tell about it. Some of the towers we painted had voltage exceeding several hundred thousands volts. Although most are maybe 115 k or 230k. Either one, more than enough to cook you like a piece of bacon in a matter of seconds.
@@magpierandoms6272 To preserve the integrity of the structure, and yes to keep rust at bay. The cost to repaint a power line structure is very little compared to replacing the structure.
@@VoyageOne1 I don't remember the V, but I do remember the largest tower's, they had much thicker steel, and it took a lot more paint and time, so that line may have been. It was up around Lorain Ohio, outside of Cleveland. Thanks, John
Neat. This video is a quick simple explanation. I used to help install many 277v lighting changeovers as part of the green energy efficiency plan. Also moved a helluva lot a conduit. VFD's were also interesting to learn about.
Frankly I was hearing her fine, until I read this comment and my brain became more aware of the BG music , so much so that.. here.. I'm writing this comment..🤣
WiGL is a smart, long-distance, wireless power company. WiGL, Wireless-electric Grid Local Air Networks (pronounced “wiggle”), is a new technology developed for the Department of Defense for touchless wireless power.
Cold Steam the efficient way to use heat sources to produce electricity and or distilled water explained from basic concept to employment. Water boils at 75 degrees F in a vacuum. Two open containers one full of water the other empty connect them at the bottom and water will reach an equilibrium 50 50. If one is sealed except for the connection the other will remain empty because of the vacuum created in the sealed container. Gravity will overcome this vacuum if the containers are taller than 30 feet. If the tanks are 40 feet tall the tanks will reach an equilibrium of water levels at 30 feet leaving ten feet of hard vacuum in the sealed tank. This makes a vacuum pump set we need two of them if we were going to distill water as the cold side open tank is used to collect the distilled water from it as the continuous input of water needs to go somewhere. Each sealed tank has four valves three at the top two of those on opposite sides (B&C) one at the very top (D) one at the bottom on the side (A), water-based vacuum pump operations are, Close bottom tank valve A and top tank valve C. Open top tank valve D. Fill sealed tank through top side valve B. Close valve B and D when full. Open bottom valve A. This primes the system to let the warm water in that will vaporize and run through the system when you partially reopen valve B (to control flow rate) and open valve C to its fullest. For only power generation need one pump set and one vacuum tank so we can have a Hot side and a Cold side one to boil the water and one to have the low pressure/vacuum to draw the steam in through the turbine then the cooling coils then to the tank. At the bottom of the cold side, tank is a return pipe with the one way valve to the heat source the one-way valve prevents expansion back to the cold side and as the hot side vacuum chamber is the only outlet for the expanding water and it is drawn by the vacuum the cycle proceeds. You can combine the two and get power generation and distilled water keeping the return line from the power generation system will let you switch if you don't need distilled water on a continuous basis in large quantities. I am going to make one feel free to make one as well it is open source.
WHY? why would u put the background music? so distracting. it's like I am trying to focus the lecture in the class, but at the same time, Zumba class is happening in the next room.
I have one doubt. Suppose a country has interconnected grid where a power can be supplied by any generator to consumer. So if I have generating plant,how would I know that where I am supplying the power. Or suppose a consumer is Taking power from generating plant A and due to some reason,now power is supplied by Gen B. Then how the billing and all that stuff is done.
CORRECTION: after electricity is generated, the voltage is stepped up and sent through feeder cables connected a switchyard - which is like a substation but doesn't have transformers or circuit breakers - only busses and switches and operates only at a single voltage level.
If electricity is produce and unlike water it cannot be store, how is the amount of electricity is controlled? When I think of electricity distribution I think it is similar to water but that is incorrect. So how is the flow of electricity controlled?
360srh2, no there is no neutral, just the three phase conductors. The three phases are a complete circuit. A Neutral is how the system is configured at the distribution transformer end where it connects to the consumer. Look up delta and star connections in transformers.
Bullplop, if they were serious about lowering costs to the consumer then they would start making real advancements instead of trying to tweak what they've already got. Long distance power transmission using High Voltage DC is a real improvement and not a tweak, HVDC dramatically cuts the losses from long distance power transmission, thus real savings to the customer. But power companies aren't interested in saving you real money although through sleight of hand this video attempts to convince you otherwise.
@Electric Bit that isn't even true, AC creates more heat and losses than DC this is because of the extra impedance caused by the inductance. the real reason why we use AC is so we can use transformers
can i ask how to make video like this. I really need it to complete my assignment.. thanks 😊
could be your speakers... sounded fine to me
Let’s have some FUN!
Take this quiz and find out which engineer are you?
Quiz : www.engineeringworldchannel.com/what-engineer-are-you/
Engineering World Can you please tell me which editing software is used !?
Vishnu Raj up
That software is incorrect . Am electrical engineer not civil.
If you have any questions related to electrical engineering, feel free to ask !
Our experts shall revert back !
Can you breakdown a substation, transformer yard, switchyard? and explain the difference between the different voltages?
is smart grid is existing or under process 🤔🤔
is EARTH HOUR BENFICIAL?can we utilise energy consumed during hour?
Why current odd harmonics suffer distribution transformer's core?
If we only done generation we are not consuming voltage were voltage goes last point...
⚠️ Know more about how electricity reaches your home in our detailed article ⚠️
Link : www.engineeringworldchannel.com/electrical-grid/
Let’s have some FUN!
Take this quiz and find out which engineer are you? And tell us what result you got in the comments below! :D
Quiz: www.engineeringworldchannel.com/what-engineer-are-you/
Aerospace engineer lol
Civil Engineering 😝
This is bull shit it is not detailed enough
Guys, stop complaining about the music, i was perfectly able to understand everything she said.
Appreciate that this is a free and informative video that so neatly explains that Electric Grid.
I appreciate the content. The sound sucks.
This video is fantastic. I'm taking a course on smart grids right now and the professor and textbooks are awful. You just made my night, thank you!
Music is perfectly mixed the voice is clear through speakers. If your using headphones then change your sound settings. This was incredibly helpful for new employee training. Thank you very much for your hard work.
awesome overview of electrical grid. Background music was a bit louder than informative content.
Cant agree more
Years ago I worked for a company that painted high voltage steel towers, and electrical substations steel structures. We painted the towers while energized, hot. When crawling out on the arms that hold the insulators, which the lines are attached, you are crawling usually on a angle iron turned up, not very pleasant on the knees, and you learn to stay very low, a very low profile, and don't let a leg slip below you either. If on the middle arm, you got an energized line above your head, and one below you. You can hear them, the constant hum, the subtle cracking noise, and occasionally you get a jolt of static electricity. Not enough to kill you, but one that says hold on tighter and ground yourself better. In the several years I painted high voltage, I never seen anybody get into a " hot" line. Although, several years after I left, a very close painting friend, got into a line at a substation for a different that pushed safety too far, way too far. He was very " lucky", I guess anyway, but badly disfigured. Very few, get into voltage that high, and live to tell about it. Some of the towers we painted had voltage exceeding several hundred thousands volts. Although most are maybe 115 k or 230k. Either one, more than enough to cook you like a piece of bacon in a matter of seconds.
@@magpierandoms6272 To preserve the integrity of the structure, and yes to keep rust at bay. The cost to repaint a power line structure is very little compared to replacing the structure.
Have you ever had to paint 500/765 kV towers?
@@VoyageOne1 I don't remember the V, but I do remember the largest tower's, they had much thicker steel, and it took a lot more paint and time, so that line may have been. It was up around Lorain Ohio, outside of Cleveland. Thanks, John
Neat. This video is a quick simple explanation. I used to help install many 277v lighting changeovers as part of the green energy efficiency plan. Also moved a helluva lot a conduit. VFD's were also interesting to learn about.
It will be much good if you have reduced the background music...it overcoming the video voice
yeah, true
Yes we agree
Frankly I was hearing her fine, until I read this comment and my brain became more aware of the BG music , so much so that.. here.. I'm writing this comment..🤣
Great channel thank you team🤝
Thanks for you explanation
So easy to understand!
Nice videos.
i scored 11/15 ..i m happy :)
You did a very good job of explaining how transmission works. When are you going to explain how the grid functions?
Thanks for this video.
Distribution side has more complexity especially how to manage the power flow, losses, customers, faults etc
WiGL is a smart, long-distance, wireless power company. WiGL, Wireless-electric Grid Local Air Networks (pronounced “wiggle”), is a new technology developed for the Department of Defense for touchless wireless power.
awesome! You guys explained it very well!
Language is the most important invention. Power is every where free to be used if harnessed right.
great explanation :)
Cold Steam the efficient way to use heat sources to produce electricity and or distilled water explained from basic concept to employment. Water boils at 75 degrees F in a vacuum.
Two open containers one full of water the other empty connect them at the bottom and water will reach an equilibrium 50 50. If one is sealed except for the connection the other will remain empty because of the vacuum created in the sealed container.
Gravity will overcome this vacuum if the containers are taller than 30 feet.
If the tanks are 40 feet tall the tanks will reach an equilibrium of water levels at 30 feet leaving ten feet of hard vacuum in the sealed tank. This makes a vacuum pump set we need two of them if we were going to distill water as the cold side open tank is used to collect the distilled water from it as the continuous input of water needs to go somewhere.
Each sealed tank has four valves three at the top two of those on opposite sides (B&C) one at the very top (D) one at the bottom on the side (A), water-based vacuum pump operations are, Close bottom tank valve A and top tank valve C. Open top tank valve D. Fill sealed tank through top side valve B. Close valve B and D when full. Open bottom valve A.
This primes the system to let the warm water in that will vaporize and run through the system when you partially reopen valve B (to control flow rate) and open valve C to its fullest.
For only power generation need one pump set and one vacuum tank so we can have a Hot side and a Cold side one to boil the water and one to have the low pressure/vacuum to draw the steam in through the turbine then the cooling coils then to the tank.
At the bottom of the cold side, tank is a return pipe with the one way valve to the heat source the one-way valve prevents expansion back to the cold side and as the hot side vacuum chamber is the only outlet for the expanding water and it is drawn by the vacuum the cycle proceeds.
You can combine the two and get power generation and distilled water keeping the return line from the power generation system will let you switch if you don't need distilled water on a continuous basis in large quantities.
I am going to make one feel free to make one as well it is open source.
Awesome!
Thanks for the video. Very well made. The Background music is a bit too loud I guess. Cheers, Roger.
the damn music is louder than it's supposed to be. thank you
Awesome graphics, good job.
Jekare saw it
excellent!!!
thanks for this with a real persons voice!!! 👍👍👍
subbed
Is there any explanation how to detect errors in power grid line distribution?
WHY? why would u put the background music? so distracting. it's like I am trying to focus the lecture in the class, but at the same time, Zumba class is happening in the next room.
great efforts. Thanks
Could we be able to install electrical powerlines under the ground? So that when a hurricane strikes, repairing of powerlines won't be a problem.
Thank you N TESLA ⚡
great motion graphics
Thank you for your feedback :)
I have one doubt. Suppose a country has interconnected grid where a power can be supplied by any generator to consumer. So if I have generating plant,how would I know that where I am supplying the power. Or suppose a consumer is Taking power from generating plant A and due to some reason,now power is supplied by Gen B. Then how the billing and all that stuff is done.
Go go gridwatch.co.uk to see how much of you electric is being used (%).
Well Done !
in a word its great ! but which simulators or software u use to make this slides ?
عالی👌🏻
Question 2
What part of the utility system supplies distribution substations from bulk power sources?
what's the answer ?
You can try taking the quiz again and the correct answer is highlighted even if you choose the wrong one.
Verify your electrical circuits on the go! Look up: 'Circuit Solver' by Phasor Systems on Google Play.
Are there more parts explaining how the grids are calculated and so on?
Best video
sir can u tell me how can I make this type of video for my electrical engineering project ?
please help me.
cool vid, 10/10
CORRECTION: after electricity is generated, the voltage is stepped up and sent through feeder cables connected a switchyard - which is like a substation but doesn't have transformers or circuit breakers - only busses and switches and operates only at a single voltage level.
Music too loud
If electricity is produce and unlike water it cannot be store, how is the amount of electricity is controlled? When I think of electricity distribution I think it is similar to water but that is incorrect. So how is the flow of electricity controlled?
What about solar panels and Wind fans
When I see 3 transmission lines are they all AC? or is one a neutral line that goes back to the generator and completes the circuit?
360srh2,
no there is no neutral, just the three phase conductors. The three phases are a complete circuit. A Neutral is how the system is configured at the distribution transformer end where it connects to the consumer. Look up delta and star connections in transformers.
thank you for this lucture
Thanks
Good information, but Jesus that looped guitar got to me.
Soooooooo Gooooooooooooooooooooooooooooooooooooooooooooooooooooood
Why does increasing voltage make it better for long distance travel?
Yes but there's more if a chance of short circuiting
good
NICE OSM
Good
Nice
How many voltage in all time or in each step
Je kiff votre contenu à quand les prochain vlog ?
Zakaria Talhaoui Ne t’en fais les prochaines arrive 👍
Zakaria Talhaoui vraiment un contenu hors du commun !!
This video is good if you want to learn about electrical grids, energy, and info structure.
Thank you for your valuable feedback.
Aww ! That BGM damn
I made it with Avasva handbooks !
I wish captions were on
Where is the generated electricity is stored ???
Have you guys heard of ted kazynski?
The whole world uses three phase alternating current so please show always three lines in your illustrations of power lines.
The background music should be in the background. It's fighting with the narration.
i like her voice
“Information technology” lol, there is a wee bit more going on behind the scenes to integrate distributed resources
💓
Can I know the name of the intro music?
Good day.
does electrical grid have a storage system?
same question XD
Some do and some don't. That's why production and consumption must be in balance every second.
nice
Background music is killing me
Lol
Very informative but the background music is too loud
Where is the quiz
Bullplop, if they were serious about lowering costs to the consumer then they would start making real advancements instead of trying to tweak what they've already got. Long distance power transmission using High Voltage DC is a real improvement and not a tweak, HVDC dramatically cuts the losses from long distance power transmission, thus real savings to the customer. But power companies aren't interested in saving you real money although through sleight of hand this video attempts to convince you otherwise.
Skip intro @0:30
Basic of electrical working explain plz
We are going to address
1246 High Street again.
1+2+4+6
13.
Stay away from
420 High Street.
Can you please reduce the music volume more
Simulate some circuits! Arrive at androidcircuitsolver on google
Good video but background audio is very annoying!
Song?
My dad works for tep
CLEANSPARK is the solution to the outdated grid system. That is all.
Systems builds Installing
The loud background music renders the video useless.
The 'music' wipes out the entire presentation.
Please send this as ppt
harve de grace
A version without the pointless and distracting music would be great!
"all you need to know"
Didn't answer any of the questions I have.
Just remove the music to be more effective… thanks for the explanation
1:24 Wht we use AC not DC voltage what?
@Electric Bit that isn't even true, AC creates more heat and losses than DC this is because of the extra impedance caused by the inductance. the real reason why we use AC is so we can use transformers
75k views for this and 1 billion for Cardi B............?
I did it quickly and efficiently with instructions from Avasva webpage.