I am not an engineer, I don't know anything about electrics, I just like looking at some of the weird and wacky designs of some of the pylons. Plus the music is good in this video! Thank you for sharing I enjoyed watching 👍👍👍👍
For Indonesia electric transmission used of all voltages below from PLN (State Electrical Company Co., Ltd.): 6.6 kV (all vilage regions) 13 kV/60Hz (short range medium voltage) 20 kV/50Hz (medium range of medium voltage) 66 kV/60Hz (long range medium voltage) 70 kV/50Hz (all regions) 132kV/60Hz (all regions) 150 kV/50Hz (all regions) 275 kV/50Hz (Sumatera island & Borneo island) 345kV/60Hz maximum (planned) 500 kV/50Hz (Sumatera-Java-Borneo (planned) island) 765 kV/50Hz (in planned for Sumatera - Java - Borneo) 1.000 kV/50Hz (in planned for cross-country power utilities, include Southern Asian-Indonesia-PNG-Australia-NZ)
In Indonesia, the standard voltage from PLN are : 6kV, 12kV, and 20kV for medium voltage, 30kV, 70kV, and 150kV for high voltage, 275kV and 500kV for extra high voltage. In medium voltage, the 6kV lines are not used anymore. The 12kV are still used in Sumatra, Borneo, and Celebes. But in future will no longer used. The 20kV become the main voltage in medium voltage. In high voltage, the 30kV line is no longer used, but in some areas still used to supply electricity from small hydropower or converted to 20kV for supply villages in difficult terrain. The 70kV lines in future will no longer be used because it will be upgrade to 150kV. The 150kV line become the main voltage in high voltage. But in several area, the 150kV lines are upgraded to 275kV or 500kV. In Extra High Voltage, 275kV used for backbone in Sumatra, interconnection Malaysia-Indonesia (SEB-PLN), and supply electricity from Poso Hydropower to Palopo. The 500kV still used in Java Island. But, in future, the 500kV will be used in Sumatra, Borneo, Bali, and Celebes. Sorry for bad english :)
Oh iya, untuk Interkonesi Jawa-Sumatera, akan dibangun SUTTAS 500kV dari GITET Konverter X-Bogor ke GITET Konverter Muara Enim. Sebenarnya proyek ini sudah lama, namun terkatung-katung karena beberapa hal dan pertimbangan. Tapi yang pasti, proyek ini akan dilaksanakan, entah pada tahun berapa. Kalau tegangan diatas 500kV, Seperti 765kV dan 1000kV, saya tidak yakin akan dibangun dalam waktu dekat, karena untuk SUTET 500kV sendiri persebarannya hanya terpusat di Pulau Jawa. Tetapi, kalau permintaan listrik untuk perumahan dan industri meningkat pesat, bukan tidak mungkin akan dibangun jaringan tersebut. Terimakasih
Well just think about one thing, then you will realize, why we really need such high voltages: If you want to transmitte a power of 1GW (bether 1GVA because of AC vs DC) then if lets say the max current the wire can handle is 10000A, which really is a LOT of current, the voltage has to be at 100000V to be able to transmitte 1GW. If you want to transmitte 10GW of power, you will need 1MV if the max current of all cables together is 10000A. Handling lots of amps is hard, because it will produce heat and thus losses, and you need thick wires, and handling lots of vokts is hard, because of isolation, and also losses due to corona discharge, and at AC also losses due to electrostatic influence. These MV lines are probably at the technical limit, and also the limit, where more voltage doesnt mean higher effictivity,but rather less i think. And i think thats what makes them so cool. They show out limits, and also show how big isolators for this voltage are, and thus also how far an arc could possibly jump due to this voltage. This really is crazy stuff.
@@Jemalacane0 might be, but still a power line short will be way worse. A lightning stike lasts maybe only a ms. These shorts last, until something melts down. This would be clearly terrifying, because the fuse for these if there is one, will be probably like for 10000A of continuous current. I think one cant imagine how bad such a fault would be.
*Brazilian Electric Distribution/Transmission System Voltages:* 220/380V (for more residential areas - low voltage, used in residential areas for connecting 220V or 380V to houses) 13,8 kV/60 Hz (Short Range medium voltage, used in every city of the country) 34,5 kV/50 Hz (Higher Range medium voltage) 69 kV/50 Hz (Subtransmission high voltage) 88 kV/50 Hz (Old 50s Transmission High Voltage, used in Southeast Brazil) 132 kV/50 Hz (Transmission High Voltage, used in Southern region of Brazil) 230 kV/50 Hz (Transmission High Voltage, also used in Southern Brazil) 345 kV/50 Hz (Tranmission HV, used in Southeast and Central Brazil) 440 kV/50 Hz (Transmission HV, used in Southeast and Northern) 500 kV (Transmission HV, used in Northern and Central Region) 600 kV (Transmission HV Direct Current, used in North Region) 765 kV (Transmission HV, used in Southern, Northern and Central Regions).
LINHAS DE TRANSMISSÃO DE UM MILHÃO DE VOLTS!!!!!!! IMPRESSIONANTE!!!!!!! ATÉ QUE PONTO CHEGOU NAS TRANSMISSÕES DE ENERGIA ELÉTRICA!!!!!! IMAGINE COMO SERIA O TAMANHO DE UM ARCO ELÉTRICO COM ESSA VOLTAGEM!!!!!!! AS TORRES DE TRANSMISSÃO PARA SUPORTAR ESSA VOLTAGEM SÃO VERDADEIROS GIGANTES GOLIAS!!!!!!! OS ISOLANTES E AS BUCHAS ENTÃO... SÃO DO TAMANHO DE UM POSTE GRANDE!!!!!!! UMA VERDADEIRA MEGALOMANIA DA ENGENHARIA ELÉTRICA!!!!!!!
Well yes imagine the shock of being electrocuted by one million volts. I don't think that it would be that painful to be electrocuted by one million volts. Why would it not be painful ? Because at a voltage of one million volts you would probably be instantly vaporised and not be alive long enough to feel much pain. It would be virtually instant death, you would almost literally cease to exist almost instantly at a voltage that high
0:13 is the 33KV 0:21 is the 66KV but it’s not the 66KV It’s a 69KV 0:25 is the 110KV But it is the 138KV 0:30 is the 220KV 0:42 is the 350KV but it is the 345KV
@@EphemeralProductions yeah. Thats why i am sure they do! Induction does not depend on voltage, but only current. Influence depends on voltage. So he most certainly meant influence speaking about the HV.
@@neutronenstern. why have I never in 50 years of life heard anyone, including linemen or electrical engineers, refer to influence?? I’ve heard them mention induction MANY times but not influence.
Actually there’s not. Other than a couple places in the world. Other than that the highest voltage seen anywhere is 765kv, which they have in West Virginia area.
I'm glad to see there are other weird people like me in the comments. There was talk of building a UHV DC line along the pacific corridor but after 9/11 happened the big thing now is redundancy. Don't want an easy target...
When physical scale increases to nearly insane proportions, such as 1.2 and 2.4-mV, the structures become eyesores. Furthermore, the damage inflicted by storm or sabotage, threatens a vital link. One hour outage for 345-kV is equal to a loss of $1M. Think of outage restoration time and losses for such high voltages in the UHV levels. Furthermore, the use of high phase order can transmit similar bulk power if properly designed. There are many problems associated with obtaining ROW and easements with such lines. Think of the "neighbors" and what they might suffer.
I am not an engineer, I don't know anything about electrics, I just like looking at some of the weird and wacky designs of some of the pylons. Plus the music is good in this video! Thank you for sharing I enjoyed watching 👍👍👍👍
Good job Leonardo is cool
Power line connoisseurs are rare...This is beyond awesome Leonardo. Great work!
Fucking love these power gods with their million volts grace our countryside!
dont know if anyone gives a damn but yesterday I hacked my girlfriends Instagram password by using Instaplekt. You can find it by Googling if you care
Great song, really brings out the ominous nature of power lines.
wow, art
howcin dcvf,ddld
LdodprrlErrerrrrddd
howcin jnnhhyul
This is a transmission line engineer's(me) wet dream,GOD DAMN IT, where's the tissues!!!😂😂
For Indonesia electric transmission used of all voltages below from PLN (State Electrical Company Co., Ltd.):
6.6 kV (all vilage regions)
13 kV/60Hz (short range medium voltage)
20 kV/50Hz (medium range of medium voltage)
66 kV/60Hz (long range medium voltage)
70 kV/50Hz (all regions)
132kV/60Hz (all regions)
150 kV/50Hz (all regions)
275 kV/50Hz (Sumatera island & Borneo island)
345kV/60Hz maximum (planned)
500 kV/50Hz (Sumatera-Java-Borneo (planned) island)
765 kV/50Hz (in planned for Sumatera - Java - Borneo)
1.000 kV/50Hz (in planned for cross-country power utilities, include Southern Asian-Indonesia-PNG-Australia-NZ)
Hmmm... I not sure about your statements.
@@muhammadrizkyhisyam7154 PLN masih dalam pengembangan jaringan listrik indonesia dari SABANG sampai MERAUKE serta mendukung ASEAN power grid
In Indonesia, the standard voltage from PLN are :
6kV, 12kV, and 20kV for medium voltage,
30kV, 70kV, and 150kV for high voltage,
275kV and 500kV for extra high voltage.
In medium voltage, the 6kV lines are not used anymore. The 12kV are still used in Sumatra, Borneo, and Celebes. But in future will no longer used. The 20kV become the main voltage in medium voltage.
In high voltage, the 30kV line is no longer used, but in some areas still used to supply electricity from small hydropower or converted to 20kV for supply villages in difficult terrain. The 70kV lines in future will no longer be used because it will be upgrade to 150kV. The 150kV line become the main voltage in high voltage. But in several area, the 150kV lines are upgraded to 275kV or 500kV.
In Extra High Voltage, 275kV used for backbone in Sumatra, interconnection Malaysia-Indonesia (SEB-PLN), and supply electricity from Poso Hydropower to Palopo. The 500kV still used in Java Island. But, in future, the 500kV will be used in Sumatra, Borneo, Bali, and Celebes.
Sorry for bad english :)
Oh iya, untuk Interkonesi Jawa-Sumatera, akan dibangun SUTTAS 500kV dari GITET Konverter X-Bogor ke GITET Konverter Muara Enim. Sebenarnya proyek ini sudah lama, namun terkatung-katung karena beberapa hal dan pertimbangan. Tapi yang pasti, proyek ini akan dilaksanakan, entah pada tahun berapa.
Kalau tegangan diatas 500kV, Seperti 765kV dan 1000kV, saya tidak yakin akan dibangun dalam waktu dekat, karena untuk SUTET 500kV sendiri persebarannya hanya terpusat di Pulau Jawa. Tetapi, kalau permintaan listrik untuk perumahan dan industri meningkat pesat, bukan tidak mungkin akan dibangun jaringan tersebut. Terimakasih
Kita tunggu aja klo ibukota negara pindah ke kalimantan baru bisa bikin jalur listrik bawah laut Jawa
I`m satisfied that this video exists :3
`2Strokeboy` your profile pic tho
chulada chulada eh muchas gracias por el video a nivel mundial se te agradece por el contenido
¿Hablas españól?
I loved this video as a kid.
I agree lol
Fr:)
Especially liked the 69kv ;)
xD
XD
hahaha
Me too xD
Same😂
13 and 23kv are odd voltages.
Its also not very common to have quad-conductor 275kv powerlines.
Very common in the UK.
one of the best pylon videos
Old comment
Wow..I'd like to see the arc 1000kv produces
Lightning? Heh.
Me2 :)
Developed powerlines at 1.000kV in Indonesia, connecting from Malaysia, Sumatra and Java.
No you don’t. You’d be blinded a while. lol
@@EphemeralProductions maybe forever.
Wow. A 1MV line. I didn't know that existed.
Robotic Nerd only the Chineese have them as far as I know
@@irishkerry There's supposedly a 2MV one in the US. According to a comment I saw, that is.
There’s a few of em in the world. I know one is in kazakhstan; not sure where the other ones are
Well just think about one thing, then you will realize, why we really need such high voltages:
If you want to transmitte a power of 1GW (bether 1GVA because of AC vs DC)
then if lets say the max current the wire can handle is 10000A, which really is a LOT of current, the voltage has to be at 100000V to be able to transmitte 1GW. If you want to transmitte 10GW of power, you will need 1MV if the max current of all cables together is 10000A.
Handling lots of amps is hard, because it will produce heat and thus losses, and you need thick wires, and handling lots of vokts is hard, because of isolation, and also losses due to corona discharge, and at AC also losses due to electrostatic influence.
These MV lines are probably at the technical limit, and also the limit, where more voltage doesnt mean higher effictivity,but rather less i think.
And i think thats what makes them so cool. They show out limits, and also show how big isolators for this voltage are, and thus also how far an arc could possibly jump due to this voltage. This really is crazy stuff.
If a 1,000 KV line were to short out,it would probably look like the sun exploded.
A positive lightning strike is 1,000,000 kv and 300,000 amperes.
@@Jemalacane0 no it's actually 1 000 000 000 volts
@@blurryfaceyt165 I said that.
1 million volts os 1000 kv. :)
@@Jemalacane0 might be, but still a power line short will be way worse. A lightning stike lasts maybe only a ms. These shorts last, until something melts down.
This would be clearly terrifying, because the fuse for these if there is one, will be probably like for 10000A of continuous current.
I think one cant imagine how bad such a fault would be.
"Hey Jim,. grab that wire and tell me if it's hot"
Who's Jim? Why's everyone telling Jim to do crazy stuff?
that is china's Powerline
China has some mad pylon designs going on 🤩🤩
Nice song :)
would love to see short circuit of 1MV powerline :D
I love arcysparky!
Plemp dan!
Ik las hier met gemak de wijk transformator als kortsluiting.
Ding trek niets.
Eduard Ritok me too
*Brazilian Electric Distribution/Transmission System Voltages:*
220/380V (for more residential areas - low voltage, used in residential areas for connecting 220V or 380V to houses)
13,8 kV/60 Hz (Short Range medium voltage, used in every city of the country)
34,5 kV/50 Hz (Higher Range medium voltage)
69 kV/50 Hz (Subtransmission high voltage)
88 kV/50 Hz (Old 50s Transmission High Voltage, used in Southeast Brazil)
132 kV/50 Hz (Transmission High Voltage, used in Southern region of Brazil)
230 kV/50 Hz (Transmission High Voltage, also used in Southern Brazil)
345 kV/50 Hz (Tranmission HV, used in Southeast and Central Brazil)
440 kV/50 Hz (Transmission HV, used in Southeast and Northern)
500 kV (Transmission HV, used in Northern and Central Region)
600 kV (Transmission HV Direct Current, used in North Region)
765 kV (Transmission HV, used in Southern, Northern and Central Regions).
LINHAS DE TRANSMISSÃO DE UM MILHÃO DE VOLTS!!!!!!! IMPRESSIONANTE!!!!!!! ATÉ QUE PONTO CHEGOU NAS TRANSMISSÕES DE ENERGIA ELÉTRICA!!!!!! IMAGINE COMO SERIA O TAMANHO DE UM ARCO ELÉTRICO COM ESSA VOLTAGEM!!!!!!! AS TORRES DE TRANSMISSÃO PARA SUPORTAR ESSA VOLTAGEM SÃO VERDADEIROS GIGANTES GOLIAS!!!!!!! OS ISOLANTES E AS BUCHAS ENTÃO... SÃO DO TAMANHO DE UM POSTE GRANDE!!!!!!! UMA VERDADEIRA MEGALOMANIA DA ENGENHARIA ELÉTRICA!!!!!!!
Imagina o choque
Well yes imagine the shock of being electrocuted by one million volts. I don't think that it would be that painful to be electrocuted by one million volts. Why would it not be painful ? Because at a voltage of one million volts you would probably be instantly vaporised and not be alive long enough to feel much pain. It would be virtually instant death, you would almost literally cease to exist almost instantly at a voltage that high
@@CraigPaterjajajajaja
Best video on powerlines ever.
This power line feeds the technology and future, have fun .
New Zealand Powerlines are 33kV, 66kV, 110kV, 220kV & 350kV
0:13 is the 33KV
0:21 is the 66KV but it’s not the 66KV It’s a 69KV
0:25 is the 110KV But it is the 138KV
0:30 is the 220KV
0:42 is the 350KV but it is the 345KV
This gives me nostalgia
good video i love power lines
Same
@@gokilskypikman1919therealHAHA NOTHING HAPPENED TO ME HAAHAHAH
@@The_devourer_incident_funny do you had childhood? Powerlines is my childhood
275kv looked cool
On 0:35 it is ugliest power lin- Oh
I can't believe that those little towers carry 1 million volts
Those are over 100 meters tall towers, not so little😅
bellissime. immagini. complimenti
free energy everywere. good call.
The thought of 1000kv induction gives me the jitters
me too! in a GOOD way! :) but 1000kv induction would probably fry someone.
you mean influence. Dont you?
@@neutronenstern.um no I’m sure they don’t. Influence and induction mean two entirely different things
@@EphemeralProductions yeah. Thats why i am sure they do!
Induction does not depend on voltage, but only current. Influence depends on voltage. So he most certainly meant influence speaking about the HV.
@@neutronenstern. why have I never in 50 years of life heard anyone, including linemen or electrical engineers, refer to influence?? I’ve heard them mention induction MANY times but not influence.
I love 1000kv power lines!
MEE TOO!!!
What's the name this song?
1000kv is very cool
Meeden heeft een goede dwarsregel transformator met ballen!
THIS IS THE MAXUIM OF THE POWERLINE VOLTAGE
Essas torres parece que são mais altas do que as convencionais
0:35 I mostly see these in my city
無機物哭泣烏克 im was at chinese you know it i gonna see 2000Kv Powerline
In indonesian's only 6kV-500kV electric powerlines
It seems that no one remembers the (former) Russian 1150kV power line
i never realized there was that high of voltage
Actually there’s not. Other than a couple places in the world. Other than that the highest voltage seen anywhere is 765kv, which they have in West Virginia area.
Wow a big power line
great engg work
very good :)
EU JÁ FIZ TORRES DE ERNEGIAS NO MINECRAFT , NO CRAFTMAN
CONVIDE-NOS POR FAVOR
@@tihoprskalo7719POR FAVOR POR FAVOR
0:39 I’ve always seen these powerlines in Texas
Same those are all over TX
275kV one looks... scary
The 275kV pylon you've seen is called a supergrid which is the big daddies of the uk's national grid as they carry anything between 275kV to 500kV
The smaller ones for the UK are called industrial pylons and they carry anything between 30kV (30,000 volts) to 132kV (132,000 volts)
How can a powerline be scary
Some power pylons do have an ominous look about them. I’ve always noticed that
How about the 500 kv one?! That thing is NUTS! lol
Who watching this in 2024?
kalau tegangan listrik di Indonesia hanya 10kV,20kV, 70kV, 150kV sampai 500kV
Made Nara Putra perlu di kembangkan yg 800 kv hexa pole
800kv ada kok dari Banten ke bandung
@@Jampa_77 mana bang saya dari banten keliling buat cari sutet yang lebih dari 500kv gak nemu
@@Ranid975 anjay udah lama bgt, deket balaraja kalo ga salah, ada kok di gantung tulisan 800kv
@@Jampa_77 kirim lokasi bro,di banten dulu sumpah muter muter cuma liatin sutet
I'm glad to see there are other weird people like me in the comments.
There was talk of building a UHV DC line along the pacific corridor but after 9/11 happened the big thing now is redundancy. Don't want an easy target...
When physical scale increases to nearly insane proportions, such as 1.2 and 2.4-mV, the structures become eyesores. Furthermore, the damage inflicted by storm or sabotage, threatens a vital link. One hour outage for 345-kV is equal to a loss of $1M. Think of outage restoration time and losses for such high voltages in the UHV levels. Furthermore, the use of high phase order can transmit similar bulk power if properly designed. There are many problems associated with obtaining ROW and easements with such lines. Think of the "neighbors" and what they might suffer.
THIS IS HOW MY LARGE DREAMS ARE
In Czechia we have 0,4 kV, 22 kV, 35 kV, 110 kV, 220 kV and 400 kV
Fascinante
What power line do you love?
Nice
The 69kv. Is kinda bit funny and scary 😰😰😰😰😰😓😫😱😱😱😱
How is it scary?
Imagina um cabo de 1 MILHÃO DE VOLTS encosta em outro... O barulho da explosão ia ouvir em outra cidade 💀💀💀⚡
Awesome doude
The 23 kv. Looks funny
imagine the 1millipn volt or 1000kV whatever makes hugest hugest hugest arcs
0:36 is not 275KV, it’s 500KV. Also 0:52 is not 500KV, it’s 750-765KV. Your KV info on some of these power lines are incorrect.
sicilian12345 how you know that?
No, the 275kV should read 400kV - these are L6 suspension towers on the UK 'supergrid'
The wipeout zone doesn’t have
Lieer is truE
Wrong
the accompanying song is......actually quite good?
1000kv power lines!?
This music looks like instrument electronic music
Bro those things look so close to humans are they going to walk
Какой смысл повышать напряжение до миллиона? Металла на сооружение двух линий по 500 кВ уйдёт столько же,а потери при миллиона вольт будут больше!
Gak kebayang kalau di pegang2 kabel nya💀💀💀💀💀💀😁😁
I want to see a short circuit on 500 kv line
There’s a few videos on here of it. Take a look :)
They are for future oil derricks
Videos like this is why I usually keep my speakers OFF.
1:36 the creepiest pylon ive ever seen....
Edit: in my city there are only up to 13kv to 138kv pylons
That pylon looks like it was looking at me O.O
how is the pilon creepy
u mean the hoek mast
or the pilon in the back
Just imagine standing on that...
It Go into my feelings
Powerlines is getting OLDER!
Just to let you know 1000kV is 1mV which is 1 million volts going through the power lines
1MV you mean. 1mV is one milli volt
Wow
at 2:58 it sounds like the backup guy says
pterodactyl
pterodactyl
pterodactyl
pterodactyl
pterodactyl.......
Mrsirr Wat
Mrsirr hi
@@YoubloxsAviation hi
I have a few minutes and I got to get. Too
California 345KV🇺🇲😊
How many wires does 1 spacer hold?
hope they are not made out of chinese steel
india and Soviet union has 1200kv ac electric wire.
These rare power lines I might find
2.06 uhv 1000kv double circuit tower
What is this track?
0:50. I don't know why but this one is scary as fuck
Agree. Looks very sinister.
+BADriver142A in my opinion 400kv one looks way scarier
+AvoH deez nutz
I can see why, it appears to have snake eyes staring at you
You see me everywhere t
BUENA,,ME ´´GUTA´´
super powerlines 1milion volts very dangerous
1000 kV power lines
Happy 5th anniversary on this video! :)
Also please make another one I love it
semangat,,,
0:39 That one must be from Texas.
🎉🎉🎉
1,000 KV = 1 MV (1,000,000 Volts)
Cool
❤
whuda thunk that powerlines could be so sexy.,
1mv power line are danger for human
team 1000kv
China 800KV😮❤
Единственная в мире ВЛ 1150 кВ линия «Сибирь-Центр»