Simplest way I can think of is to remove your chargers from the sockets/power strips immediately after you are done charging your devices and not leave them plugged in all the time.
Help me out dimers
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Always do that because I know my situation, it's just I was charging and it just happened at that time.
Dont play or experiment basis on some random comments on any platform. I request you to consult any local ELECTRICIAN give him 100 rupee for solution and more for implementation.
@goss8877 bhaiyya ye admi Bijli ko chumna chahta he. Jara batao inko
Talked to my own electrician who wired my whole house.He said, it should not happen because there is a mcb for every electric board and in main board. MCB always gets trip down but before that charger stopped working. New one will cost me 4k bro.
Get a Servo Main Line Voltage Stabilizer installed at your home.
Put an SPD breaker on main switch board..it will trip the lines whenever a surge occurs. Check videos from youtube. Get idea of SPD pricing from Amazon.
Btw, don't go by your local electrician as he may not know the purpose and diff between MCB SPD RCCB etc because probably he hasn't used one yet. This is not a rocket science, show him videos from YT and he will understand how to connect.
Faraday cage will be impractical but you can try it. Basically you need to wrap the charger with a metal sheet. It should protect the device from stray electromagnetic interferences.
Hope you are aware of EMF radiations emitted from high voltage power lines.
Are you able to get good sleep living near a 32K power line? ( maybe not after reading this. )
There is a high tension line near my home, how to easily check if there is EMF radiation affecting us?
I think it's 11KV line as there is a station named 11KVa 10KM nearby.
I don't understand why does the put these lines in residential area or approve residential status to areas where there is a high tension line😢
Install inverter and use battery power for sensitive and costly items like chargers, lights etc - adhoc solution
Earthing also check once
Voltage Stabilizer is permanent solution
It's not due to voltage in the lines. There is no direct link with a 32KV line with our household connection. There are intermediary stations before power reaches our homes. If there was really a voltage surge in the line then tv, fridge etc would have been fried. No?
Why exactly the issue is affecting unshielded devices having a transformer in them?
Stray electric fields are powerful enough to induce a damaging voltage inside those devices. That's why inverters and stabilizers are placed in metal boxes, aka Faraday cages.
The devices cased in normal plastic are not shielded from stray electromagnetic interference. Remember, how spark plug IC engines used to interfere with operation of CRT TVs?
These things happen in ac socket not in dc socket that's what I observed so currently converted that into dc.
From my balcony, it's not even 10 feet.
Install inverter and use battery power for sensitive and costly items like chargers, lights etc - adhoc solution
Earthing also check once
Voltage Stabilizer is permanent solution
It's not due to voltage in the lines. There is no direct link with a 32KV line with our household connection. There are intermediary stations before power reaches our homes. If there was really a voltage surge in the line then tv, fridge etc would have been fried. No?
Why exactly the issue is affecting unshielded devices having a transformer in them?
Stray electric fields are powerful enough to induce a damaging voltage inside those devices. That's why inverters and stabilizers are placed in metal boxes, aka Faraday cages.
The devices cased in normal plastic are not shielded from stray electromagnetic interference. Remember, how spark plug IC engines used to interfere with operation of CRT TVs?
@Spock @andromeda @Rajkotian
@LIMBO @suman1993 @MrKool_JJ
It's not due to voltage in the lines. There is no direct link with a 32KV line with our household connection. There are intermediary stations before power reaches our homes. If there was really a voltage surge in the line then tv, fridge etc would have been fried. No?
Why exactly the issue is affecting unshielded devices having a transformer in them?
Stray electric fields are powerful enough to induce a damaging voltage inside those devices. That's why inverters and stabilizers are placed in metal boxes, aka Faraday cages.
The devices cased in normal plastic are not shielded from stray electromagnetic interference. Remember, how spark plug IC engines used to interfere with operation of CRT TVs?
@Spock @andromeda @Rajkotian
@LIMBO @suman1993 @MrKool_JJ
On a similar note, you need more grounding than usual due to relatively high EMF due to high voltage lines.
If you are thinking of a step-down transformer, we moved away from using it long time ago. SMPS technologies uses flyback transformer (not really a transformer but couple of inductors together). The whole desings are generally made immune to EMI/EMC and they do need to pass certain tests to see the market. But with a lot of counterfeits or cheap desings, we will see a lot of them in market.
Again, there are a lot of flyback transformers in almost everything that we plugin at home (Refrigerator, TV, router, charger etc)
One of my neighbour's stabilizer went kaput due to voltage surge sometime in 2021, it was bought atleast 10-12 years before. It is from Voltas and is fully plastic enclosed held with 4 or 5 metal screws. And most stabilizers/inverters these days are full/half plastic enclosed due to cost effective/aesthetics etc. I do remember the stabilizer/inverter designs from past which are completely mettalic enclosed, but again with decent amount of slits for ventilation. The slits completely defy the word faraday cage.
The electronics are usually immute to decent amount of EMI/EMF. And a faraday cage with out proper grounding may not be effective IMO.
To the OP, suggest to get this inspected by a qualified electrician, and do talk to neighbours (including next door, and near by buildings) if they are seeing similar issues. There could be interference from the high power lines, but it can be mitigated by proper shielding, grounding. Another pointer is to identify if this issue occurs on a particular socket.
And as @suman1993 mentioned, I'm curious if you noticed any health issues? I don't have first hand experience, but heard from a friend (brother's network) that he had to relocate as his kids are having some or other issue