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ENAI is not replacing electrical engineers chat.
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LOHow to fix any industrial control system ⚡️
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@logicalcontrols
3.1M
ODManual installation of a conductor tie on a porcelain pin insulator. This technique secures the overhead power line to the insulator, ensuring mechanical stability and preventing wire movement caused by environmental factors. The use of specialized pre-formed wire ties allows for a firm grip without damaging the main conductor, maintaining the integrity of the electrical distribution network.
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EL#technologyrocks #simple #digitalart #gadgets #tech #engineeringstudent #technology #engineering #engineeringlife #electrical #electricalengineer #electronic #electricalart #electricalengineering #electronicslover #analogelectronics #basic #electronics #basicelectronics #learnelectronics #explorepage #trending #logicgates #post #pcb #motherboard #andgate #learning #diy
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ENGauss’s Law shows how the electric field and surface area perfectly balance to keep total flux constant. It’s the fundamental principle behind how we calculate the invisible forces surrounding every electric charge.
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ALMaxwell’s Equations are the fundamental laws of electromagnetism. They describe how electric fields (E) and magnetic fields (B) are generated and interact.
There are 4 equations:
⸻
1. Gauss’s Law (Electric Field)
\nabla \cdot \mathbf{E} = \frac{\rho}{\varepsilon_0}
• Electric field is produced by electric charges
• More charge → stronger electric field
👉 In simple terms: Charges create electric fields
⸻
2. Gauss’s Law for Magnetism
\nabla \cdot \mathbf{B} = 0
• No magnetic monopoles exist
• Magnetic field lines always form closed loops
👉 Meaning: You can’t isolate a north or south pole
⸻
3. Faraday’s Law of Induction
\nabla \times \mathbf{E} = -\frac{\partial \mathbf{B}}{\partial t}
• Changing magnetic field creates electric field
👉 Example: generators, transformers
⸻
4. Ampère–Maxwell Law
\nabla \times \mathbf{B} = \mu_0 \mathbf{J} + \mu_0 \varepsilon_0 \frac{\partial \mathbf{E}}{\partial t}
• Magnetic field is created by:
• Electric current (J)
• Changing electric field
👉 This addition by Maxwell explains electromagnetic waves.
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@allabout.electrical
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EEFull-bridge diode rectifier
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TO⚡ Electrical Panel Components Explained .
VFD ⚡
PLC 🧠
SMPS 🔋
Busbar ⚡
Push Button 🔘
LED 💡
Kaun sabse powerful hai? 🤔
Comment karo 👇
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23.2M
NEWhen wind blows across a cable, it creates tiny vortices that cause the line to vibrate at high frequencies. Over time, these constant micro-movements can lead to "fatigue failure," literally snapping thick metal lines and causing massive power outages.
This small, dumbbell-shaped device is a Stockbridge Damper. Invented in the 1920s, it’s a brilliant piece of mechanical engineering. It works by "tuning" the vibration; the weights on the ends move out of sync with the cable, absorbing the kinetic energy and dissipating it as harmless heat. By keeping the lines still, these tiny devices extend the life of our power grid by decades! 🏗️🔋
Follow @neoexplain for more!!✨📷
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MR⚡ Have you ever seen cables flying?
It can actually happen.
In this video you can see how cables behave during a heavy motor start or short-circuit condition.
For a short moment, extremely high current flows through the conductors.
The temperature rises very fast — so fast that part of the cable can overheat.
This is exactly why short-circuit events are so dangerous.
It’s not only about heat.
During faults we also get:
🔥 thermal stress
⚡ electrodynamic forces
💥 movement insulation damage
All of this can lead to electric shock or and⚠ arc flash event. It will look like accident without interaction but in fact it started much earlier and if neglected can escalate.
And the entire event may last only fractions of a second.
That’s why proper electrical system design matters:
✔ correct cable sizing
✔ short-circuit studies
✔ protection coordination
✔ proper installation and further maintenance
Electrical faults develop much faster than most people expect.
And sometimes — they look exactly like this.
👇 Have you ever seen something similar in real installations?
#electricalsafety #arcflash #electricalengineering #substation
@mrpowersystems
1.8M
ENFollow for more daily engineering content!
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THWhy the Difference?
A motor's output is always fixed—it's meant to do a specific job like rotating a shaft. But a generator or transformer has no idea what kind of load it will carry.
Think of it like a glass of tea:
kW (Active Power): The actual tea you drink.
kVAR (Reactive Power): The foam on top that takes up space but doesn't quench your thirst.
kVA (Apparent Power): The entire glass, including the foam!
Since manufacturers don't know the Power Factor of your load, they rate generators in kVA (total capacity). 💡
Practical Lesson: Always check your load’s power factor! A low power factor means more "foam" (kVAR) and less "tea" (kW), leading to higher energy bills and less efficiency. ⚡️
Follow Animated Engineer for simple electrical concepts.
#AnimatedEngineer #ElectricalEngineering #kWvskVA #EngineeringConcepts #ElectricalBasics PowerFactor GenSet ElectricalSimplified EngineeringLife InstaEngineering TechTips ElectricalIndia
@the.animated.engineer
✨ #Electricalengineering Discovery Guide
Instagram hosts 6.6 million posts under #Electricalengineering, creating one of the platform's most vibrant visual ecosystems. This massive collection represents trending moments, creative expressions, and global conversations happening right now.
The massive #Electricalengineering collection on Instagram features today's most engaging videos. Content from @mrpowersystems, @neoexplain and @allabout.electrical and other creative producers has reached 6.6 million posts globally. Filter and watch the freshest #Electricalengineering reels instantly.
What's trending in #Electricalengineering? The most watched Reels videos and viral content are featured above. Explore the gallery to discover creative storytelling, popular moments, and content that's capturing millions of views worldwide.
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💡 Top performing posts average 13.9M views (2.7x above average). Moderate competition - consistent posting builds momentum.
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