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Q CHUCHA PERRO

even though this was AI generated, this was VERY useful to me. I immediately checked all my sockets and unplugged as much as possible, and I'm considering alternatives to my electric kettle and on demand water heater and several other items. I really want to cut down on my electric bill, and am very curious what next month's bill will look like. Thank you for the lists of items and what they consume!

Not helpful to me. There should be printouts regarding cost to use from every manufacture when we make purchases. ***** That's a five-star suggestion.

Who cares how much Watt a device uses? You don’t pay for Watts. You pay for kWh. A toaster in the red category? How long is that toaster used? 5 or 10 minutes? Per day? You need to look at kWh usage per year per device. That is what you will need to pay for (unless you generate your own energy)

Best explanation available. THANKS

Bought a Kill-a-Watt years ago. I know the power useage of every electric using item on my property. P.S.: This AI is awful.

Washing machines that used to take 40 minutes to wash clothes CLEAN now take 1 hour and 30+ minutes and they are NOT CLEAN because there isn't enough water in them. Totally garbage appliances.

I gave up after a minute

Be careful about eco bullshit. Lower power vacuum cleaners have smaller suction heads. This means its going to take 3 times longer to vacuum a room than a fully rated vacuum cleaner. Best tips I can give. Have enough clothes to last a month. Wash everything on the same day in a couple of washes. Same with bedclothes. Have enough plates and cutlery to last 2 weeks. Wash everything in one wash and rinse. Use cold water to wash the car. Only put an applience on when you need it. On standby appliances still draw substantial energy. Cook enough food in one day to last a couple of weeks and freeze it. Taking cooked food from the freezer, leave it to thaw naturally before re-heating. Taking a bath. Wash you and the kids in the same water. If you do need warm water to wash the car save a bucket from the bath. If you live in a colder climate and dont sweat take a shower or bath every other day. If you meed to air a room by opening the windows make sure the heating is off and the door to that room is closed.

I do not enjoy AI taking far too long to get to the point. Who knew that AI could be both inaccurate and verbose about it.

You left out the most used electrical appliance in a home, the electric range cooker.

It's easy and convenient to curb phantom loads (anything with a bright light or display on when not operating) by plugging them into a switchable power strip.

One thing I learned years ago was that by converting my coffeepot from a glass carafe to a thermos, I saved on average of 1-2 KW per day. I would leave the pot on for a few hours per day @1KW/hour. Now It just takes the 10 minutes to brew the pot and the thermos keeps it hot most of the day.

Phantom loads are the biggest costs in the electric bill.

While power and energy are often used interchangeably, the narrator's definition of energy is technically wrong. Energy is "the capacity or ability to do work". Energy is what is available, like water in a barrel. It is just sitting there waiting to be used. Power is the rate of Energy over time, P=E/t, like water flowing froma barrel. If we have 1000 Joules (1 KW) of energy used in 1 second then we have 1000 W/s rate. If we use 1000 Joules (1 KW) over 100 s, then we have 10W/s rate. Power companies charge by the KW/ hr rate. If a 1000 sq ft house uses 30 KW per day then 30,000/ 24 = 1250 W/ hr average. I hope this clears up any basic misconception or confusion.

You forgot to include how much energy an EV consume per charge when being recharged overnight. It is the most energy intensive electrical device for most households that own EVs.

Might be good info, cant tell as the AI narrator is just not a good touch. Would rather have a human with an accent.

informative

Joules not Jowls.... how you gonna take over the world if you cant speak?

The information is described very clearly. Easy to understand. Thanks 👍

This video is here to solve the problems of two or more families connected to a single electric Meter. One of the families consumed greater than the other. Any listeners to this video will take the cheats out of compoud consumption. A solution to keep at hand, thank you.

excellent explanation, please upload more videos

8/19/24 =)

Europeans can skip to 3:30

Awesome. I want a video about ' Three phase induction motor working principle ".Your videos are awesomely awesome really.Please make the video about this topics.

Brilliant explanation. Thank you

Awesome video! Can you explain a comparison between on load switch vs MCB?

In 1:25 when MCB trip the main purpose is to protect circuit itself (wirings inside the walls) from overloading (overheating) but not the devices connected to that grid. Other than that very nice video.

The both make the boat overturn🗿

The moon makes the waves and not the wind, so the cause of the boat flipping is the waves

Thank You! ❤

Very good explanation👍🏻

Theory succinctly explained on practical use of inductors in real life, well done!!

Very nice, thank you.

Thank you for your explanation

Great video, thanks for posting

Brilliant

Solid science despite many grammatical mistakes. Thanks for sharing.

Great Video

😳 'Promo sm'

Amazing... Videos

At 1:07 the slide shows Apparent power = active + reactive power, but in the calculation they follow the right angle triangle.

Wow!

Thank you

best of luck for your automated channel... I m watching your videos without skipping and gathering my Knowledge over basic EEE. Thanks

So nice thanks

That sounds like a computerized voice. Sorry, but there are better videos already published.

আমার x আছে আগা

Great explanation

Great tutorial ! capacitors next ?....cheers.