Climate change - YecHeadquarters

If you do not want to read through all this, watch this video it will give you a general idea of the rest of the page.

Time to Face the Facts: The Real Environmental Cost of EVs! Electric Vehicles Are Saving The Planet!

In this video, we delve into the lesser-known aspects of electric vehicles (EVs) and their environmental impact. We challenge the common narrative of EVs as…

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Update: Another problem is that Electric cars cannot be charged when their batteries gets too cold. So wherever you are, you are stranded. Watch video.

‘Dead robots’: Chicago’s extreme cold knocks out Tesla cars

Electric vehicles may be the way of the future, but many EV owners are having trouble dealing with Chicago’s bitterly cold temperatures. FULL STORY: https://…

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This is an image of an electric car sitting next to electric charger and it's hooked up to the car and it's charging.

Electric cars. 100% clean air? Let’s take a look behind the scenes on what it will take to charge and run your car.

This is an image of railroad cars going down the railway and all of them are full Nicole being delivered to the power plant so that electric cars can be charged.

The people who want to sell you this idea will tell you that the car burns no fuel. Well it takes energy from the power plant to charge your car and electricity does not fall from the sky. The majority of power plants burn coal as fuel and coal makes CO2 just like any fuel that burns.

And it’s not only the plant that burns fuel to make electricity, so does the train that delivers the coal to get it to the plant. And to get that heavy load going, their diesel engines have to put out a lot of pollution. This is usually what you don’t see because most people are not at the starting point where these trains really struggle to get that load going.

An image that shows all the smoke coming out of a train that's trying to get its load in box Cars Moving. The whole back of the train disappears in the smoke that is producing.

This is an image of the pollution that comes from a power plant well coal is being burned to produce power to charge electric cars. I'll let your cars do just take the pollution that would normally come from a fossil fuel car, and make it come from the power plant instead. So they are not really helping the environment.

And if just 50% of Americans start using electric cars, this pollution you see in the image above will be 4 times as much for every city. And they’ll have to build more plants to keep up.

This is an image of underground mining where there's a machine that stripping the sidewall to the cave that they are in. There's just enough height to stand in this coal mine.

It takes machinery to get to the coal and to dig it out and move it out from under the earth. That burns fuel aka more pollution.

This is an image of a bulldozer that's pushing the coal and to heels so that a bucket loader can pick it up and drop it in a dump truck.

Then you have heavy equipment that pushing the coal into mounds while they wait for pick up.

This is an image of an oversized dump truck carrying Rock that was knocked from the side of a hill so they could get to the cold that was behind it.

Then you have the big dump trucks moving the coal around the yard. More pollution.

This is an image where they are stripping coal from the side of a hill also known as strip mining. This coal will be taken by train after being delivered to the train, to the electric plants so cars can be charged up.

Here’s one being filled up so it can deliver coal to the train that will transport it to the plant.

This is an image of a pit where the strip mining is well under the way.

And this is what mining for coal does to the environment. They dig and dig and leave a big hole.

This is an image that shows how surface mining also known as strip mining works. It also shows Underground mining methods.

Here are the many ways coal is mined. A lot has to do with how far and deep into the ground it is. And how the coal seams run determines how they go at it.

This is an image where they are showing where the lithium batteries are usually stored in an electric car. It's usually under the seats both back and front. So if it catches on fire you got about a minute to get out of the car before you're either overcome by the smoke that is toxic, or get burned up by the fire.

The batteries are located under the driver and all passengers.

This is an image of an electric car that's burning to the ground and no one is trying to put it out because it's already a total lost.

And electric cars are very dangerous when they catch fire. The batteries put out very toxic fumes, and because the batteries supply constant power to the short, the fires are hard to put out. And they usually burn up the whole cars.

Click image to play video.

Here's a video where buses are parked next to a bus station charging. One catches on fire from the battery shorting out and burns all the other buses next to it including the dumpster that had trash in it that's on the other side.

Here’s are city buses charging for the next day’s service runs. One catch fire and in a few minute is full engulfed and catches the other buses on fire.

click image to play video.

This is a video where an electric bus catches on fire in China and the people can't get off fast enough because the fire is spreading quickly. Even some people get ran over by other people who are trying to get off the bus. The bus completely Burns to the ground because Electric lithium batteries you can't put them out when they catch on fire from shorting out. The person who took the video used her cell phone and she's talking in Chinese so if you can't see the video itself to see what's happening probably best not to click on it. Unless you understand Chinese.

Here’s a bus full of people that catches fire and they barely get off in time. They trample one another trying to get off, one woman was injured badly. And as you watch, they bring out fire extinguishers and still have a hard time trying to put out the fire. At one point the bus explodes sending the people watching running away.

If you get into a wreck in a car like this, and the doors jam. It will be like a ticking time bomb. because if those batteries ignite, no one will get to you soon enough, no joke..

click image to play video.

A video that's talking about how electric cars catch on fire because they short out when they are in a flood, such as in the case of when Florida had a bad storm pass through.

Floods and hurricanes where electric cars, buses, or trucks get into flood water shorts put the batteries and burns up the electric vehicle as shown in the video.

Here's an image that shows a car charging at a charging station that's run by diesel generator. In remote areas This Is How They have to charge electric cars because their power grids are not strong enough to deliver the electricity. Having to use a diesel generator means you're not helping the environment.

And charging these cars is no small feat. Your house will have to be rewired to take 440v because 220v and 110v will just barely charge it overnight. And the lower voltages actually draw more amps running up your electric bill big time. And 440v is the way to go because it will draw 50% less amps but it will cost you to wire your house for this.

if you notice the white metal box behind the electric pump. That’s a diesel generator. In most places this is what will charge your car because the electric infostructure is not ready to take on the load that the electric cars will put on it without brownouts and blackouts, no joke. Once people figure all this out, the average person won’t buy them.

This is an image that shows that triple a will come out and charge your car. AAA had to start doing this because their customers are having a hard time finding charging stations when they go on vacation.

Also, when you run out of battery juice, they have to bring a diesel generator to you to change it. And it’s not like a gas burning car where you put gas in and you are on your way. To charge one to all the way up, it will take 4 to 8 hours. And when you cannot be late for work, oh well.

A picture of a cargo ship that's carrying coal to fuel the electric plants to charge the electric cars.

Another way to get coal is import it on cargo ships. So doing that means we run into the same problem with coal as we do with oil. Someone else controls what we pay, and there is always the chance that the coal may end up in the ocean, Not as polluting as oil, but that’s still a problem.

Lithium is needed for these batteries and lithium is running out because there are very few places that have it. Like coal it’s found in the earth. They are working on extracting it from seawater but that technology has not came out yet. And my question is: How is this going to affect aquatic life?