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This Is The Way Tesla Power Walls Work

Recent reports suggest that the cost of renewable energy sources such as wind power or a solar installation has fallen below the cost of traditional energy sources such as coal. However, one of the biggest problems with harnessing solar power is storage. The solar cells can only produce electricity during the daytime and that power needs to be stored somewhere in order for it to be used in times of need.

This is where the Tesla Power Wall comes in. You must have heard of Tesla, the electric car company. It is the company that is spearheading the race for electric vehicles and it is the biggest electric vehicle maker in the world today. In 2015, the company announced Tesla Power Wall which is a battery for the home.

In simple terms, it is a rechargeable lithium ion battery similar to the batteries you have in your mobile phones that can be recharged hundreds of times. This rechargeable lithium ion battery can be hooked up to solar panels or the electric grid in order to be charged. In other words, think of the Tesla power wall battery as a huge mobile phone battery that hangs off the wall.

Once the battery is fully charged, it is capable of feeding the energy back into the electric grid in case there is an excess or just store the energy in order for you to use it at a later date. Currently, the battery is available in two variants, 7 kWh and 10 kWh.

For a regular home, the 7 kWh battery should suffice. The company claims that it will charge during off-peak hours and the stored energy can be consumed during peak hours. The bigger battery is aimed at bigger homes as well as businesses. In case you have a bigger requirement, you can always buy multiple batteries and hook them up together in order to meet your needs.

The company claims to have sold thousands of these units to homeowners all around the world. As far as the cost is concerned, you will need to check online in order to figure out the cost of this battery in your location. You will also need to pay for the installation of the battery and that will add to the cost. In order to calculate whether investing in this battery makes financial sense for you, you will need to calculate the cost of energy in your location and then compare it with the savings you will make by investing in this rechargeable lithium ion battery.

One of the biggest advantages of this particular battery is that this is guaranteed by the company for 10 years which means you won’t need to replace the battery for a period of at least 10 years. Therefore, when you are calculating your costs, you need to take into account the fact that you are making an investment for 10 years. Most estimates available online suggest that owners should be able to breakeven in around five years. However, your breakeven point will depend on the cost of energy in your area.

There are also some concerns by prospective buyers whether this battery pack will look good in their home. It is a very well-designed unit that just hangs off the wall and looks great. So, you do not need to worry about the looks of this battery packs.

Overall, the Tesla power wall batteries work like just any other battery. The biggest difference is that these batteries are guaranteed for a period of 10 years which makes them financially viable for most households and hopefully, spark a rise in the number of solar power installations.

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Tesla Car: How Does It Works?

Just how do Tesla’s electric cars really work? The reply to this question needs a little more explanation. The fundamentals are fairly simple, however actual interest lies in the details of that futuristic car technology.

Electricity charges a battery to provide the Tesla’s car power for a particular time period, the same thing with your laptop or smartphone. Tesla electric car has a lot of similarities with your MacBook, more than you may think – the firm utilizes lithium-ion batteries the same as the type which powers laptops all over the world.

There is only one difference – Tesla’s batteries are far more powerful. The battery in every Tesla car is in fact comprised of thousands of lithium-ion cells which have a total weight of around a thousand pounds, based on the company. Every pack is created at Tesla’s Bay Area head office and comes with a heating system which allows the car to work even in winter.

In order to get that battery all set to roll, however, you are likely to need to charge the sucker. Once again, this method is not very much different from how you charge the mobile gadgets you carry around each day – what is special here is you are handling a much larger gadget which carries you all around instead. And that is the main distinction between a Tesla electric car and the hybrid car – it’s all electric and has to be charged, whereas the Prius runs partially on gasoline but doesn’t have to be charged.

There are some methods to try charging your Tesla electric car. Tesla suggests acquiring an electrician to set up a recharging station at your house. Known as a High Power Wall Charger, this gadget connects to the back of the vehicle and could power the battery two times as fast as the 120-volt outlet would. Also you can connect to 100-volt outlets using a mobile connector which allows you to charge everywhere you find electricity and time. And, of course, you can always go green by setting up solar power panels to produce charge at home.

However there’s still more – Tesla is also in the way of setting up hundreds of “supercharging” stations in roads throughout the United States and in areas of Canada. These stations are made to let Model S owners to charge their vehicles in only around an hour, and a few have been constructed in California.

Thus exactly what does that electricity get utilized for? To power a watermelon-sized engine which turns mechanical power directly into electricity and also converts that mechanical power right into more electrical power. It is a more simple, more efficient unit compared to combustion engine present in the majority of cars, helping you to make the most mileage for your charge. Tesla claims its electric cars designed with the strongest battery packs available could go at 55 mph for approximately 300 miles on one charge.

Certainly, at some point you will run out of juice and the entire process will start again. However now you will have an appreciation for the way the Tesla electric car really works.

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