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Drivetrain – Isaac's science blog
https://isaacscienceblog.wordpress.com/2017/01/05/drivetrain
Wisdom begins in wonder – Socrates. Isaac's science blog. What exactly causes the wheels to move in a car? Everyone knows that in order to move a car, you have to turn on the engine, which will cause the wheels to move, but have you ever wondered how an engine. Well, let’s think about it. We know that an internal combustion engine. Or a motor will produce rotary kinetic energy. To facilitate the transfer of power and energy between these two components? This is the fundamental idea behind a. Enter your e...
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Microgrids – Isaac's science blog
https://isaacscienceblog.wordpress.com/2016/12/29/microgrids
Wisdom begins in wonder – Socrates. Isaac's science blog. Is it possible to have your own autonomous grid? Usually have a leviathan-like size to them. This immense magnitude often comes with numerous drawbacks, such as lack of autonomy for local stations in case of a power outing. So what if were to develop our own discrete grid that would connect discretely to the larger grid? This is the fundamental idea behind a technology that engineers term a. December 29, 2016. December 29, 2016. Never miss a post!
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Batteries – Isaac's science blog
https://isaacscienceblog.wordpress.com/2016/08/10/batteries
Wisdom begins in wonder – Socrates. Isaac's science blog. We learned about how galvanic cells are able to create a voltage difference through the use of chemistry. But a single galvanic cell can only provide a low voltage, and humanity requires alot of power, so how can we take this concept and expand upon to make it practical for common usage? Well, how about we just simply take bunch of galvanic cells and hook them up in series? August 10, 2016. August 17, 2016. Leave a Reply Cancel reply.
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Battery electric vehicles – Isaac's science blog
https://isaacscienceblog.wordpress.com/2017/01/07/battery-electric-vehicles
Wisdom begins in wonder – Socrates. Isaac's science blog. How can we minimize the impact that cars have on the environment? As of the time of writing, most cars use internal combustion engines. Well, let’s look at it like engineers would. Most cars use internal combustion engines to induce rotative movement to be transferred to the wheels via a drivetrain. However, this setup can be easily replaced with an. Powered by a rechargeable battery. January 7, 2017. January 7, 2017. Leave a Reply Cancel reply.
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Internal combustion engine – Isaac's science blog
https://isaacscienceblog.wordpress.com/2016/06/12/internal-combustion-engine
Wisdom begins in wonder – Socrates. Isaac's science blog. What powers most automotive technology? One of the most important inventions ever derived by humanity is that of the. In abstract, the ICE is a method of using diesel fuel to create useable power by having an atomized version of the fuel come into contact with high temperature and high pressure air. To start off, let us look at the basic parts of an ICE and how they make the machine. First, a. Is connected to a. Rod, while a. The temperature of th...
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Hybrid cars – Isaac's science blog
https://isaacscienceblog.wordpress.com/2017/01/08/hybrid-cars
Wisdom begins in wonder – Socrates. Isaac's science blog. How can we combine traditional internal combustion engine vehicles with electrical ones? Many consumers face a dilemma when purchasing a motorized vehicle. On one hand, they want to be. Energy efficient and environmentally friendly. By purchasing an electric vehicle. On the other hand, they would like to have a. With an internal combustion engine. Type vehicle. So how can we solve this problem? Well, why can’t have our cake and eat it two by.
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Electric vehicle drivetrains – Isaac's science blog
https://isaacscienceblog.wordpress.com/2017/01/06/electric-vehicle-drivetrains
Wisdom begins in wonder – Socrates. Isaac's science blog. What causes electric vehicles to move? Are responsible for transferring the power from internal combustion engines. To the wheels of a car. However, Electric vehicles often lack internal combustion engine technology in place of a motor powered by a battery. So how does the drivetrain for such automobiles differ? If this sounds quite similar to a traditional powertrain, it’s because it actually is! January 6, 2017. January 6, 2017. State of the Blog.
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Series hybrid car drivetrains – Isaac's science blog
https://isaacscienceblog.wordpress.com/2017/01/10/series-hybrid-car-drivetrains
Wisdom begins in wonder – Socrates. Isaac's science blog. Series hybrid car drivetrains. Series hybrid car drivetrains. How can we create a more hybrid car drivetrain more efficient for busy traffic? Parallel hybrid car drivetrains. Well, let’s use our engineering mindsets to solve this problem. We know that the inefficiencies only come along when the ICE is in use. So what if we were to create a system in which we could. Control the amount of power. That the motor receives from the battery and ICE?
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Charge controllers – Isaac's science blog
https://isaacscienceblog.wordpress.com/2017/01/12/charge-controllers
Wisdom begins in wonder – Socrates. Isaac's science blog. How can we ensure that a battery does not get depleted or overcharged while we are using it? Much of our current technological operating infrastructure rests upon battery technologies. These simple devices allow us to store energy in a portable format for later use, such as in electric vehicles. This is the operating principle behind a technology known as. Which have become an essential part for numerous renewable energy systems. January 12, 2017.
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Series/parallel hybrid car drivetrain – Isaac's science blog
https://isaacscienceblog.wordpress.com/2017/01/11/seriesparallel-hybrid-car-drivetrain
Wisdom begins in wonder – Socrates. Isaac's science blog. Series/parallel hybrid car drivetrain. Series/parallel hybrid car drivetrain. Can we combine both the series and parallel hybrid car drivetrains? Hybrid car drivetrains offer their distinct advantages and disadvantages. The exclusionary principle of the series drivetrain allow for greater efficiency at lower speeds, while the combined efforts model of the parallel drivetrain allow for a smaller battery. However, would it be possible to.
