GASOLINE AND ELECTRIC CAR

An electric car is powered by an electric motor instead of a gasoline engine. The electric motor receives power from a controller that adjusts the amount of power based on the driver's use of the accelerator pedal. Electric cars, also known as electric vehicles or electric vehicles, use energy stored in rechargeable batteries, which are recharged with regular household electricity.

Unlike hybrid cars, which run on gasoline and use batteries and motors to enhance performance, electric cars run solely on electricity.

Historically, electric vehicles have not been widely adopted due to their limited range before needing to be recharged, long charging times, and lack of commitment by automakers to produce and market electric vehicles. Provides all the comfort features of a gasoline car. This has changed. As battery technology improves, increasing energy storage capacity and reducing costs, major automakers have introduced a new generation of electric cars.

Electric cars produce no tailpipe emissions, reduce our dependence on oil and are cheaper to operate.

Of course, the process of generating electricity pushes emissions upstream, up the utility company's smokestack, but even the dirty electricity used in electric cars generally reduces their overall carbon footprint.

Another factor is convenience: During a trip to the gas station, for a gasoline-powered car, you can pump 330 kilowatt-hours of energy into a tank that normally holds 10 gallons or more.

It would take several days to get the same amount of energy from household current.

Luckily, it takes hours, not days, to charge an electric car because it's much more efficient.

Speaking of convenience, let's not forget two important points: charging at home means never having to go to a gas station, and electric cars require virtually no maintenance, like oil changes and emissions testing, that require internal combustion cars.

Electric motors develop their highest torque from 0 rpm, meaning quick (and quiet) acceleration times from 0 to 60.

Comparing the two types of cars, the following diagram can give We see which one works best for us.

Comments

How Spark Plugs Work

As engines and their electronics become more complex, one of the few things left to hobbyists and auto enthusiasts who like a little grease under their fingernails is the ability to change their spark plugs. Although just about every other car repair out there takes a code reader and a college degree to diagnose and fix, spark plugs remain accessible and easy to understand. The first reliable spark plug was invented in 1903 by Oliver Lodge. They're aptly named as well; spark plugs are simply insulated plugs that are screwed into an internal combustion engine's cylinder head to deliver the spark that ignites the mixture of air and fuel in the combustion chamber. Spark plugs also transfer heat away from the combustion chamber. Basically, this is what happens: The spark plug sits at the top of the cylinder head. The piston first travels down the cylinder, drawing in a mixture of fuel and air. The piston then goes back up toward the spark plug, compressing the mixture. At t

What you should Know on Automobile Components

Every car has a number of complex parts that contribute to its performance and function for the user. Certain components like fluids and car belts may seem insignificant but are essential to maintaining a healthy engine. Auto parts are manufactured worldwide with precision and advanced technological methods. Some of the most important parts of a car include the engine, transmission parts, steering and suspension, brakes, and more. The Most Important Automobile Components to know. As a student of a polytechnic with an automotive-focused curriculum, you need to know the most important parts of a car. Below are the mechanical parts of cars that many people should know. Every part of the car has an important function. In this context, modern vehicles have become more complex and contain more electronic components than before. Although modern cars have many complex

THE RELATIONSHIP BETWEEN WORK PROCEDURES, WORK INSTRUCTIONS AND QUALITY CONTROL IN A COMPANY

When carrying out a production process, you usually first determine the quality standard as seen from a work procedure outlined in the form of a work instruction which is created as a benchmark in determining the quality standard that will be used in making a product. Before knowing the relationship between the three theories and examples of cases that occur, first understand the meaning of these three theories. Are they? Let's look at the meaning below: 1. Procedure Procedures or procedures are a series of actions, actions or certain operations that must be carried out or carried out in a standardized (same) way in order to always obtain the same results from the same circumstances, such as Occupational Health and Safety Procedures, School Entry Procedures, Leave Procedures School, etc. More precisely, this word can denote a series of activities, tasks, steps, decisions, calculations and processes, carried out through a series of works that produce a desired goal, product or eff

Otolover

Search This Blog