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What is the future of electric vehicles
System transformation of electricity will allow consumers to sell electricity. This will be possible with the introduction of technology smart grid. Its main element is electric, a battery which can be used for different purposes. For example, as storage buffer circuits, which smooth out the power outages. The energy flows through high-voltage lines. If power consumption will be less than that obtained, then the electric car will be able to accumulate enough electricity to cover all the needs of the household. The vehicle can be used not only as a buffer storage, but also as a regulator of peak loads. Interested car owners should motivate manufacturers. And if you want to buy a car in Moscow reviews will help you decide which company is best to apply.
Thirty six million one hundred fifty five thousand three hundred eighty four
To coordinate the feed with the consumer serves as the Smart Grid technology. It is a network of power supply, complemented with the IT functions. A visual representation of how to operate a mini-plant to demonstrate energy-efficient homes, which are already actively being built in Europe. The main element of this system is the electric car that is able to provide energy to the building with 4 tenants.
When building the grid, you can pre-program the car so that the consumption of electricity for economic purposes will not exceed 40% of the battery. That is, at any time you can use the car as a means for movement. But this is only the first step on the path to perfection. Already today, some electric cars can self-analyze a chart of the movements of its owner and adapt to it. Data also can be downloaded through your personal calendar and edit them through the app on your smartphone. In this case, the battery controller will plan to charge the device so that energy was enough to get around the city. Modern electric vehicle with a maximum range of 150 km per day overcomes 50 km. Two thirds of the charge left untouched. Therefore, the use of Smart Grid technologies takes place.
To increase the capacity of electroaccumulators, scientists from the London school of Imperial College suggested that the elements of the body in electric accumulators. New technology for creating minipov for short trips based on super capacitors. The material for these vehicles will serve the carbonate with the polymer gel, covered with fiberglass.
Source: /users/1081
Thirty six million one hundred fifty five thousand three hundred eighty four
To coordinate the feed with the consumer serves as the Smart Grid technology. It is a network of power supply, complemented with the IT functions. A visual representation of how to operate a mini-plant to demonstrate energy-efficient homes, which are already actively being built in Europe. The main element of this system is the electric car that is able to provide energy to the building with 4 tenants.
When building the grid, you can pre-program the car so that the consumption of electricity for economic purposes will not exceed 40% of the battery. That is, at any time you can use the car as a means for movement. But this is only the first step on the path to perfection. Already today, some electric cars can self-analyze a chart of the movements of its owner and adapt to it. Data also can be downloaded through your personal calendar and edit them through the app on your smartphone. In this case, the battery controller will plan to charge the device so that energy was enough to get around the city. Modern electric vehicle with a maximum range of 150 km per day overcomes 50 km. Two thirds of the charge left untouched. Therefore, the use of Smart Grid technologies takes place.
To increase the capacity of electroaccumulators, scientists from the London school of Imperial College suggested that the elements of the body in electric accumulators. New technology for creating minipov for short trips based on super capacitors. The material for these vehicles will serve the carbonate with the polymer gel, covered with fiberglass.
Source: /users/1081
