The automotive makers want lighter and more efficient vehicles. They know that the heavier each part of the car, there will be lesser efficiency in the burning of fuel. In the near future you will see more of lightweight and electric cars. A hybrid car makes use of renewable batteries capable of storing energy for later use.
Manufacturers have introduced a system so that when the hybrid car goes down the hill the mechanical energy will be converted to electricity that can be stored in the car’s battery. The manufacturers are making use of a polymer electric system that allows more energy to be stored in the battery than the conventional battery.
Today polymers are known to be far more flexible than any other storage system.
The polymer material is blended with ceramic particles to improve the density of energy. The ferroelectric polymer has higher breakdown strength and the ceramics have higher permittivities. The type of polymer used by the scientists will improve the performance of the electric fields that the composite can store without decrease in performance.
The ceramics enhance the storage value. The polymer brands can be used to power other electrical appliances such as foldable screens and computers. The polymers can also be processed at room temperature and they are quite easy to manipulate. However there is only one problem with the use of polymers and that is the perfect blending of ceramics and polymers. In case they are not blended in the perfect proportion they will not be able to store energy correctly.
The ceramic particles have their own individual issues as well when they are mixed with the polymers. Hence all issues related to the mixing of the two materials may result in inevitable failure wastage of resources. However as time passes by there would be advanced techniques such as computerized mixing so that there is no error in the proportion of the two materials.