Flywheel energy storage is all about the conversion of energy generated by motion, the kinetic energy into the most expensive energy, the electricity. Kinetic energy gets accumulated in the flywheel energy storage system by the continuous rotation of a small motor in a low-friction background. This accumulated kinetic energy gets converted to electricity by the continuous gyrating of rotor, once an interim back-up power is needed due to power failure or oscillations in power.

The incorporation of the tasks of a motor, flywheel rotor and a generator into a single built-in system is the basic theory behind the Active Power's CleanSource? Flywheel Technology. As per it?s working, motor draws power from the electric supply to continuously revolve the flywheel, the constant source of kinetic energy. This kinetic energy gets translated to electricity by the generator. The advantage of all-in-one technology is that the cost can be cut down drastically as well as the product efficiency can be improved.

Synthetic polymers that include the polyethylene, nylon etc are often called by the term ?plastics?. They are broadly organized under three different classes namely, thermoplastics, thermosets and elastomers.

These set of artificial polymers finds its use in almost all walks of our everyday life, be it related to the food packaging industry, the film industry, fibre, tube or pipe industry etc. Personal care industry also takes advantage from this plastic revolution related to areas like the texture of products, binding and moisture retention. The term plastic explosion refers to the manufacturing of polymers like the Acrylic, polyethylene etc.