How a Hybrid Works
- The addition of the battery is what allows the car to be a hybrid. These batteries are extremely efficient and can last up to eight years under normal use. It is also not really affected by heat or cold, either--hybrid batteries have internal controls and heat vents that allow them to maintain an optimum temperature for use. Under intense cold, you might experience some loss of power as the battery warms up to its correct temperature, but it's negligible and will not affect the use of the vehicle. The batteries are so reliable they can be used to drive the car for longer distances. This feature is mainly used in full hybrids such as the Toyota Prius or Ford Escape and will place some restrictions on your driving. You will need enough power in the battery, a very light load (don't do this if you are hauling equipment) and you must reach an optimal speed, usually achieved on a freeway.
- The hybrid car was produced to find a way to bridge the gap between the gasoline- powered vehicle and the electric one. Both have disadvantages, mostly cost and distance before re-fueling. The hybrid combines the best of both with a regenerating battery and distances of more 600 miles per tank, making it more fuel efficient and cost less to operate. With the advance of technology, hybrid cars now get the same performance as a regular, gas-powered vehicle. Hybrids can now be found in two and four doors, SUVs and luxury models.
Batteries
Hybrid Production
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