Abstract:

Blackouts and load shedding are frequent occurrences in a poorly maintained electric power grid. Load shedding occurs often for hours in many developing and underdeveloped nations. Millions of homes often employ a low power backup source for emergency loads in such circumstances. Lead-acid batteries are often used to store energy, although their capacity is quite low (a few kWh at most, depending on the number and size of the batteries). In a typical Indian house, a battery with a capacity of 12 V and 180 AH is utilized. Since the lead-acid battery's real capacity is only approximately 70%. Because only 1.512 kWh of useful energy may be recovered, the backup time is quite short. An electric vehicle (EV) has a huge amount of energy storage capacity, often exceeding 10 kWh. The middle-sized electric cars, with the exception of the Toyota Prius PHEV, feature a 22-32kWh battery package. A lengthy driving range is provided by the premium car, such the Tesla S, which has a range of 60 to 90 kWh. As a result, the energy storage capability of any kind of EV may be simply used to provide a standby power source for the residence when the vehicle is at rest

Description:

Energy, Electric, PEVs, Batteries, Power.