I have often wondered if the use of Electric Vehicles, cars and Scooter’,s would ever become viable. And I had a revelation about how they could be more integrated into a green lifestyle. Almost everyone knows that that an electric car needs to be recharged while at the home. But what if you stop thinking of the car as a separate object from the other household equipment. <\/p>\n
One of the biggest drawbacks from utilizing Solar electric, and wind power generators is their inconsistent output. Wind power only works in a stiff breeze and solar, only during the day. And to make matters worse, neither may happen when there is a peak requirement for the power. Power fluctuations are a bane to green power. Thus all these technologies still require power from a main grid to fill in the gaps. And while you can pump power into the grid during peak green ellipsoids, you can’t store any locally to supply yourself, or if the grid should be down. <\/p>\n
Unless you have an electric car that is. If you stop thinking of the eAuto as a separate entity, and think of it as a portable energy storage device, the problem is partly solved. If the power storage of the eAuto were large enough it would act like a power buffer, storing power during peak green output, and supplying supplemental power back into the house during peak requirements. A power filter regulator for the green fluctuations. <\/p>\n
Frequently when the eAuto might be needed as transportation, power requirements are at a minimum as the occupants of the house are the ones traveling. It also could be moved to a location to recharge elsewhere and return to supply power to the house, much like a bucket of water, when your pipes freeze up. <\/p>\n
The possibilities are endless. <\/p>\n","protected":false},"excerpt":{"rendered":"
I have often wondered if the use of Electric Vehicles, cars and Scooter’,s would ever become viable. And I had a revelation about how they could be more integrated into a green lifestyle. Almost everyone knows that that an electric…<\/span><\/p>\n