Have
you ever felt the discomfort when you get into the car to have the engine
started and there appears to be no power? Especially when anywhere you're out
and late in the night?
In
such situations you realize the importance of keeping the best solar car battery
charger. The solar chargers work with a clear sunlight overall compared to
standard battery chargers connected to power outlets. But the doubt remains if
the Solar car battery charger is good enough?
Now
let’s discuss about this in detail:
Do Solar Car Battery Chargers Actually Work?
A
solar battery charger converts light input into a DC. They get solar power even
though they can be used in light-free or cloudy applications as well. Portable
solar chargers are required to charge the battery, which ensures that small
amounts of electricity are constantly supplied to the battery to sustain the
load, while certain versions may be used to completely recharge a car battery.
Although
the solar battery chargers do work, they have some major limitations. These are
not nearly as efficient as normal car battery chargers and you do not try to
charge your battery with a typical charger as fast as you can.
In
comparison to regular chargers with several amperage settings, solar chargers
typically produce very little power. Which is why they are more effective to
hold power than to restart a dead battery. You may use a solar car charge
battery, but if the battery is fully dead you will be left to cool your heels.
Solar
car loaders are fitted with face solar panels. Simply position it next to a
window or over the dashboard of your car to capture daytime sunlight. Some
battery chargers in solar cars attach directly to the battery while others
provide electricity via the cigarette lighter/power socket to the battery.
However,
solar chargers do have several advantages. One of their strongest qualities
maybe because they are low-powered and they're performing as good as service
charges.
In
the case of sudden battery failure, a solar battery charger can even be a
lifesaver. It can help to prolong a stationary vehicle's battery life. And they
are often environmentally conscious, of course, and you can reduce the carbon
footprint.
Overall,
it may be worth investing.
How Solar Battery Chargers Work?
Solar
chargers operate by converting the energy in a battery from the sun into
electricity. For residential and commercial settings, the same general
technology is used to produce on-site electricity utilizing a solar
photovoltaic battery.
Nonetheless,
solar panels in solar chargers are no contrast with solar panels in domestic or
commercial systems. While the technology is the same, solar panels usually are
only capable of generating maximum power of 1500 mA at solar car chargers.
Although
you can legally attach many chargers, if you don't know the technology, this is
dangerous.
Can Solar Battery Chargers Charge Car Batteries?
A
solar battery charger's quantity of ampere is based on many variables,
including construction quality and the availability of sunlight. They range
between 500 and 1.500 mA on average. Therefore, solar chargers are more
powerful than trickle chargers.
One
drawback is that most solar chargers do not have a voltage controller to adjust
or remove power flow. That means you can not, as you do with a float control
trickle device, "get it up and forget it."
At
first, more amperage is provided and then ramped down until the battery is
fully powered, which is the safer way to utilize the solar charger.
This
is done automatically with high-quality chargers, and other chargers have
manual checks which enable you to select a "course" rate and a
"fine" rate for finishing. Sunlight is essential, as with any solar
charger.
If
you can handle anything in a north latitude of 500 mA on a cloudy day, you've
got it covered. You may be flexible in a hurry, but temperamental flexibility
ensures you really shouldn't count on it.
How Long Do They Take to Charge?
It takes 4-12 hours to obtain a complete charge for the regular solar
panels. For moderate to high wattage panels, the average period is about 6 to 8
hours direct or mostly dry.
In the winter season, the loading period would be closer to 12 or even 14 hours, owing to the cloudy environment or other low light situations.
In the winter season, the loading period would be closer to 12 or even 14 hours, owing to the cloudy environment or other low light situations.
Conclusion!
Having
said that, we come to the end of this guide. We hoped that you have got the
answer to the question you came here for.