We are finally entering the “power age” a world where solar-powered stations should be in every home on this planet. We are now sharing the happiness and convenience of multiple electronics, like a drone, spark, phone, laptop, camera, tablet, mini-fridge, small fan, balance car, CPAP… We are also faced with cutoff connect with the world because of a power outage when camping, hiking, travel, earthquake, and disaster happening… So how to solve this problem? Here comes the portable solar power camping station. The reason you should not buy a portable solar power camping generator before reading this article is that shopping a portable power generator can be confusing. This article will help the consumer understand how portable power stations are rated so they can be compared properly in the marketplace.
One of the first and most obvious ways a solar-powered generator for camping can be compared is by its power output. For example, you might meet a portable solar generator that has a power output rating of 250/350 watts. Why are there two numbers, you ask? The first number, 250, is the continuous power output. That means up to 250 watts of power may be continuously drawn for as long as there is a charged portable power station. 250W mini solar generator can run several cell phones, laptops, some LED lights, tablets, drones, mini-fridge…
So that is the first number covering, what is the 350W for? It is called surged output power, this is the maximum voltage of the portable power storage that can operate for just seconds. The Maximum rating power voltage should never be close to being approached in actual use. As a matter of fact, when a portable battery generator charging an electronic product, the continuous power voltage should be about 20% more than is actually continuously consumed. For example, if you count that you will need a 200Watts for your necessities, then you should choose at least a 250Watts portable solar generator to handle unexpected loads.
When you are buying a solar-powered generator, be sure of the differences between continuous output power and surge output power, you must using the continuous power output as your baseline for comparisons.