Spring is a season suitable for self driving travel throughout the year. It not only has a pleasant climate and beautiful scenery, but also a warm and cozy atmosphere that makes people feel comfortable and pleasant. If you want to travel in spring, self driving tour is a good choice. There is one thing you must bring when going on a self driving tour, and that is a mobile energy storage power supply.
Why do we need to bring a portable power bank for long-distance self driving trips? Nowadays, no matter where you are, electronic devices are almost indispensable. Basic phones, cameras, drones, etc. all require electricity; If you want to have a more artistic style, you also need to bring a projector, ambient lighting, make a cup of coffee, and listen to music; Self driving outdoor picnicking is also an experience, and now many campsites and scenic spots prohibit the use of open flames. There are also safety hazards in forest areas, so using electricity is more reassuring and reassuring. Moreover, it is relatively convenient to carry items during self driving tours. Bringing an energy storage power source can make the journey more diverse and comfortable. Self driving tours are also relatively convenient for carrying items. Bringing an energy storage power source can make the journey more diverse and comfortable.
Choosing an energy storage power source is absolutely safe! Most energy storage power sources are used outdoors and are inevitably bumped during normal use. Especially during summer travel, the power source is usually placed in the car and exposed to the sun for a long time. The temperature inside the car can reach up to 90 degrees Celsius. If the quality and safety of energy storage power sources are not guaranteed, the journey will not be peaceful.
At present, there are three mainstream battery cells on the market: ternary lithium, lithium iron phosphate, and lithium manganese iron phosphate, each with its own advantages and disadvantages. Ternary lithium: high charging efficiency, high energy density, and larger battery capacity under the same volume; But it is not resistant to high temperatures and has a lower safety factor in high-temperature environments; Lithium iron phosphate: high safety factor, longer and more stable service life; But the battery capacity and charging efficiency are relatively reduced, and it is not resistant to low temperatures; Lithium manganese iron phosphate: high safety, combining the temperature resistance advantages of the two materials mentioned above, can work normally in environments ranging from minus 20 degrees Celsius to 60 degrees Celsius, and has a long service life; Regardless of the type of battery cell, choose the one that suits you based on actual usage scenarios: in the north, pursuing lightweight travel, you can consider ternary lithium battery cells; Frequently active in high-temperature areas, lithium iron phosphate batteries can be considered; For national or even global self driving tours, one can choose manganese iron phosphate lithium batteries that combine the high and low temperature advantages of ternary lithium and lithium iron phosphate. In short, it is important to identify products produced by legitimate manufacturers.
The Huaquan Energy Storage Power HQDY-500-A adopts original zero cycle vehicle grade soft pack manganese iron phosphate lithium battery cells, with a cycle life of over 2000 times. It has the characteristics of small size, light weight, and high safety factor. And it has passed a series of authoritative certifications and needle tests at home and abroad, such as CQC quality system certification, UN38.8 product safety certification, Intertek testing, etc. It has undergone drop testing before leaving the factory, and is not afraid of high temperature environments, low temperature environments, and self driving bumps.
The power of the energy storage power source determines what electrical appliances can be used during the journey. Generally, the electricity consumption for long-distance self driving trips is higher than that for weekend suburban trips. It is recommended to choose a power of at least 1 kWh and over 1000W to meet the electricity demand for a day outside. The HQDY-500-A energy storage power supply from Huaquan comes with 1.2 kWh of electricity, which is sufficient for boiling water, cooking, and watching movies. If you are afraid of running out of battery, you can also pair it with a solar panel that supports charging and using at the same time, as long as there is light, there will be electricity. Nowadays, smart devices emphasize fast charging. The Huaquan Energy Storage Power HQDY-500-A supports 1000W input and can be fully charged in 80 minutes with 1.2 kWh of electricity, which is faster than charging an iPhone. You don't need to charge all night in advance, you can fully pack your luggage, which is more suitable for "just leave" travel. In addition to supporting solar charging, if it is cloudy or rainy, the cigarette lighter can also be used for emergency charging during self driving, which is really practical for long-distance self driving. Supports bidirectional fast charging, AC1000W output, built-in PD100W type-c output port and fast charging 3.0 output port, both mobile phones and computers can achieve fast charging. Multiple output ports including AC, DC, and USB can provide power to 10 devices simultaneously.
