With the improvement of living standards, people are increasingly pursuing the quality of life. For example, self-driving barbecues, wild camping, etc., and these outdoor activities need to solve the problem of electricity consumption. Some users are generally more inclined to choose high-power energy storage power; and considering the cost of use, some users may choose more vehicle-mounted inverters.
Multi-device on-board charging has always been a troublesome problem for many car owners. Today, Meind released a device that can solve the problem of charging mobile phones, notebooks, cameras, and even drones, balance cars and other products in the car. Meind invertor , with an output power of 200W, has 2AC jack and 4 USB interface, and the USB interface supports QC3.0 charging, which can quickly charge mobile phones or tablets. When the majority of car owners choose a portable car inverter, be careful not to let the inverter power exceed 150W. If the car owner wants to use an inverter that exceeds 150W, it is okay, but the wire between the battery and the cigarette lighter must be changed to be able to carry The power line of the corresponding current; also, although the car inverter is specially designed for the car, it is also very suitable for home use due to its portable design.
When driving on the road, if the power of other devices such as mobile phones and notebooks is low, you can use this Meind inveretr to charge your notebook and mobile phone at the same time.
In terms of appearance, Meind inverter charger has a high-value style, cup shape, AC jack design, universal socket, American standard socket, European socket, only the size of a can, and can be placed in the car cup holder.
Structurally, this inverter adopts a silent fan structure without noise impact. The anodized aluminum shell is used on the shell, which is more textured and not easy to fade, and can match a variety of usage scenarios.
In terms of safety, Meind car power inverter charger have six safety protections, including overload protection, over-current protection, temperature protection, high-voltage protection, low-voltage protection, and short-circuit protection.
Post time: May-08-2023
