Why are outdoor power supplies so expensive? How much power is the best outdoor power supply?
1. Why are outdoor power supplies so expensive?
The price of an outdoor power supply varies depending on a number of factors such as battery capacity, power, features, materials, manufacturer, and more. These factors together determine the price of outdoor power supplies.
Among them, the cost of materials is an important factor in the price of outdoor power supplies. Outdoor power supplies usually use high-quality lithium-ion batteries, which are relatively expensive, especially in the case of higher requirements in terms of capacity and life. In addition, outdoor power supplies also require the use of high-quality electronic components, such as semiconductor devices and converters, which will also increase the material cost.
In addition, the manufacturing cost of the outdoor power supply is relatively high. Outdoor power supplies often need to meet stringent safety and stability requirements, requiring multiple testing and quality control procedures that add to manufacturing costs. In addition, outdoor power supplies also need to have multiple protection functions, such as overcharge protection, overdischarge protection, short circuit protection, overload protection, etc., which will also increase manufacturing costs.
Finally, the outdoor power supply also needs to have certain functions and performance, such as multiple output interfaces, high power support, solar charging, intelligent control, etc. These functions and capabilities also increase manufacturing costs.
2. How much power is the best outdoor power supply
The power of the outdoor power supply should be determined according to the usage. If it is a short-distance travel or office scene, the power should be within 500W. If you want to stay overnight and have high power demand, it is recommended to choose 1000W or above. If it is a professional outdoor electricity, such as: hair dryer, rice cooker, induction cooker, etc., the power should be above 2000W. In addition, factors such as battery capacity, port type and quantity, self-charging method and speed, brand and other factors must also be considered, so the final power selection should be determined according to actual needs.
