This blog is about Over-Discharge/Charge Protection of portable power stations. Over-Discharge/Charge Protection means that Is your battery protected when the battery is over-charged or over-discharged? Overcharging causes damage to the battery…

This blog is about the Overvoltage Protection of portable power stations. Overvoltage protection is a power supply feature that shuts down the supply or clamps the output when the voltage exceeds…

This blog is about Over Current Protection of portable power stations. Overcurrent Protection (OCP) is a feature that prevents too much current from going into the processor.  To have a…

This blog is about the efficiency of portable power stations. Battery efficiency, simply put, is the amount of energy you can get out of a battery relative to the amount…

This blog is about a portable power station that has how many numbers of charger ports. The number of charger ports depends on how many devices do you need to…

This blog is about the Power Output of batteries. Batteries output power when they are connected to a circuit. A battery that is not connected to a circuit provides no current…

This blog is about the sizes of portable power stations. The size of the battery is about the power inside. Most batteries will feature a number on the front that…

This blog is about the Round-Trip Efficiency of portable power stations. Due to internal losses and material degradation, not all the energy supplied to the battery during charging can be recovered…

This blog is about the Self-discharge of portable power stations. This parameter defines the reduction in energy capacity of the battery under no-load conditions (e.g., open circuit), as a result of…

This blog is about the Cycle Life of portable power stations. The cycle life determines the number of charge/discharge cycles that the battery can experience before it reaches a predetermined energy…