LiFePo4wered/Pi+ is simply a better version of the LiFePo4wered/Pi3 and the LiFePowered/Pi. These devices are all designed to solve the issue of power supply to the raspberry pi. LiFePo4wered is simply a high-performance battery power system which is acting as an option for raspberry pi projects where the likes cellphone adapters and USB power banks cannot fit in.
Power is one of the significant factors in the use of the Raspberry, most Raspberry Pi projects are usually plugged into a wall power adapter which at some could impact on the mobility and portability of the project, but with the LiFePo4wered/Pi+ you don’t have to worry about plugging your project into a wall socket. It can power a Raspberry Pi for up to nine hours from its battery (depending on installed battery size, Raspberry Pi model, attached peripherals, and system load) and can be left plugged in continuously.
LiFePo4wered/Pi+ might probably end up as the best source of power supply to the raspberry pi, and the primary advantage is that it works with all models of the Raspberry Pi. The LiFePo4wered/Pi+ can provide a steady continuous current supply of 2A to the Raspberry Project; this is usually like the max most Raspberry Pi project will use an unlikelihood one will be capped at that max but the general standard of about 700mA.
The following are some of the features of the LiFePo4wered/Pi+:
- 1500 mAh 3.2 V LiFePO4 battery: Uses a Lithium iron phosphate that provides safety, high power density and extended cycle life of 2000+ cycles. The battery can also be used as a UPS.
- Optional 600 mAh, 3.2 V LiFePO4 cell: This is merely a smaller battery for low power applications or when there is power loss in the main battery.
- 2 A continuous load current: Can supply this with 1500mAH battery option or using an external source of power.
- A Smart charge controller:
- Over-charge protection: This feature allows the device to stay plugged in continuously without exploding because it stores the extra charge to help it serve as a UPS when needed.
- Auto-adjusting charge current: Regular charge current can be up to 1.5 A when used with high power chargers. However, it will automatically reduce current when needed not to overwork low power sources when they are used.
- Customizable MPP (Maximum Power Point) voltage: This helps to obtain maximum efficiency when powered directly from suitably sized solar panels.