Summary of Ultimate 6V powering board you will ever need!
This article introduces an all-in-one 6V powering board designed for Arduino and Raspberry Pi, featuring built-in UPS functionality. Ideal for outdoor solar projects, the device integrates battery charging and power delivery with essential safety mechanisms. It prevents overcharging, reverse voltage issues, and deep discharge by cutting off power when Li-ion batteries drop to approximately 3.15V per cell, thereby reducing long-term maintenance costs for electronics makers.
Parts used in the Ultimate 6V Powering Board:
- LM317
- Li-ion batteries (2 x 3.7V)
- LED indicator
(AllNewsStories Editorial):- Ahmedabad, Mar 5, 2019 (Issuewire.com) – The board we are talking about is a perfect solution for powering the 6V systems like Arduino and Raspi. The device will be live on Indiegogo soon. Arduino, Raspberry Pi and other development boards have gained much attention in the field of electronics and IOT. These boards are very useful for prototyping purpose. The powering board also act as 6V UPS by which one shall receive great benefits working outdoors with solar panels.
There are many powering solutions available in the market like Battery chargers, Boost converters but they should be used differently and so to tackle these problems this device has been created an all in one device which has battery charging circuit and powering circuit and which also has all types of protections included.
The board presented here is a complete powering solution for the one who is looking for 6V solar powering circuit or UPS. This board provides overcharging protection, over discharging protection and reverse voltage protection and so it is a hands-on tool for makers!
The board has to charge circuit using LM317 which offers overcharging protection also. After that when the source will cut off and the work of UPS will start. The battery will discharge and there is over-discharging protection circuit which will cut off the power to load if the discharge rate is high. The specific voltage decided here is 6.2V. When two Li-ion batteries of normally 7.4V make the mark of 6.2V, the load will be cut off. Therefore the battery will cut off when the battery voltage of each Li-ion battery is at 3.15 V approximately. LED is also there to provide a visual indication whenever over-discharging is detected. These protections are highly necessary in case of battery leak or high discharge rate. The circuit is created while keeping in mind a wide selection of batteries which were 2 x 3.7V Li-ion batteries. One can also use other batteries.
These protections can easily lower the maintenance cost of boards like raspberry pi, Arduino, etc. Batteries are often very cheap but when the necessary protections are not used the maintenance cost of boards are added up.
Thus ultimately this is all in one board which will work as UPS and powering device with all types of protection.
The protection provided is:
1. Over charging protection
2. Reverse voltage protection
3. Over-discharging protection
To join the pre-launch mailing list, here is the link: https://www.indiegogo.com/projects/ultimate-6v-powering-board/coming_soon/x/17426946
Source: Ultimate 6V powering board you will ever need!
- What is the primary purpose of this board?
It serves as a complete powering solution for 6V systems like Arduino and Raspberry Pi while functioning as a UPS. - How does the board protect against over-discharging?
The circuit cuts off power to the load when the voltage drops to 6.2V total or 3.15V per Li-ion battery. - Can this device work with solar panels?
Yes, it acts as a 6V UPS that provides benefits for working outdoors with solar panels. - What specific protections are included in the design?
The board offers overcharging protection, reverse voltage protection, and over-discharging protection. - Which component is used for the charge circuit?
The LM317 component is utilized to create the charge circuit and offer overcharging protection. - Does the board provide visual feedback for errors?
An LED is included to provide visual indication whenever over-discharging is detected. - Why is this board useful for making electronics?
It lowers maintenance costs for boards like Raspberry Pi and Arduino by preventing damage from improper battery usage. - Is the project currently available for purchase?
No, the device will be live on Indiegogo soon but is not yet fully launched.
