Autonom-Charging 3S 6000mAh LiPo Battery Charger Design
Budget: $30 – $250 USD
I'm in need of a designer who can create a DC (car adapter) based charger for a 3S 6000mAh LiPo battery. The primary requirement for this charger is that it needs to be able to fast charge the battery without compromising on safety or performance.
Context:
This charging solution will be added to an autonomous robot which, when it reaches a certain battery threshold, will autonomously plug into a base to charge automatically.
Key Features:
- Fast charging capability: The design should facilitate quick charging without risking battery damage.
- DC (car adapter): This charger needs to be compatible with a DC car adapter, so the design should take into consideration the electrical standards and requirements for this type of charger.
- Comprehensive safety features: The charger must include overcharge protection, temperature monitoring, short circuit protection, undercharge protection, and heat protection.
- Real-time monitoring: The design should allow for real-time tracking of voltage, amperage, wattage, and temperature.
Ideal Skills and Experience:
- Extensive knowledge in electrical engineering and battery technology.
- Experience in designing fast-charging devices.
- Ability to incorporate multiple safety features into a single design.
- Proficiency in creating user-friendly designs for real-time monitoring.
- Understanding of DC power requirements and car adapter specifications.
I'm looking for a professional who can deliver a high-quality, reliable charger design.
Context:
This charging solution will be added to an autonomous robot which, when it reaches a certain battery threshold, will autonomously plug into a base to charge automatically.
Key Features:
- Fast charging capability: The design should facilitate quick charging without risking battery damage.
- DC (car adapter): This charger needs to be compatible with a DC car adapter, so the design should take into consideration the electrical standards and requirements for this type of charger.
- Comprehensive safety features: The charger must include overcharge protection, temperature monitoring, short circuit protection, undercharge protection, and heat protection.
- Real-time monitoring: The design should allow for real-time tracking of voltage, amperage, wattage, and temperature.
Ideal Skills and Experience:
- Extensive knowledge in electrical engineering and battery technology.
- Experience in designing fast-charging devices.
- Ability to incorporate multiple safety features into a single design.
- Proficiency in creating user-friendly designs for real-time monitoring.
- Understanding of DC power requirements and car adapter specifications.
I'm looking for a professional who can deliver a high-quality, reliable charger design.