Power Supply

The robot will most likely have somewhere in the ballpark of 300 servo motors and this will require a minimum of 30 LiPo batteries to power it. Each battery will need 7.4V and 30 amps of power output. I may also create an additional 12V motor version of the servos and batteries for servos that need additional power like the ones for the legs. That aside, I will also have the option for the robot to carry a backpack of batteries that he can plug himself into in order to gain additional battery life and have the ability to operate continuously. While one set of 30 batteries is cooling, another can be charging and a 3rd set can be operating the robot. Three sets of batteries then sounds like the ideal setup. He will be able to plug himself into the wall in whatever room he goes into so that he can always begin recharging wherever he goes. This charging cable should be at least 12 feet long so that he can move about a room doing whatever activities he likes while charging at all times.


 
 
 
 
 
Questions? Visit the FAQ, or get in touch:
 Contact Form
 
 
 
 
 
ABOUT US
 
Contact Us
Patreon Program
Reviews
Privacy Policy
Donate
 
 
WHY ARTBYROBOT
 
Overview
Programming Language
Power Supply
Artificial Intelligence
Electronics Control
Sensors
Robot Capabilities
 
Lawn Care
Farming
Misc Chores
Dancing
Conversations
Manufacturing
 
 
 
RESOURCES      
 
Let's Make Robots Thread
Project Livestream - Twitch.tv
Q & A
Society of Robots Thread
Blog
 
 
 
 
 
© 2017 ARTBYROBOT.COM.
ALL RIGHTS RESERVED.
BACK TO TOP  
 
 
*REGISTERED NAMES AND TRADEMARKS ARE THE PROPERTY OF THEIR RESPECTIVE OWNERS.