I received a buck converter in the post today. The unit has a 17vdc range input and a regulated 5vdc output. The unit will allow me to place the Raspberry Pi outdoors and use a sealed lead-acid battery as power source for day and overnight operation. The battery will have a Xantrex PWM 50W charge controller charging the battery from a single solar panel dedicated to powering the RPi, alone.
The RPi has a micro-B USB connector that is used for power input connection. I will take a matching connector and attach the other end to the buck converter.
A buck converter is a voltage converter that drops and input voltage to a lower level. A boost converter is a voltage converter that raises an input voltage level to a higher level.
The RPi is mounted on a circuit board along with a couple of other devices.
Subscribe to:
Post Comments (Atom)
Update progress #2
I discovered the Staubli MC4s will not accept the AWG #8 cable. However the Trisinger MC4s will. I used those. The array end cables have M...
-
In a recent post I presented the equation for energy incident on a solar panel (Sm). Here I present the set of equations used to calcu...
-
I've been building my power station with n eye to minimizing the cost without sacrificing quality. I've mounted the array on a...
-
The new web page, for monitoring the solar power station activity, has two charts, one above the other. There are links to a copy of my ol...
No comments:
Post a Comment