FLIP Platform
A platform to create IOT devices for 12-48v battery systems.
Last updated
A platform to create IOT devices for 12-48v battery systems.
Last updated
Some of this is focued on the FLIP_C3 specifically and will generalize over time. Header footprint is locked as of v1 and mounting hole is locked as of v1.1
The FLIP platform is a set of standards between circuit designs with the intention of easy install within 12-48v lithium battery systems. It designed as a modular system to create IOT hardware for modern open-source automation systems. The platform will consist of mainboards which have processing and network capabilities and the modules which will provide or interface with switches, lighting, sensors, relays, dimmers, etc.
The mainboards should be able to power themselves and basic modules from the an on-board buck regulator. Additional power modules can be placed in parallel with the base moule built into the mainboard.
I2C should be considered a high-priority interconnect due to its capability for easy expansion and daisy-chaining. In as many situations as possible, modules should be able to function as either tethered I2C device or with a FLIP mainboard installed. A standalone device (mainboard with module) should be able to connect to it's mainboardless version of itself via the Qwiic & Stemma QT compatible connector. In some cases, smaller boards could stack infinitely, limited only by the available I2C addresses. We've currently coined these smaller boards as backpacks.
Power modules should be tolerant to 60v DC input which covers up to 16s Lifepo4 systems.
5v with at least 1A of available power without extra cooling
Future should offer higher voltage ranges for electric
60v board to board header for distribution
USB-C with 5v buck converter
Standardized 2.54mm dual header layout between boards
Passthrough stacking pin/socket headers included
Stemma QT & Qwiic compatible SH 1.0 connectors
I2C & UART
Home Assistant as target platform
ESP32 for Wifi and Ethernet
ESPHome Firmware
Future Targets
RP2040
EBYTE Modules for Zigbee
PTVO Firmware?
Thread/Matter
Must have simple device provision like ESPHome
You will always be able to write whatever code want to a FLIP device, but our priority is ESPHome due to its ease of use with beginners. Technically minded artists, home automation enthusiasts, and other makers who struggle with will likely find it easier, especially if they have experience with somthing like HTML/CSS.
ESPHome is backed by the Open Home Foundation started by Home Assistant/Nabu Casa.
WLED is a high priority platform, but we will likely work within the bounds of existing functionality. Its development is progressing steadily and there is extreme interest in WLED specific features in hardware.
TASMOTA is very popular, and we look forward to seeing any work you do with it. At the moment, we are not going to be focusing any efforts on this platform.
Switch Panel (Unnamed)
PwrTool Family
Large main system shunt
Small Handheld coulometer with XT60, PP45, screw-in, etc. connection options
Branch Manager - Smart power distribution panel
8x High power p-channel mosfets
Lighting Director - PWM Mosfet controller for DC lighting devices.
Backpacks - should be the same size as the FLIP itself.
PWM mosfet 4x via direct connection to GPIO
RS485 to TTL for Solar Chargers
3A+ Switching power supply
16020 has a 16030 pin compatible 3A version but will require external component selection. Good for LED control board?
RGB Addressable LED control (with DC buck?)
