BOM files with part number create for Solar inverter
Budget: ₹1,500 – ₹12,500 INR
I’m putting together a fully-documented Wi-Fi enabled system built around an STM32 microcontroller and I need every piece of collateral wrapped up in one hand-off.
Here’s the scope I’d like you to cover:
• A clean, component-level BOM with manufacturer part numbers for everything on the board, plus individual notes on the inductor, GFCI and transformer so I can source or substitute them without guesswork.
• Well-commented STM32 firmware and full project source so I can recompile or extend it later.
• A Wi-Fi remote-monitoring app that shows real-time data, issues alerts/notifications, and logs data with export capability. Any lightweight cross-platform stack is fine as long as setup is straightforward.
• A clear wiring diagram that ties the MCU, power stage and peripheral sensors/actuators together, showing pin assignments and protection components.
Acceptance criteria
– BOM imports cleanly into Altium or Excel, no placeholders for the three highlighted power components.
– Compiles on the current STM32CubeIDE without warnings.
– App connects over standard 2.4 GHz Wi-Fi, displays live values, pushes a test alert, and produces a CSV or JSON export.
– Diagram is legible in PDF and source format (SVG or native CAD).
If you’ve built similar STM32 + Wi-Fi projects, send a brief note on your toolchain and typical turnaround and we’ll get started right away.
Here’s the scope I’d like you to cover:
• A clean, component-level BOM with manufacturer part numbers for everything on the board, plus individual notes on the inductor, GFCI and transformer so I can source or substitute them without guesswork.
• Well-commented STM32 firmware and full project source so I can recompile or extend it later.
• A Wi-Fi remote-monitoring app that shows real-time data, issues alerts/notifications, and logs data with export capability. Any lightweight cross-platform stack is fine as long as setup is straightforward.
• A clear wiring diagram that ties the MCU, power stage and peripheral sensors/actuators together, showing pin assignments and protection components.
Acceptance criteria
– BOM imports cleanly into Altium or Excel, no placeholders for the three highlighted power components.
– Compiles on the current STM32CubeIDE without warnings.
– App connects over standard 2.4 GHz Wi-Fi, displays live values, pushes a test alert, and produces a CSV or JSON export.
– Diagram is legible in PDF and source format (SVG or native CAD).
If you’ve built similar STM32 + Wi-Fi projects, send a brief note on your toolchain and typical turnaround and we’ll get started right away.