Case study
Ideal Clima Nemo 1000: reconstructing local Tuya MCU control
Ideal Clima Nemo 1000 local control replaces its Wi-Fi module with an ESP32-C3 on the CN2 connector and speaks the documented Tuya MCU UART exchange. The implementation exposes power, setpoint, mode and fan control through ESPHome or MQTT, with Python tools for passive frame decoding and bench commands.
- Targets
- Protocol
- Category
- Independent reconstruction cases
- Relationship
- Independent reconstruction project
- Sources reviewed
- Evidence class
- C2 code & docs, no demo or download
- Stars
- 1
- Last commit
- 2026-06-21
- Language
- C++
- License (GitHub)
- MIT
GitHub data as of 2026-11-10
Evidence
- Observed
- Code, documentation and a demo observed; no download method found.
- Checked
- 2026-11-08
Requirements & limits
- Prerequisites: An Ideal Clima Nemo 1000, ESP32-C3 and access to its internal CN2 connector.
- Prerequisites: ESPHome or a PlatformIO MQTT setup; the MQTT option requires a broker.
- Limits: The author reports testing on Nemo 1000 only; ambient temperature and fault values are emitted at cold boot.
- License: MIT license.
Cite
BibTeX
@misc{ideal-clima-nemo-local-control-case,
title = {{Ideal Clima Nemo 1000: reconstructing local Tuya MCU control}},
howpublished = {\url{https://github.com/Edsol/esphome-ideal-clima-nemo}},
url = {https://github.com/Edsol/esphome-ideal-clima-nemo},
urldate = {2026-11-06},
note = {Awesome REA entry: \url{https://awesomerea.org/resources/ideal-clima-nemo-local-control-case/}}
}Plain text
Ideal Clima Nemo 1000: reconstructing local Tuya MCU control. https://github.com/Edsol/esphome-ideal-clima-nemo (accessed 2026-11-06). Awesome REA entry: https://awesomerea.org/resources/ideal-clima-nemo-local-control-case/
Useful? Star Awesome REA on GitHub2.4k
About this entry
The description was reviewed against primary sources.
Primary sources
- README.md GitHub · Edsol/esphome-ideal-clima-nemo · Revision b28a86c
- extra/README.md GitHub · Edsol/esphome-ideal-clima-nemo · Revision b28a86c
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