## Progress This Week:
1. **Home Assistant Setup:**
– Successfully installed Home Assistant in a Docker container on a Raspberry Pi 5.
– Configured basic settings, including network connectivity and user interface customization.
– Ensured stable operation and tested core functionalities.
2. **ESPHome Integration:**
– Set up ESPHome on an ESP32 device for real-time sensor data collection and ability to control devices
– Established a stable connection between ESPHome and Home Assistant.
– Began integrating initial sensors for monitoring energy consumption.
3. **Initial Integration and Testing:**
– Successfully connected Home Assistant with ESPHome for data transmission.
– Verified real-time data logging and responsiveness of the system.
– Identified potential areas for improvement in communication latency and data accuracy.
## Challenges Encountered:
– Minor connectivity issues between ESP32 and Home Assistant, requiring additional troubleshooting.
– Need for additional sensors and actuators to improve data collection and power optimization insights.
## Next Steps:
– Expand ESPHome integration with additional sensors for more comprehensive energy monitoring.
– Optimize Raspberry Pi and Docker settings to enhance performance and reliability.
– Begin logging and analyzing power consumption trends for future optimization strategies.
– Possibly switch to a more robust communication protocol between the ESP32 and Pi
## Conclusion:
This week marked a significant step forward with the successful setup of Home Assistant and ESPHome. Moving forward, the focus will be on refining integrations, expanding sensor/actuator coverage, and implementing automation for improved energy efficiency.