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Maya’s Status Report for 2025-03-08

  1. Relay ESP32 Setup:
    • Set up a dedicated ESP32 for relay control.
    • Integrated the relay ESP32 with Home Assistant for centralized automation.
    • Began testing the relay functionality with various devices.
  2. Device Integration:
    • Connected minor devices such as a PWM fan, light, and motor.
    • Explored additional devices for potential integration.
    • Evaluated performance and responsiveness of connected devices.
  3. Wiring and Testing:
    • Started wiring and organizing connections for the relay ESP32.
    • Identified and tested different wiring configurations.
    • Determined which setups work best for our needs.
  4. Power Consumption Monitoring:
    • Set up power consumption monitoring to track energy usage.
    • Integrated sensors to measure power draw from connected devices.
    • Began analyzing data to identify potential energy optimization strategies.

Challenges Encountered:

  • Ensuring stable and reliable relay switching for different devices.
  • Managing power distribution effectively to support multiple components.
  • Troubleshooting intermittent connectivity issues between ESP32 and Home Assistant.
  • Calibrating power monitoring sensors for accurate readings.

Next Steps:

  • Expand testing with additional devices to enhance automation capabilities.
  • Optimize wiring layouts for improved reliability and ease of use.
  • Develop automation rules within Home Assistant for better power management.
  • Continue refining the system based on real-world performance observations.
  • Analyze power consumption data to implement energy-saving measures.
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Maya’s Status Report for 2025-02-15

# Progress This Week:
1. **ESP32 Setup and Expansion:**
– Continued setting up the ESP32, refining its configuration and stability.
– Started wiring components to the ESP32 on a breadboard for initial testing.
– Ensured reliable communication between ESP32 and Home Assistant.

2. **Model House Component Selection:**
– Researched and decided on key parts for the model house.
– Selected sensors and actuators for power monitoring and automation.
– Planned the integration of these components into the broader system.

3. **Testing and Initial Wiring:**
– Connected and tested multiple components with the ESP32.
– Began initial wiring to verify sensor functionality and data transmission.
– Identified preliminary wiring challenges and planned solutions.

# Challenges Encountered:
– Verifying compatibility between selected components and the ESP32.
– Managing power distribution effectively to prevent overloading circuits.

# Next Steps:
– Finalize the wiring layout and begin soldering for a more permanent setup.
– Expand testing with additional sensors and actuators for comprehensive data collection.
– Develop automation rules within Home Assistant based on sensor inputs.
– Continue refining power optimization strategies through real-time analysis.

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Maya’s Status Report for 2025-02-08

## 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.