- Added a warning about the integration being in beta testing phase for stability awareness.
- Included a requirement for the JackeryHome app version to be greater than 2.10.18 for proper functionality.
- Added a new section for Energy in the README.md to provide users with information and a visual reference.
- Included a demo image for better understanding of the energy features.
- Deleted unused files including `AGENTS.md`, `data_transmission_example.py`, `delete.py`, and `main.py` to streamline the project structure.
- Updated `README.md` to reflect the removal of these files and clarify integration details.
- Minor adjustments made to `strings.json` for consistency.
- Updated the logic for the battery discharge power sensor to ensure it returns the correct meter value when positive, improving accuracy in power readings.
- Introduced a new individual entity for EPS power with customizable display options.
- Updated display settings to include zero line visibility and transparency adjustments for improved user experience.
- Introduced new sensors for EPS power, export energy, and import energy with appropriate configurations.
- Updated the meter serial number mappings to include the new EPS sensors for improved data accuracy.
- Swapped the consumption and production sensor references for the battery entity in the energy flow card configuration to ensure accurate energy flow representation.
- Updated grid import and export energy serial numbers in the JackeryHome sensor mappings for consistency and improved accuracy.
- Modified the energy flow card configuration to reflect correct sensor mappings for grid and battery entities, changing production and consumption references.
- Enhanced the JackeryHome sensor logic to ensure accurate power readings for battery charge and discharge, correcting the handling of meter values.
- Updated display states for better representation of energy flow direction.
- Reorganized entity references in the energy flow card configuration, introducing a clearer structure for grid, solar, and battery entities.
- Updated sensor mappings for grid consumption and production, battery charge/discharge, and state of charge.
- Removed outdated individual entity configurations to streamline the setup.
- Updated the serial numbers for home energy and solar power to reflect the correct values.
- Ensured consistency in sensor mappings for improved data accuracy.
- Renamed the energy flow card from `energy-flow-card-plus` to `power-flow-card-plus` for consistency.
- Updated entity references in the energy flow card configuration to align with new sensor identifiers, including home power, solar power, and grid import/export.
- Adjusted the JackeryHome sensor mappings to reflect the correct meter serial numbers and improved the handling of power sensor values.
- Enhanced the configuration with additional properties such as `min_flow_rate`, `max_flow_rate`, and `clickable_entities` for better functionality.
- Updated home energy, grid import/export, and battery charge/discharge point identifiers to new values for consistency across the project.
- Adjusted the default device serial number in the JackeryDataCoordinator to an empty string for improved flexibility.
- Deleted obsolete files including CHANGELOG.md, DATA_FORMAT.md, HACS_PUBLISHING_GUIDE.md, MQTT_FIX_SUMMARY.md, TROUBLESHOOTING.md, and test_mqtt.py to streamline the project.
- Updated README.md to include detailed architecture design, sensor value processing logic, and improved MQTT topic format explanations.
- Enhanced clarity on the integration's coordinator pattern and data flow, ensuring users have comprehensive guidance on setup and usage.
- Changed entity references to align with JackeryHome naming conventions, including solar power, grid consumption/production, battery charge/discharge, and home power.
- Introduced a comprehensive summary of MQTT connection issues and their resolutions in `MQTT_FIX_SUMMARY.md`.
- Created a detailed troubleshooting guide in `TROUBLESHOOTING.md` to assist users in resolving common MQTT-related problems.
- Updated `README.md` to include prerequisites for MQTT integration and enhanced error handling instructions.
- Improved user experience by clarifying configuration steps and providing clear error messages for MQTT integration issues.
- Added validation to ensure MQTT integration is configured before setting up the JackeryHome integration.
- Updated error handling in the configuration flow to provide user feedback if MQTT is not available.
- Improved logging for MQTT subscription processes and error handling in the data coordinator.
- Updated user interface strings to reflect the new requirements for MQTT integration.
- Introduced a new `JackeryDataCoordinator` class to manage MQTT subscriptions and data retrieval for all sensor entities.
- Updated the setup process to create and start the coordinator, allowing shared data handling among sensors.
- Enhanced sensor lifecycle management by registering and unregistering sensors with the coordinator.
- Improved logging for better visibility into the coordinator's operations and sensor updates.
- Added a delay at startup to ensure MQTT connection is established before sending data requests.
- Implemented error handling for MQTT connection issues, logging warnings and continuing the periodic data request process.
- Enhanced logging for task cancellation to provide clearer feedback on sensor operation.
- Added calls to `super().async_added_to_hass()` and `super().async_will_remove_from_hass()` for improved lifecycle handling.
- Ensured proper logging during sensor addition and removal from Home Assistant.
- Introduced a constant for request interval to standardize data request timing.
- Refactored meter serial number mapping logic for clarity and maintainability.
- Enhanced LWT and data message handling with dedicated methods for improved readability and error handling.
- Updated periodic data request logic to utilize the new request interval constant.
