Krill Desktop

Use Case: Hot Tub Controller with Krill Desktop

I have a backup battery bank system for my home, and I use Krill Desktop to monitor and manage it. The Krill Desktop application provides a user-friendly interface to keep track of battery health, charge levels, and energy consumption.

Setup

1. Install Krill Server: I installed Krill Server on a Raspberry Pi that is connected to my battery bank system.
2. Battery Monitoring: Using compatible sensors and interfaces, Krill Server collects data on battery voltage, current, and temperature.
3. Krill Desktop Interface: The Krill Desktop application displays real-time data, allowing me to monitor the status of my battery bank easily.
   1. Alerts and Notifications: I have set up alerts to notify me of any critical battery conditions, such as low charge levels or overheating, ensuring that I can take action promptly
   2. Energy Usage Optimization: By analyzing the data collected, I can optimize when to charge and discharge the battery bank based on my home’s energy consumption patterns and utility rates.
   3. Maintenance Scheduling: Krill Desktop helps me schedule regular maintenance checks for the battery bank, ensuring its longevity and reliability.
   4. Remote Access: I can access the Krill Desktop application remotely, allowing me to monitor my battery bank even when I’m away from home.
   5. Data Logging: All battery performance data is logged for historical analysis, helping me identify trends and make informed decisions about my energy usage.
   6. Integration with Home Automation: I have integrated Krill Desktop with my home automation system, allowing for automated responses based on battery status, such as switching to backup power during outages.