Improving Battery Life Predictions in Smart Locks

Hi everyone, I wanted to share my experience and gather some insights about improving battery life predictions in smart locks, particularly the Kwikset and Schlage models. As someone who manages multiple properties, ensuring that these devices are reliable is crucial. However, I’ve noticed that predicting when a battery will die is often more of a guessing game than a precise science.

A few months ago, I switched to using alkaline batteries after reading some posts suggesting they might provide a more gradual degradation curve compared to lithium. The idea was to get more predictable warnings before the battery dies, which would prevent tenants from being locked out unexpectedly. While I haven’t had any lockouts since the switch, I’m curious to hear if others have had similar experiences or if there are other battery types worth trying.

In my setup, I’ve also implemented weekly reminders to check battery levels, but as I’m sure many of you know, this approach isn’t foolproof. A tenant might use the lock right after I check, and suddenly the battery drops from 97% to 6% in a matter of days. It’s frustrating and a bit concerning for both the tenants and property management.

I’d love to hear if anyone has experimented with different battery types over an extended period and if they noticed any significant improvements in prediction accuracy. Additionally, if there are any strategies or tools that help monitor battery health more effectively, I’d be grateful for the recommendations.

Thank you all for sharing your knowledge and experiences. It’s amazing how much we can learn from each other in this community!