Battleborn Battery Breakdown: Are Your Lithium RV Batteries a Hidden Danger?

The RV community is buzzing after concerns emerged about the safety of Battle Born lithium batteries. YouTuber "Today is Someday" tackles this head-on, driven by alarming reports of overheating, melting, and potential arcing. Are these batteries truly a ticking time bomb, or are the fears overblown? The channel puts their own 600 amp-hour Battle Born system to the test, providing a data-driven analysis.

The Controversy: Will Prow's Findings

The core of the concern stems from YouTuber Will Prow's investigations into Battle Born batteries. His findings paint a grim picture: components melting, internal arcing, and potentially unsafe operating conditions. This sparked widespread anxiety among RVers who invested in these premium batteries, leading them to question the safety and reliability of their power systems. The "Today is Someday" channel acknowledges the validity of the concerns and emphasizes the importance of investigating potential risks, especially when dealing with high-energy systems. The RV community relies on objective information, and the channel is delivering through testing.

The "Today is Someday" Testing Methodology

To address these concerns, "Today is Someday" devised a practical testing approach. The first step involved a comprehensive visual inspection, scrutinizing the batteries for any signs of physical damage, melting, or abnormalities. Following the inspection, the channel placed the batteries under a controlled load, simulating real-world RV usage by running power-hungry appliances like air conditioners, a microwave, and even hair styling tools. The batteries were then monitored with thermal imaging equipment to identify any hotspots or areas of excessive heat. To isolate variables, each battery was tested separately, ensuring a comprehensive assessment of its performance under stress.

Data-Driven Results: Temperature and Performance

During the load testing, the batteries exhibited normal operating temperatures. The main cable running to the inverter reached 120°F (approximately 49°C) while under a 200-amp load, which is within acceptable limits for high-current conductors. Interestingly, one battery initially felt colder than the others, prompting further investigation. However, individual testing revealed that all batteries performed as expected, tripping at 200 amps as designed, and resetting automatically. According to the testing done, "everything's good on it." The test reset on its own and the voltmeter read 13, which the channel took as the battery working as intended.

Expert Analysis and Key Insights

The channel enlisted the expertise of Wes, who has knowledge in electrical systems, to assist with the testing. Wes's input provided valuable context to the data, emphasizing the importance of a properly designed and maintained electrical system. As Wes stated, "Your system's fine. You don't need to replace it. But it's in the back of my head cuz now I'm I'm in tune to what's going on with these things." He suggests that potential thermal runaway scenarios are more likely to occur in systems with pre-existing faults or compromised components. Furthermore, the channel highlighted that many users may not experience issues because they don't consistently operate their batteries at maximum discharge rates. Overall they found that they would not have any problems with their system because of the way they use their batteries.

Reassurance and Responsible Usage

Based on their test results, "Today is Someday" concluded that their Battle Born batteries were functioning correctly and posed no immediate safety risk. This led them to the decision to continue using the batteries, maximizing their investment and avoiding unnecessary replacement costs. However, the channel emphasizes the importance of regular system checks and responsible battery management. This includes monitoring temperature, avoiding prolonged operation at maximum discharge rates, and ensuring all connections are secure and properly sized.

Key Takeaways

Testing is Crucial: Don't rely solely on anecdotal evidence. Conduct your own tests to assess the health and performance of your batteries.
Temperature Matters: Monitor battery temperature under load to identify potential hotspots or signs of overheating.
System Design is Key: Ensure your electrical system is properly designed, with appropriately sized wiring and adequate protection devices.
Responsible Usage: Avoid consistently operating your batteries at maximum discharge rates to prolong their lifespan and reduce the risk of thermal issues.
Individual Results Vary: The safety and performance of lithium batteries can vary depending on usage patterns and system configurations.
Don't Ignore Warning Signs: Be proactive about any concerns regarding batteries.

Conclusion: Make Informed Decisions

"Today is Someday" provides a valuable case study for RVers concerned about the safety of their lithium batteries. By conducting thorough testing and sharing their findings, they empower viewers to make informed decisions about their own power systems. It is important to remember that every RV setup is unique, and individual results may vary. Watch the full video from "Today is Someday" for a complete picture of their testing process and conclusions. If you would like to improve the safety of your RV through testing, be sure to give the video a watch.