Concerns are mounting over the reliability of Battle Born Batteries, particularly regarding their 100 Ah, 12 VDC LFP models. A recent investigation by YouTuber Will Prowse revealed a serious design flaw that could potentially compromise safety. Upon examining the battery, Prowse discovered that the positive terminal was inadequately attached to the bus bar, resulting in poor electrical contact and overheating.
The issue was highlighted after Prowse cut open the battery to investigate reports of overheating. His findings indicated a plastic spacer that had melted, suggesting that prolonged use of the battery could lead to dangerous conditions. This particular battery was obtained from a viewer, raising questions about the overall quality control and customer safety measures implemented by the manufacturer.
Long-standing Overheating Concerns
Reports of overheating in Battle Born batteries have been circulating for several years. Users have expressed frustrations on platforms such as the DIY Solar Forum, where many claim the company attributes these overheating incidents to external factors rather than acknowledging a potential design flaw. The implications of such a response are troubling, as it complicates the process for customers seeking to utilize the manufacturer’s warranty.
Prowse’s investigation has sparked a call to action for affected users to share their experiences in forums or related platforms. The aim is to gather comprehensive data that may compel Battle Born to address the issue more transparently. Prowse’s engagement with the community highlights the importance of consumer feedback in holding manufacturers accountable for product safety.
Company’s Response and User Reactions
In response to growing concerns, Battle Born stated that their terminal design includes a “thermal fail-safe.” However, Prowse’s follow-up video suggests that this claim does not hold up under scrutiny. The discrepancies between the company’s assurances and the real-world performance of their product raise significant alarms for consumers.
As the debate continues, users are urged to inspect their Battle Born LFP batteries for similar issues. The potential risks associated with malfunctioning batteries could lead to severe consequences, making it crucial for consumers to remain informed and vigilant.
The situation serves as a reminder of the importance of thorough quality assurance in battery manufacturing, particularly as the demand for reliable energy storage solutions grows globally. With the rise of renewable energy systems, the reliability of components like batteries will play a pivotal role in the success and safety of these technologies.