The battery-powered bollard's overall structure is consistent with that of the plug-in bollard. It maintains the basic functions of UPARK bollards, such as a sealed structure, a 36V working voltage, and a mechanical screw drive. The only major change is the overhaul of the power supply system, which now uses batteries to power the bollard and control its movement up and down.

To reduce the frequency with which users need to charge their devices, we selected batteries from multiple manufacturers for thorough testing and comparison. Ultimately, we chose batteries from a top-rated company to be the core component of our battery-powered guardrail. These batteries have a long service life and slow discharge rate and provide complete test reports. The reports are issued by internationally renowned institutions, which further ensures the reliability of our battery-powered guardrail.

Although the battery-powered guardrail may seem like a simple conversion of the power supply system, we encountered numerous challenges during production and R&D, such as controlling distance, charging frequency, waterproofing, and charging convenience. We must balance these technical considerations with user experience to find the right equilibrium. For example, users naturally hope that a single charge will last for an extended period. However, more batteries are not necessarily better, nor are larger batteries always preferable. We must consider cost, operational convenience, and the impact on the guardrail's overall structure.

The battery-powered automatic bollard has been on the market for several years. UPARK battery-powered bollards are the most reliable and affordable on the global market. They have gradually gained popularity among mid- to high-end consumers in Europe and the United States and have become a landmark brand in the industry.