Custom lithium battery packs for AGVs & AMRs—built for 24/7 uptime, opportunity charging, and fast integration. Share your voltage, size, and runtime target to get a spec proposal within 24 hours.
Before selecting an AGV battery pack, the most common mistake buyers make is starting with voltage or chemistry. In reality, AGV power requirements are defined first by how the vehicle works, not by the battery itself.
AGVs are typically designed for repetitive, predictable tasks—transporting goods between fixed points in warehouses, factories, or production lines. Depending on the operation, some AGVs run continuously across multiple shifts, while others operate in short duty cycles with frequent idle or charging intervals. These working patterns directly determine battery capacity, discharge current, and charging strategy.
One key factor is runtime expectation. Some AGVs are expected to operate for 6–8 hours on a single charge, while others rely on opportunity charging to maintain near-continuous uptime. Designing a battery for full-shift discharge versus partial discharge with frequent top-ups leads to very different capacity and BMS requirements.
Another often underestimated parameter is peak current demand. AGVs draw higher current during acceleration, climbing ramps, carrying heavy payloads, or sudden directional changes. Even if average power consumption appears low, insufficient peak discharge capability can cause voltage drops, system faults, or unexpected shutdowns. This is why AGV battery design must account for both continuous and transient load conditions.
Environmental conditions also play a role. Warehouse temperature, ventilation, dust levels, and vibration affect battery performance and enclosure design. Cold storage AGVs, for example, require different capacity margins and cell selection compared to standard indoor logistics vehicles.
Finally, charging behavior defines long-term performance. AGVs increasingly rely on opportunity charging, where short charging windows are used during idle time instead of long overnight charging cycles. This shifts the focus from maximum capacity to cycle life, fast-charge tolerance, and BMS control logic.
In short, AGV power requirements are a combination of runtime goals, load characteristics, charging strategy, and operating environment. A clear understanding of these factors allows the battery pack to be designed around the vehicle’s real working conditions—rather than forcing the AGV to adapt to an off-the-shelf battery solution.
