FAQ

  • Q What are the core advantages of extended-range energy storage and supply boxes compared with traditional energy storage devices?

    A The core advantages of extended-range energy storage and supply boxes lie in the dual characteristics of " uninterrupted battery life + efficient energy utilization". Traditional energy storage devices rely on a single battery for energy storage. Once the battery is depleted, they need to be shut down for recharging, which cannot meet the demand for continuous power supply. However, the extended-range design adopts a combined mode of "battery energy storage + range extender energy supplement". When the battery power is below the threshold, the range extender (usually a small and efficient generator, which can be adapted to fuel, gas or new energy) will automatically start to supplement energy for the battery, realizing 24-hour uninterrupted power supply. It is especially suitable for scenarios that require continuous power supply such as emergency rescue and field operations. In addition, its energy utilization rate is more than 30% higher than that of traditional generators. The range extender can always operate under the optimal working condition, avoiding fuel waste caused by load fluctuations of traditional generators, while reducing noise and carbon emissions, taking into account both practicality and environmental protection.
  • Q When using the extended-range energy storage and supply box, how is safety guaranteed? Are there any environmental risks?

    A
    Safety is ensured through the " multi-layer protection design + intelligent monitoring system":​
    Hardware level: The battery pack adopts an explosion-proof shell and is equipped with overcharge, over-discharge and short-circuit protection devices; the range extender is equipped with a high-temperature automatic shutdown and exhaust gas purification system to avoid the risk of fire or harmful gas leakage.​
    Intelligent level: It is equipped with an LCD display to monitor parameters such as battery power, output power and equipment temperature in real time; it supports remote APP control, allowing one-click start/stop and fault alarm, which is convenient for timely troubleshooting.​
    In terms of environmental protection, compared with traditional diesel generators, this equipment reduces carbon emissions by 50%-70% (if combined with clean energy for energy supplement, it can achieve near-zero emissions); the operating noise is controlled below 55 decibels (equivalent to the sound of normal conversation), which is much lower than the 80 decibels or more of traditional generators. It is suitable for noise-sensitive scenarios such as residential areas and hospitals, and there are no obvious environmental risks.
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