Electric power safety is the lifeline of the stable operation of the power grid, and high-voltage area operations are the top priority in safety prevention and control. In recent years, high-voltage electric shock accidents caused by personnel mistakenly entering or operational negligence have occurred from time to time, not only threatening the lives of workers but also causing serious losses such as power grid outages and business suspensions. The HIZ-ST-FCP intelligent high-voltage electronic warning sign launched by Guangxi Haizhuo Technology uses intelligent technology to break through the shortcomings of traditional warnings. It builds an active protection barrier through real-time voice alerts, ensuring the safety of the power grid.
The HIZ-ST-FCP intelligent high-voltage electronic warning sign focuses on "active early warning", with its core advantage being the real-time voice alert function. The device is equipped with a high-precision sensing module that can accurately detect people, vehicles, or machinery approaching within a 10-meter range. Once entering the dangerous area, it immediately triggers a high-decibel voice broadcast, clearly conveying warnings such as "High Voltage Danger, Do Not Approach" and "No Climbing, Beware of Electric Shock". At the same time, it is paired with LED lights that flash, achieving a sound and light warning effect. Even in noisy construction environments or bad weather, the warning signal remains clear and distinguishable, effectively preventing dangerous behaviors from the source.
The intelligent design of the device is applicable to all scenarios, adapting to various complex power environments. It adopts a dual power supply mode of solar panels and polymer lithium batteries, eliminating the need for external power sources. During the day, solar energy is used for charging and energy storage, and at night or when there is insufficient light, the lithium battery continues to supply power, ensuring 24-hour uninterrupted operation and completely eliminating environmental restrictions. It is suitable for scenarios without municipal power supply, such as high-voltage towers in the wild and remote distribution transformer areas. The built-in light sensor chip can intelligently sense the ambient brightness and automatically switch the LED light on and off, ensuring the warning effect at night while achieving efficient energy utilization.
