Fishing beneath high-voltage power lines is like "playing a deadly game of tug-of-war with death"—when carbon fishing rods approach power lines, even without direct contact, voltages exceeding 10kV can ionize the air and form an electric arc. For instance, in humid conditions, a minimum safety distance of 6 meters must be maintained from 220kV lines, while standard fishing rods often exceed 7 meters in length. Even more dangerous is that anglers often wear rubber rain boots, which can impede the natural dissipation of electric current after shock, increasing the risk of ventricular fibrillation.
Traditional protective measures have significant limitations. Simple warning signs are easily overlooked; wire fences severely impact aquatic ecosystems; and manual patrols are not only costly but also difficult to maintain around the clock. In recent years, frequent news reports of electrocutions under high-voltage lines (as shown below) demonstrate that relying solely on conventional warning signs remains inadequate, with accident rates still remaining at a high level.
Dingxin Smart Technology Co., Ltd. introducesthe Electric Fishing Pond Electric Shock Prevention Smart Audio-Visual Warning Monitoring Device, model DX-JSS100-LG2, is specifically designed for on-site electric fishing pond safety, preventing fishing accidents. It features image data collection, transmission, and storage capabilities, while also performing automatic detection and issuing warning alerts.
Specifically, through high-precision intelligent detection of dangerous pedestrian and vehicle behaviors, once actions such as approaching high-voltage lines are detected, the device immediately activates continuous voice warnings and intense strobe lights. Simultaneously, high-definition cameras capture images, which are transmitted via 3G/4G/5G or other locally adapted communication methods (automatically switching based on signal coverage in the fish pond area) to the monitoring center management platform. This platform displays the captured images, alert time, and location, while also pushing notifications via WeChat, SMS, and other channels to operations managers and local village/community safety officers, completing the real-time warning notification process.
At the installation level, this solution is applicable to all scenarios involving electrical hazards near fish ponds, rivers, or streams—whether beneath high-voltage trunk lines or around low-voltage rural grid lines. Considering that fishing zones near electrical facilities are often located in remote areas, the device requires minimal maintenance once installed. Through the innovative combination of AI visual recognition and multi-level early warning in the "Smart Audio-Visual Warning and Monitoring Device for Electrified Fish Ponds," we provide a convenient and feasible implementation solution for preventing fishing activities beneath high-voltage lines in every location.
