Highway driving hazards surges during hot weather | NKTEVA6 Tunnel vehicle high-temperature monitoring system strengthens road network safety defense

 

The prolonged high temperatures in midsummer have sharply increased traffic pressure on highways, and vehicle combustion from high temperatures has become the number one hidden danger in road traffic safety. Especially in mountainous highways and long-distance tunnel sections, the environment is sealed, heat dissipation slow, exhaust gases accumulate, and temperatures remain high, making it highly susceptible to various vehicle thermal failures.

 

Heavy trucks and private cars traveling long distances often cause issues such as engine compartment overheating, overheating of the brake system, overheating of tires, aging of the fuel circuit, and battery overheating. Once the vehicle gets out of control due to overheating, it can break down and occupy the road and cause traffic jams, while at worst, it can catch fire spontaneously.

 

However, the tunnel interior is narrow, long, and enclosed, with limited ventilation. After a vehicle fire, thick smoke spreads rapidly and visibility drops sharply, making escape difficult and fire rescue obstructed. This easily triggers chain rear-end collisions and major safety accidents, seriously threatening the safety of drivers, passengers, property, and the order of highway traffic.

 

Traditional control models rely on manual patrols and post-incident handling, which suffers from slow detection, large blind spots, and delayed warnings, making it impossible to predict in advance or proactively prevent and control, making it difficult to cope with large-scale, high-density vehicle high-temperature risks.

 

To address the pain points of summer highway driving, the NKTEVA6 Red Array Instrument vehicle high-temperature intelligent monitoring system was developed. Relying on core infrared thermal imaging technology, it creates an all-weather, fully automatic, contactless vehicle high-temperature monitoring solution, providing precise thermal hazard prevention and control for highway sections, tunnel entrances and exits, and tunnel interiors.

 

NKTEVA6 Equipped with a dual-spectrum monitoring module that simultaneously captures infrared + visible light, it scans passing vehicles 24/7 without interruption, accurately identifying hazardous signs such as tire overheating, brake overheating, abnormal cabin temperature rise, chassis heating, and tank overheating. It is unaffected by lights, haze, rain, or night, providing stable all-weather detection.

 

The system has built-in intelligent temperature algorithms that can capture subtle temperature changes in real time, automatically filter vehicles with abnormal high temperatures, provide real-time pop-up warnings, audio-visual prompts, and capture and retention, pushing operations and maintenance personnel immediately, enabling early detection, early warning, early interception, and early handling, preventing vehicle spontaneous combustion accidents at the source.

 

Adapted to the complex conditions of high-speed tunnels with high humidity, dust, and water leakage, the equipment has an IP67 strong protection rating, corrosion resistance, vibration resistance, moisture and waterproofing, and operates stably over the long term without fear of tunnel dampness or high summer sun. It also integrates electrical hazard monitoring capabilities, monitoring vehicle high temperatures while simultaneously monitoring overheating hazards of tunnel distribution cabinets, line joints, and fan lighting power supply equipment. This ensures dual protection for one vehicle, with both people and vehicles protected, balancing driving safety with tunnel electromechanical equipment.

 

The equipment is easy to deploy and highly compatible, supporting POE power supply and full-network remote transmission, seamlessly integrating with existing highway monitoring platforms and smart traffic management systems without large-scale modifications, enabling rapid deployment and networking, significantly reducing manual inspection pressure and operation and maintenance costs.