Development Trends of Container Trackers in International Transportation
With the rapid growth of the global logistics industry, container trackers, as critical auxiliary devices in the transportation sector, are being widely adopted in ports, freight companies, and logistics management systems. Their core function is to provide real-time tracking of container locations, deliver precise transportation data, and optimize operational efficiency. However, in extreme environments—particularly under low-temperature conditions—the performance of container trackers often faces significant challenges, which has become one of the key technical bottlenecks in the industry. As the primary energy supply component, the choice of capacitor is crucial. Lithium-ion supercapacitors, with their low-temperature resistance, rapid charge/discharge capabilities, high energy density, and material safety, have replaced traditional batteries as the optimal solution.
01 Technical Challenges of Container Trackers
Current container trackers relying on traditional battery technology encounter the following issues:
Poor Low-Temperature Performance: Conventional batteries experience severe capacity degradation in cold environments, failing to sustain continuous device operation.
Limited Lifespan: Frequent charge/discharge cycles shorten battery life, increasing maintenance costs.
Safety Risks: Certain battery materials may overheat or leak under extreme conditions, jeopardizing transportation safety.
To address these challenges, YMIN (Shanghai Yongming Electronics Co., Ltd.) has introduced a 3.8V lithium-ion supercapacitor, specifically designed for -40°C environments. It ensures extended endurance and stable operation for container trackers while eliminating explosion and fire risks, providing reliable protection for cargo safety.
02 YMIN’s Solution: 3.8V Lithium-Ion Supercapacitor
YMIN’s lithium-ion supercapacitor stands out as the ideal energy solution for container trackers, offering the following advantages:
Exceptional Low-Temperature Performance: Operates reliably across a wide temperature range (-20°C to +85°C), with stable functionality even in extreme cold (-40°C).
Ultra-Long Cycle Life: Exceeds 100,000 charge/discharge cycles, significantly reducing maintenance costs and enabling long-term, fault-free operation.
High Capacity & Rapid Charge/Discharge: Flexible design meets high-power demands, enhancing device responsiveness.
Low Self-Discharge Rate: Retains sufficient charge even during prolonged standby, minimizing replacement frequency.
Safety & Eco-Friendliness: Engineered with non-hazardous materials, eliminating risks of explosions or fires.
Selection Recommendation
Summary
YMIN’s 3.8V lithium-ion supercapacitor delivers a comprehensive energy solution for container trackers, featuring outstanding low-temperature resilience (-40°C), an ultra-long cycle life (100,000 cycles), high energy density, and rapid charge/discharge capabilities. Its safety and environmental benefits not only mitigate fire hazards but also enhance device endurance, empowering global logistics to operate efficiently in extreme conditions and setting new industry benchmarks.
The post YMIN 3.8V Lithium-Ion Supercapacitor: The Optimal Solution to Overcome Low-Temperature Endurance Challenges in Container Trackers appeared first on IoT Business News.
