In indoor environments such as oil refineries and chemical workshops, satellite signals are easily obstructed, and traditional positioning solutions often face issues of insufficient accuracy and short battery life. The application of Bluetooth 5.0 technology provides an efficient solution for indoor positioning with ID badges.

Ultra-low Power Consumption Extends Battery Life

Compared to traditional Bluetooth, Bluetooth 5.0 reduces power consumption by over 50%. Coupled with the energy-saving algorithms of the positioning ID badge, it can achieve several months of battery life, avoiding frequent charging that could disrupt industrial operations.

Meter-level Accuracy for Indoor Adaptation

Through multi-beacon collaborative positioning and signal optimization technology, positioning accuracy can reach 1-3 meters, allowing for precise identification of personnel locations within factory shelves and equipment areas, meeting the personnel management needs of the oil and chemical industries.

Interference Resistance for Complex Environments

With strong anti-interference capabilities, it can withstand the effects of electromagnetic radiation from industrial equipment, maintaining stable positioning signal transmission even in complex electromagnetic environments such as power machine rooms and heavy industrial workshops.

Lightweight and Easy to Integrate

The technology module is compact and low-power, making it easy to integrate into ID badge terminals, and it supports interfacing with existing management systems of integrators, reducing the cost of implementation.

The technical advantages of Bluetooth 5.0 have been perfectly applied in the positioning ID badge products of Maiwei Intelligent, providing efficient and stable solutions for indoor personnel positioning across various industries, assisting integrators in creating one-stop terminal services.