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News Abstract
By: PointLine Media Research & Editorial Team
Topic:Business,Health,Industry,Science & Environment
August 26, 2026
Researchers from the Harbin Institute of Technology have developed a single LiDAR system that performs both high-precision 3D mapping and real-time environmental monitoring. By processing signals from free space and optical fibers, the device tracks physical surroundings while simultaneously measuring internal conditions.
The system successfully demonstrated its capability to image targets up to 30 meters away with adjustable resolution. Simultaneously, it monitored battery-critical data, including temperature, electrolyte density, and gas levels, with high sensitivity.
This dual-function approach reduces the need for separate sensors, potentially lowering the complexity and cost of integrated monitoring platforms. The team published their findings in the journal Light: Science & Applications.
As electric vehicle adoption grows, safety remains a critical hurdle, particularly regarding battery thermal management. Traditional systems often rely on disjointed hardware to handle navigation-based imaging and internal safety diagnostics, which increases vehicle weight, cost, and electrical complexity.
Integrating these functions into a unified sensor architecture represents a move toward more efficient, compact, and reliable vehicle design. This shift addresses the industry's need for comprehensive, real-time data to prevent hazards like battery thermal runaway while maintaining the high-resolution perception required for autonomous driving.