2026-10-24 14:00:24
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The integration of China's noise monitoring equipment industry and new energy industry is deeply evolving in the mode of 'technology symbiosis, scenario co construction, and value co creation', becoming an important driving force for industrial upgrading under the dual carbon goal. In the field of wind power, AI acoustic imager and voiceprint monitoring system realize 7 × 24 hours remote diagnosis of fan blade cracks, bearing wear and other faults, save 3000 hours of man hours per year for a single station, reduce 60% of labor costs, and accurately locate the noise source to the millimeter level through the 'edge computing+cloud collaboration' architecture. In the energy storage scenario, the six in one integrated voiceprint monitoring module integrates multi-dimensional data such as sound, temperature, smoke, etc., reducing the response time of battery pack thermal runaway warning to seconds and achieving an alarm accuracy rate of 99.5%. In the field of new energy vehicles, mobile acoustic array trains and wind tunnel microphone arrays support vehicle NVH optimization, driving the market size of noise testing systems to exceed 1.2 billion yuan and increasing demand for mobile acoustic array trains by 160%. In photovoltaic and remote monitoring scenarios, the noise monitoring terminal powered by solar energy solves the problem of no mains power coverage, and is combined with MEMS microphones and Beidou positioning to build a distributed monitoring network. Integration has given rise to an integrated solution of 'noise monitoring+new energy power supply+intelligent analysis', which not only improves the safety and operation efficiency of new energy equipment, but also expands the market space of the noise monitoring industry. By 2024, the market size of related integrated products will increase by 45% year-on-year, becoming a new growth point in the intersection of environmental protection and energy.