The 17th International Automotive Powertrain Technology Congress (TMC2025)

Against the backdrop of rapid advancement of new energy technologies across the global automotive industry, the TMC2025 International Annual Conference on Automotive Powertrain Technology was grandly held in Zhuhai. Centering on the application of electromagnetic coupling technology in new energy transmission systems, especially the innovative R&D of electromagnetic clutches, the conference drew extensive attention from the whole industry. Multiple specialists shared the remarkable strengths of electromagnetic clutches in lightweight design, low energy consumption and cost control during the event, demonstrating the huge potential of this technology for the future development of new energy vehicles.

Technological Breakthroughs of Electromagnetic Clutches

As a critical component of new energy transmission systems, electromagnetic clutches feature lightweight structure, low power consumption, easy control and low cost. Researches indicate that adopting electromagnetic clutches can effectively reduce system weight and cut costs, with an estimated 10% to 30% drop in overall system expenses. The development of this technology covered multiple phases including modeling and simulation analysis, vehicle functional verification and reliability testing, guaranteeing its adaptability to various application scenarios.

Industry Demand and Market Outlook

Driven by the booming new energy vehicle market, diversified hybrid power systems have become an industrial trend. Nevertheless, complicated structures and high costs have hindered the large-scale popularization of such technologies. The launch of electromagnetic clutches arrives at the right moment: they simplify hydraulic systems, shorten development cycles and improve overall vehicle performance. Notably, research results of electromagnetically controlled overrunning clutches reflect a 60% improvement in response speed and superior NVH performance. Vehicle tests have verified its promising application prospects in low-altitude sectors such as eVTOLs, unmanned aerial vehicles and flying cars.