On the technical front: intelligentization, digitization, and energy efficiency become the main drivers of upgrading
By 2025, power system testing equipment technology will advance deeply toward "high precision + intelligence + modularization." In the dynamometer sector, intelligent dynamometers integrating IoT technology will become mainstream. Equipped with high-precision sensors (accuracy up to ±0.05%) and AI simulation systems, they enable real-time data analysis and full-load condition simulation, reducing measurement error rates by 50%. Hydraulic dynamometers will focus on energy-saving upgrades, with modular designs adaptable to various power testing needs, achieving 15%-20% lower energy consumption than traditional products. Meanwhile, digital transformation will accelerate, with integrated "cloud-edge-end" testing platforms gradually being implemented to support remote testing and data sharing, shortening R&D cycles. Additionally, breakthroughs in domestic high-end equipment production will accelerate, as companies like Sany and CATL expand into high-end product lines. Specialized equipment for new energy testing scenarios—such as motor efficiency and battery thermal management—will become key technical development priorities. ​
Demand side: Dual drivers of new energy and regulatory upgrades
The demand structure will continue to tilt toward the new energy sector. In 2024, the global penetration rate of new energy vehicles will exceed 20%, driving a 32% year-on-year growth in testing demand for motors and electric drive systems. This growth rate is expected to remain above 30% in 2025, with the share of specialized new energy testing equipment projected to surpass 50%.  Although the traditional fuel vehicle market still accounts for 58%, stringent regulations such as Euro 7 and China's Phase VII are compelling companies to upgrade engine testing equipment, significantly raising requirements for emission and energy efficiency testing precision. This has spurred demand for high-dynamic-response dynamometers.  Downstream application scenarios are further expanding. Beyond automotive manufacturing, testing demand in sectors like aerospace, heavy machinery, and smart grids will grow at an annual rate of over 8%, with powertrain testing for commercial vehicles and new energy commercial vehicles emerging as new growth drivers.  Post-market demand remains stable, supported by the global stock of 1.5 billion vehicles, sustaining a steady annual growth rate of over 6% in repair and inspection equipment demand.