From October 26 to 28, the annual China International Agricultural Machinery Exhibition grandly opened at the National Exhibition and Convention Center (Tianjin). For China's agricultural machinery industry, this is not merely an industry event, but a collective showcase declaring to the world the industry's qualitative transformation.

Currently, domestic agricultural machinery manufacturers are accelerating their transition toward high-horsepower equipment, hybrid combine harvesters, electrification, and smart agriculture technologies. This round of structural change is profoundly reshaping the global agricultural machinery competitive landscape and dealing a major blow to traditional European and American manufacturers that have long dominated the market.

Before the wave of new energy agricultural machinery technology arrived, the core technological lifeline of high-horsepower tractors was long firmly controlled by foreign enterprises. There is a consensus in the industry: "In the tractor industry, it's all about the gearbox." High-horsepower models have high power and complex operating conditions, and must be equipped with multi-speed heavy-duty gearboxes; leading powershift products even have 40–50 gears. Take the wet multi-plate clutch, a core gearbox component, as an example: its electro-hydraulic control strategy, lubrication flow calculation and simulation, and friction plate material and structural design directly determine the smoothness of machine reversing and clutch service life. Such technologies are core trade secrets of each company, and domestic enterprises once could only look on and sigh.

But the situation is undergoing fundamental change. With the implementation of hybrid and electrification technologies, the industry can bypass the long-standing bottleneck of continuously variable transmission (CVT) systems in traditional high-horsepower agricultural machinery. As Wang Fengde, Secretary-General of the China Agricultural Machinery Industry Association, pointed out, hybrid agricultural machinery can achieve continuously variable speed regulation by using electric motors to drive the traveling system, escaping the dilemma of insufficient performance in high-horsepower agricultural machinery CVT systems and truly achieving "overtaking by changing lanes."

Policy support continues to intensify, injecting strong momentum into domestic agricultural machinery's lane-changing breakthrough. Jiangsu, Anhui, Xinjiang, and other regions have successively implemented special subsidy pilots: central financial subsidies for 200-horsepower and above four-wheel-drive hybrid tractors can reach RMB 175,000 per unit, and subsidies for hydro-mechanical CVT tractors can reach RMB 200,000 per unit. This tangible support effectively reduces the transition costs for OEMs and farmers and accelerates the market promotion of high-end domestic hybrid agricultural machinery. For the long term, the "15th Five-Year Plan for the Agricultural Machinery Industry" clearly sets the goals: by 2030, the localization rate of core components for high-end agricultural machinery should reach over 90%, with an industry revenue target of RMB 350 billion, building a modern agricultural machinery industrial system that is technologically advanced, independently controllable, green, efficient, and globally competitive.

At this year's Tianjin Agricultural Machinery Exhibition, PanGood Power unveiled multiple medium- and high-horsepower hybrid agricultural machinery solutions built on axial flux motor technology. Among them, the ICS480S-D hybrid power generation integrated machine adopts a series hybrid mode, fully leveraging the core advantages of axial flux motors: small size, light weight, and a wide high-efficiency range. The system assembly has an axial dimension of only 407 mm and a self-weight of only 385 kg; the motor can maintain an operating efficiency above 92.5% in over 92.5% of its operating conditions, deeply overlapping with the engine's high-efficiency range to achieve significant optimization of whole-machine fuel consumption and emissions.

Based on this platform-based technical architecture, PanGood Power also exhibited the ICS400S-D, ICS355S-D, ICS260S-D, and other series of hybrid power generation integrated machines, covering the supporting needs of medium- and high-horsepower agricultural machinery across different horsepower ranges.

For the power upgrade scenarios of small- and medium-sized agricultural machinery below 200 horsepower, PanGood Power introduced integrated power solutions such as the PDS160K, PDS140K, and PDS125K, supporting distributed drive for traveling and PTO. The traditional PTO output shaft can be eliminated; the motor has a built-in reduction ratio and can continue to use the original vehicle's powershift gearbox, requiring minimal chassis modification, lowering whole-machine retrofit costs, and improving adaptation efficiency.

For the electrification needs of various low-power loads on agricultural machinery, such as fans, water pumps, and hydraulic systems, PanGood Power also has complete solution delivery capability. The PDS2000 exhibited this time has a peak power of 2 kW and a whole-unit weight of only 7 kg. It can directly replace traditional hydraulic drive solutions, greatly improving load system response speed and energy efficiency, and supporting the electrification upgrade of agricultural machinery across the entire system, from main drive to auxiliary loads.

From the hybridization of high-horsepower main machines to the electrification of whole-machine auxiliary loads, PanGood Power, with its axial flux electric drive technology, closely follows the main development lines of domestic agricultural machinery: independent innovation, green development, and intelligent upgrading, deeply responding to the "15th Five-Year Plan" agricultural machinery industry development goals.

In the future, PanGood Power will continue to refine its platform-based electric drive products, join hands with domestic agricultural machinery OEM partners, continue to break through transmission technology barriers, and, with reliable, efficient, and easily adaptable power solutions, help domestic high-end agricultural machinery secure a firm foothold in the local market and step onto the global stage, contributing electric drive strength to consolidating the foundation of food security and building a globally competitive agricultural machinery industry.