China's intelligent manufacturing goes global, leading to structural growth in electronic components

Recently, China's intelligent manufacturing industry is triggering a structural breakthrough in the global market. From Midea air conditioning becoming a summer necessity in Europe, to overseas orders from Changzhou transformer companies being scheduled until the second half of 2027, to domestic industrial robots being exported in bulk overseas, and integrated circuits reaching the top of China's largest export products - home appliances, power equipment, automation equipment, and semiconductor terminals - the four major tracks are synchronously going global. Downstream orders for complete machines continue to increase, and this wave has clearly spread to the upstream electronic components field. Unlike previous general price increases, this round of demand has distinct structural characteristics: the market no longer simply pursues universal production capacity, but prefers domestically produced components that are compatible with overseas energy efficiency standards, wide voltage operating conditions, industrial grade reliability, and miniaturized integration solutions. The global layout of whole machine brands is reshaping the supply and demand pattern and procurement logic from the bottom, opening a real incremental window for component companies with scene customization capabilities.

Taking HVAC appliances and power equipment as an example, the normalization of extreme high temperatures in Europe has driven up the demand for variable frequency air conditioning and heat pumps. In the first half of the year, exports of air conditioning to the European Union have increased significantly, and domestic brands such as Midea have continued to sell well in Germany, Spain, and France, directly driving up categories such as IGBT, MCU, power management chips, power inductors, electrolytic capacitors, relays, and temperature control sensors; The EU's energy efficiency and environmental regulations are increasingly tightening, which forces the use of high-temperature resistant, low loss, and safety compliant components for the entire machine, highlighting the advantages of passive component and power semiconductor manufacturers with matching capabilities. At the same time, the upgrading of the global power grid and the development of AI computing infrastructure have created a huge shortage of power equipment. Overseas orders for transformers in Changzhou have been scheduled until the second half of 2027, and it has become normal for overseas buyers to lock in production capacity in their factory areas. The demand for upstream magnetic components, high-voltage film capacitors, rectifier diodes, insulation devices, and high-frequency inductors continues to be tight, and the purchase of high-frequency, low loss magnetic cores and power devices for special transformers in overseas data centers has been further promoted. The domestic transformer industry relies on the Yangtze River Delta to improve supporting facilities and achieve rapid delivery, while local component suppliers are deeply bound to the export industry chain with nearby supporting facilities. Together, the two form an important support for power electronics going global.

The industrial automation and integrated circuit tracks exhibit higher-order synergistic effects. The domestically produced "Robot Tiantuan" continues to gain popularity overseas, with steady increases in exports of industrial robotic arms, mobile robots, and commercial automation equipment. The core servo drive chips, encoders, industrial connectors, 3D vision sensors, and precision resistors and capacitors are experiencing growth. The industrial scene has strict requirements for anti-interference, bandwidth, and long-term stability, and high-end encoders and sensors still rely on imports, which is also a key breakthrough direction for domestic manufacturers. On the other hand, integrated circuits have risen to become the largest export item in China, and the massive export of chips has formed a two-way linkage of "chip+whole machine" going global. Whether it is home appliance controllers, industrial control drivers, or robot processors, the large-scale export of chips drives the supporting crystal oscillators MLCC、 The coordinated growth of interface devices and filtering components, the joint global expansion of terminal machines and local chips, promotes upstream and downstream collaborative development, and accelerates the independent matching of the entire chain. These two fields are mutually driven, and the intelligence of robots cannot be achieved without high computing power chips. Chips are also accelerating their landing through the whole machine channel when going global, and the role of domestic components is shifting from "following the matching" to "joint definition".

Although the opportunities are great, the challenges cannot be ignored. The current demand is significantly differentiated, and the competition in the general electronic components field is intensifying. Only enterprises with scene customization and development capabilities are more likely to win overseas orders; The entry threshold for overseas markets continues to rise, and environmental protection, electrical safety, and energy efficiency certifications have raised higher requirements for component compliance; The extended order cycle for downstream complete machines has brought sustained pressure to capacity planning, inventory allocation, and cross-border delivery. This means that component companies cannot only focus on short-term volume expansion, but also need to lay out in advance in product definition, certification reserves, and supply chain flexibility in order to truly undertake this round of overseas dividends.

From the perspective of the industry cycle, this round of China's intelligent manufacturing terminal going global is not a short-term trend, but a long-term trend of manufacturing branding and globalization. In the past, domestic component manufacturers mainly served the local market. Now, with the whole machine brand going abroad, they are ushering in a golden window to enter the global supply chain. For the original factory, it can anchor the three high prosperity downstream industries of household appliance frequency conversion, industrial control power, and industrial automation, and develop standardized devices and customized solutions that are suitable for overseas working conditions; For distribution channels, it is necessary to connect the resources of machine manufacturers and solution providers, and focus on the layout of spot goods and supply chain services in the overseas terminal track; For the procurement side, it is necessary to lock in the scarce production capacity of power devices, magnetic components, and industrial sensors in advance to cope with the risk of long lead times. In the long run, the export of complete machines and the domestic substitution of components will form a two-way positive cycle. Terminal brands will firmly establish themselves globally and continue to drive upstream volume, while the performance improvement of domestic components will further enhance the competitiveness of complete machines. In the context of global supply chain restructuring, seizing the current window is a key step in opening up the overseas growth curve.