The important directions for China's 15th Five-Year Plan are gradually emerging. Words like next-generation information technology, new energy, new materials, smart connected cars, robots, biomedicine, advanced equipment, and aerospace are repeated. Keywords such as marine economy, low-altitude economy, smart driving, next-generation solar cells, new ESS, biomedicine, and smart robots are also attached.

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On the surface, it looks like a familiar list of policy industries. However, the core I see is slightly different. China is not currently developing individual industries one by one, but rather re-integrating AI, electric vehicles, space, communication, energy, and robots into a single national infrastructure.

5G-A, 6G, 10-gigabit optical communication networks, "East Data, West Computing" (동수서산), national integrated computing networks, satellite communication, navigation, and remote sensing systems, and low-earth orbit satellite internet all point in the same direction. This means creating more data, sending it faster, computing it cheaper, and connecting wider spaces.

From an investment perspective, there is one key sentence here.

More important than "what will be popular" in China's 15th Five-Year Plan is to see which bottlenecks China intends to resolve with national funds.

1. What China is fostering is not industries, but 'New Quality Productive Forces Infrastructure'

At the heart of this plan are new quality productive forces. The term may sound abstract, but from an investment perspective, there's no need to overcomplicate it. It means that the cost competitiveness of existing manufacturing is no longer sufficient, so new productivity will be created in high-value-added industries such as AI, robots, bio, space, communication, and energy.

The important point is that China no longer speaks separately in terms of "we will foster electric vehicles," "we will foster AI," or "we will foster the space industry." Instead, it is now bundling together batteries and charging networks for electric vehicles to operate, computing networks and optical communication networks for AI to operate, sensors, materials, and automation equipment for robots and smart factories to operate, and the aerospace supply chain for satellite internet.

In this trend, it is more important to look at bottleneck companies that are essential for the finished products to operate, rather than just focusing on finished product companies.

Here, $S688251 Hefei Jingsong Intelligent Technology should be viewed separately. While it is grouped with nuclear fusion in some lists, the company's main business is closer to AGV, AMR, intelligent warehouses, and smart factory automation rather than nuclear fusion devices themselves.

Therefore, it is safer to view this stock not as a direct beneficiary of nuclear fusion, but as an infrastructure provider for unmanned transport systems and smart logistics automation needed when large advanced manufacturing and experimental facilities increase.

2. Electric Vehicles: 'Battery Production Capacity' is Again Becoming the Bottleneck, More Than 'Demand'

Interesting changes are also visible in the electric vehicle sector. BYD Chairman Wang Chuanfu stated at the shareholders' meeting that this year's sales would be determined by battery production capacity. He explained that while market response to second-generation Blade batteries and ultra-fast charging technology is good, current battery production capacity cannot keep up with demand.

This implies that simply looking at finished vehicle sales is insufficient when analyzing the EV market. Now, we need to look at bottlenecks in batteries, charging, ESS, power semiconductors, and materials again.

The EV market had been suppressed by talk of "demand slowdown" for some time. However, recent data suggests it's not entirely collapsing. Tesla showed signs of recovering registrations in major European markets in May, and Hyundai Motor and Kia also saw record-high eco-friendly vehicle sales in the US. Coupled with rising oil prices and subsidy policies, consumers may have stronger reasons to choose EVs again.

Ultimately, the EV market is less about "the end" and more about a shift in its growth axis. While finished vehicle sales were once paramount, now battery production capacity, charging infrastructure, power grids, ESS, and materials are becoming more important.

BYD's statement, in particular, clearly illustrates this trend. The fact that sales are limited by battery production capacity, not a lack of demand, ultimately means the bottleneck is in batteries, not the finished vehicle assembly line.

3. Low-Altitude Economy and Commercial Space are China's 'Spatial Infrastructure' Expansion

Particularly noteworthy expressions in China's 15th Five-Year Plan are the low-altitude economy and commercial space. The low-altitude economy connects to drones, UAM, logistics, urban transportation, surveillance·surveying, agriculture, and disaster response. Commercial space connects to low-earth orbit satellite internet, satellite navigation, remote sensing, and national defense·industrial data.

These two can be viewed separately, but more broadly, both are industries that transform space into data infrastructure.

Drones fly in the sky, satellites observe the earth, UAM changes urban transportation, and all this data flows into AI computing networks. What is needed then is not just the aircraft. Communication modules, RF components, navigation equipment, optical communication, composite materials, batteries, motors, and power control components are all needed together.

This trend is too significant to be viewed as just a short-term theme. If China begins to push the low-altitude economy and commercial space as national infrastructure, the actual benefits could appear for longer in components, materials, communication, and power systems rather than finished product manufacturers.

However, there are also points to note. The low-altitude economy and commercial space are areas with strong policy expectations. Regulations, safety certifications, urban infrastructure, and actual flight data must follow. Therefore, for now, it is appropriate to view them as policy options rather than performance stocks.

4. Quantum, BCI, Embodied AI: 'Validation Platforms' are More Important Than Revenue For Now

Quantum technology, brain-computer interface (BCI), Embodied AI, and 6G are all classified as future industries. What needs to be careful about here is that these industries are not yet at a stage where they generate significant revenue immediately.

However, the point where China states it will build future industry research centers and validation platforms is important. If technology remains only in laboratories, it is not an industry, but if validation platforms emerge, companies have opportunities to supply equipment, provide components, and preempt early standards.

In this area, there are things to look at before large revenues. These include selection for government projects, participation in research centers, supply to validation platforms, and participation in standardization. If these four are confirmed, simple theme stocks can be distinguished from actual supply chain companies.

In particular, BCI and Embodied AI connect with robots, sensors, medical devices, rehabilitation equipment, and smart factories. Ultimately, to connect the human brain with machines, or robots with the physical world, precision sensors, control systems, data processing, and manufacturing automation are all needed together.

From this perspective, a company like $S688251 Hefei Jingsong Intelligent Technology is more naturally seen as a candidate for automation infrastructure needed to implement future industries in manufacturing sites, rather than "the protagonist of future industries."

5. Electronic Skin and New Materials are Common Bottlenecks for Robots, BCI, and Power Equipment

Material companies such as electronic skin, composite materials, fiberglass, quartz, and infrared sensors should also be considered. While they may seem somewhat scattered at first, these are foundational materials that commonly appear in robots, BCI, power equipment, aerospace, and EV lightweighting.

For example, if robots are to perceive external stimuli like humans, sensors and electronic skin are needed. UAM and aerospace require lightweight and strong composite materials. Power equipment and semiconductor devices require special materials with good insulation, heat resistance, and durability.

What makes these companies interesting is that they are not tied to just one specific theme. As electric vehicles, robots, aerospace, power grids, and semiconductor equipment all advance simultaneously, the requirements for materials also increase.

Therefore, new materials can be seen not as simple component stocks, but as a common bottleneck through which multiple future industries simultaneously pass.

Summary from an Investment Perspective

Bringing this trend together, there are three main points.

First, China's 15th Five-Year Plan is not a plan that views AI, communication, space, electric vehicles, robots, and energy separately. All are bundled into a single direction: new quality productive forces infrastructure.

Second, the electric vehicle market is showing signs of revival. Tesla's European sales recovery, global EV sales growth, and Hyundai Motor·Kia's increased eco-friendly vehicle sales in the US are occurring simultaneously. The issue now is not simply demand, but batteries, charging, power grids, and ESS.

Third, Chinese policy beneficiaries may be more interesting in companies closer to the bottleneck than finished products. This means looking at satellite communication components rather than just one satellite, motors·RF·batteries rather than just one UAM, and battery production capacity and charging infrastructure rather than just one electric vehicle.

Personal Investment Notes

What to look for in China's 15th Five-Year Plan is not simply "which industries will receive policy benefits." The more important question is this:

Which bottlenecks does China intend to resolve at the national level over the next five years?

The answer seems relatively clear: computing networks for AI, optical communication networks for data, satellite networks for connecting space, batteries and charging infrastructure for electric vehicles, and sensors·materials·validation platforms for robots and BCI.

Therefore, this trend is closer to a structural bottleneck than a short-term theme. However, policy themes always see expectations move first, and performance follows later. Rather than immediate buying, it seems appropriate to focus interest during corrections on companies where actual project orders and revenue connections are confirmed.

From this perspective, the stock groups to continue watching are $H01211 BYD, $TSLA, $K005380 Hyundai Motor, $K000270 Kia, $S300750 CATL, $S600118 China Satellite, $S300502 Eoptolink Technology, $S688027 QuantumCTek, $S600580 Wolong Electric, $S688251 Hefei Jingsong Intelligent Technology, and $S002080 Sinoma Science & Technology.

A good company and a good price are different. However, it is definitely necessary to observe which bottlenecks China is pushing as a national strategy.