BYD is undergoing a profound organizational reshaping, phasing out highly substitutable basic labor while simultaneously expanding its reserve of core technical talent.

Source: BYD Zhengzhou Mega-Factory

Deep Dive into the Drivers

To benefit from the NEV market’s explosive growth over the past five years, BYD underwent a massive expansion. However, as NEV penetration in China surpassed the 50% milestone in 2025, the entire automotive industry officially transitioned from a phase of high-speed “incremental growth” into a period of fierce competition in a saturated market. With profit margins squeezed drastically by ongoing price wars, extreme operational efficiency has become the only path to survival, forcing BYD to pivot to precise productivity management.

BYD’s leap in automation is the technical cornerstone of this workforce reduction. At BYD’s Zhengzhou Mega-Factory, automation levels have reached a staggering 97%. Processes that previously required hundreds of frontline workers are now managed by a handful of skilled technicians monitoring digital parameters. By integrating advanced industrial robotics across its core plants, BYD has achieved a labor replacement rate of over 30% on certain lines. This shift has not only multiplied efficiency but also effectively halved labor costs, marking BYD’s successful transition from a labor-intensive manufacturer to a technology-intensive automotive powerhouse.

Furthermore, the decentralization of global production capacity has accelerated the natural attrition of its domestic basic workforce. In 2025, BYD's overseas sales reached 1.05 million units, representing a 145% YoY increase. With new factories in Thailand, Brazil and other regions coming online, an increasing volume of vehicles is now being produced locally for overseas markets. This global shift in manufacturing capacity naturally lowers the production load on domestic export-oriented facilities.

The pressure to recover margins amid price wars, breakthroughs in automation technology and the strategic decentralization of global capacity have made this organizational adjustment an inevitable outcome.

Impact Analysis

BYD’s structural adjustment sends a clear industry signal – the era of relying on large-scale manual labor for capacity expansion has ended. In the next phase of the NEV market, the core competitive metrics for automakers have decisively shifted from “speed of capacity expansion” to “revenue per employee” and “factory automation rate”. Automakers that can generate higher output with less basic labor will hold the initiative in this highly competitive market.

As a market leader, BYD’s pivot serves as a significant bellwether. Given the profit erosion across the industry due to price wars, other automakers are expected to follow suit, adopting similar lean strategies to mitigate operational risks. This pursuit of organizational efficiency will accelerate the industry-wide transition toward smart manufacturing.

Simultaneously, while the demand for basic labor declines, the proportion of top-tier talent in core areas like chip manufacturing, battery R&D and autonomous driving will continue to rise. This indicates that automakers are shifting their focus from workforce scale to technical brainpower to ensure long-term technological leadership.

Analyst Take

From a strategic perspective, BYD’s move to optimize its workforce structure demonstrates strong foresight. The company is currently in a high-growth phase, with revenue and deliveries hitting record highs. This robust financial performance and overall growth provide a solid buffer for such deep organizational reshaping. By proactively addressing “growing revenue but shrinking profit” through structural optimization while the business is still strong, BYD can maintain a higher level of strategic initiative compared to forced layoffs during a downturn.

The old model of relying on massive labor for capacity expansion is over. Future success will hinge on “R&D depth” and “total factor productivity”. As factory automation reaches new heights, an automaker's core moat will be built on its talent pool in algorithms, chips and next-generation battery technology. In this new paradigm, revenue per employee will directly define the survival ceiling in a saturated market.

From a social perspective, the transition involving a workforce reduction of nearly 100,000 is a significant challenge. This requires not only corporate responsibility but also collaborative efforts from the government and society to build a comprehensive re-skilling ecosystem. As the new energy industry chain expands, emerging sectors like battery recycling and charging infrastructure maintenance are creating substantial job demand. Guiding this workforce from traditional assembly lines toward service-oriented roles in the new energy sector through targeted vocational training will be key to achieving both industrial upgrades and social stability.