- HI-LEX Hungary expands production to support BMW EV manufacturing in Debrecen
- Investment includes new infrastructure, automation, and renewable energy integration
The Hungarian Investment Promotion Agency confirmed that HI-LEX Hungary Kft, part of the global HI-LEX Corporation, is strengthening its manufacturing footprint to support electric vehicle production. The expansion focuses on supplying advanced door modules for BMW’s EV operations in Debrecen, reinforcing Hungary’s growing role in the European electrified mobility ecosystem.
Investment Scope and Production Expansion
The development involves an investment of approximately EUR 6.33 million, aimed at enhancing production capabilities and efficiency. This initiative is expected to create around 30 new jobs while integrating a proprietary European Hi-Lex technology tailored specifically for BMW’s electric vehicle program. The move aligns with increasing demand for high-quality automotive components in EV platforms.
Infrastructure and Technology Upgrades
The Retság facility has been upgraded with a newly constructed 2,000-square-meter production hall. Key additions include a rooftop solar power system with a capacity of 0.49 MW, supporting sustainable manufacturing operations. The facility also incorporates advanced equipment such as two 1500-ton injection molding machines and a semi-automated production line to boost output precision and efficiency.
Modernization of Operations
Alongside production enhancements, the plant has undergone significant modernization in material handling, packaging systems, and measurement technologies. Updated IT infrastructure ensures better process control and quality monitoring. These improvements position the facility as a competitive supplier within the European EV supply chain, particularly for Hungary-based automotive manufacturing hubs.
This expansion reflects a broader trend of suppliers scaling capabilities to meet the evolving requirements of electric vehicle production while integrating automation and sustainability into core operations.
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