BatelBatel combines strong engineering capabilities with advanced manufacturing expertise to deliver reliable medium-voltage switching solutions. From design and simulation to production and validation, every stage of development is supported by state-of-the-art technologies and in-house know-how. Core competencies include 1D, 2D, and 3D modeling; flow, structural, and electromagnetic analyses; APG epoxy injection molding; vacuum brazing; precision machining; and robotic welding. These capabilities position Batel not only as a manufacturer, but as an engineering partner driving innovation and shaping the future of power distribution. Batel not just a manufacturer, but an engineering partner that develops technology and shapes the future.
What began with low-oil circuit breaker technology in 1972 has evolved through successive milestones in SF₆ and vacuum switching technologies, culminating in Batel's next generation of SF₆-free solutions. The introduction of vacuum interrupter technology in 2009 further strengthened the company's engineering expertise, paving the way for more sustainable innovations.
Today, drawing on more than five decades of experience, Batel continues to advance the future of power distribution through technologies that combine reliability, performance, and environmental responsibility.
Ar-To Ge R&D Investment and Future Focus
In 2024, Batel invested USD 2.5 million in research and development to advance safer, smarter, and more sustainable power distribution technologies.
This commitment has positioned Batel among the few manufacturers worldwide developing SF₆-free vacuum load break switch technology, reinforcing its role as a pioneer in the transition toward cleaner energy solutions.
SF6 Free Vacuum Load Separator we developed our technology.
Advanced sheet metal processing and robotic welding technologies enhance the precision, consistency, and efficiency of Batel's manufacturing operations. By combining automation with engineering expertise, production processes are optimized to deliver the highest standards of quality and reliability.
Batel applies APG (Automatic Pressure Gelation) technology in the production of both indoor and outdoor epoxy insulation components. This highly controlled manufacturing process ensures exceptional dimensional accuracy, mechanical strength, and long-term reliability, enabling products that consistently meet the highest international quality standards.
Advanced CAM and CNC machining technologies play a critical role in the production of epoxy molds, enabling the manufacture of high-precision components with exceptional consistency. This capability enhances manufacturing accuracy, supports continuous quality improvement, and contributes to the overall reliability of Batel's products.
Batel's electronic design and analysis capabilities enable the development of intelligent, future-ready solutions tailored to the evolving requirements of modern power networks. By integrating advanced control and monitoring technologies, products are designed to deliver reliability, flexibility, and seamless grid compatibility.
BYDP (Batel BYDP (Batel Green Transformation Program)
Development is viewed not only as technological advancement, but also as a responsibility to use resources efficiently and design durable, future-ready solutions. Every project is guided by the BATEL Strategic Technology Roadmap, taking into account global trends, climate commitments, and the evolving needs of the energy sector.
By integrating sustainability into innovation, Batel contributes to a more resilient energy future while creating lasting value for society.