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GGB

E-Mobility

Design engineers face numerous challenges when designing electric vehicles (EVs) and e-mobility vehicles. These include managing power and battery efficiency, reducing vehicle weight without sacrificing performance or safety, and maintaining thermal management for the motor and battery systems. With the need for energy-efficient components, compact designs, and compliance with stringent regulatory standards, engineers must balance innovation with practicality. Additionally, durability and longevity are essential for these vehicles to perform reliably over long periods, all while minimizing the total cost of ownership. Integrating advanced technologies such as autonomous driving systems further complicates the design process, as does ensuring that the vehicle remains cost-effective and easy to maintain.

 

GGB’s advanced bearing and coating solutions address these challenges head-on. Our self-lubricating bearings reduce friction, enhancing energy efficiency while supporting the lightweight, compact design requirements for electric and e-mobility vehicles. GGB bearings are designed to withstand high loads and temperature extremes, providing long-lasting durability and minimal maintenance needs—essential for electric motors and battery systems. With corrosion-resistant coatings and precision engineering, our solutions help meet strict regulatory standards while ensuring the vehicle performs reliably over time. GGB’s commitment to innovation and performance ensures that design engineers can meet the demanding needs of the rapidly evolving EV and e-mobility markets.

E-Mobility Applications:

  • Electric Vehicles (EV)
  • Electric Golf Carts
  • Electric Trucks (Class 8)
  • Electric Bicycle (E-Bike)
  • Electric Scooter
  • Electric Fleet Vehicles
  • eVTOLs (Electric Vertical Take Off and Landing)
  • Electric Mining Equipment
  • Electric Construction Vehicles
  • Electric Tractors

GGB Advantage

Battery and Power Management
To address challenges in battery and power management, GGB bearings and coatings contribute to energy efficiency by reducing friction in motors and other critical components. Our self-lubricating solutions minimize wear and enhance system reliability, improving the distribution and efficiency of power from batteries. This allows for optimized range and charging times, helping to overcome the limitations in battery technology.

Weight Reduction
GGB’s lightweight bearing and coating solutions are designed to help engineers reduce the overall weight of EVs without compromising on strength or safety. Using high-performance materials and precision engineering, our bearings contribute to weight reduction efforts across various components, thereby improving driving range and energy efficiency, without sacrificing durability or structural integrity.

Thermal Management
GGB bearings and coatings are designed to withstand extreme temperatures and thermal fluctuations. Our solutions maintain performance under high power demands, absorbing heat generated by electric motors and batteries, ensuring the longevity and efficiency of critical vehicle components, and reducing the risk of overheating in harsh driving conditions or extreme weather.

Energy Efficiency
GGB’s low-friction, self-lubricating bearing and coatings solutions are engineered to improve energy efficiency. By minimizing friction in the drivetrain and moving parts, our bearings reduce energy losses, ensuring optimized performance and maximizing driving range. This contributes to the overall energy efficiency of the vehicle, from motor operation to smoother transitions during use.

Compact Design Constraints
GGB offers compact, high-performance bearing and coating solutions that fit into tight spaces within urban e-mobility vehicles and other electric vehicles. Our products help engineers meet the design challenges of minimizing the vehicle’s size while maintaining maximum performance, ensuring safety and efficiency in constrained spaces without compromising durability.

Regulatory Compliance
Our bearings and coatings are built to meet global safety, environmental, and noise regulations. GGB’s corrosion-resistant and low-friction materials not only contribute to sustainable energy use but also help reduce emissions and noise levels, ensuring that electric vehicles comply with stringent regulatory standards for the global market.

Integration of Advanced Technologies
As electric vehicles incorporate advanced technologies like autonomous driving, sensors, and connectivity, GGB’s precision-engineered surface solutions provide the reliability and performance necessary for these critical systems. Our high-quality bearings ensure seamless integration with new technologies, maintaining the vehicle’s safety, efficiency, and functionality.