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Limited space, higher efficiency components, and complex thermal management architecture are just a couple of the challenges that come with electrified working machines. Using Parker thermal management components which are perfectly coordinated, we can turn these challenges into opportunities for higher efficiency.
Stay ahead of the curve with electrification news!
With electric machine technology rapidly developing, optimizing thermal management has never been more important. Enhance your cost effectiveness by taking advantage of Parker's components and materials.
In our webinar Andreas Lengnowski discusses key challenges in thermal management, such as noise control and airflow resistance. He provides practical strategies to enhance the efficiency of mobile machinery, particularly in tight spaces.
Understanding thermal runaway in electric vehicles is essential for ensuring safety and reliability. Our article explores its causes and effects while highlighting effective thermal management solutions, like CoolTherm SC-309, to enhance battery performance and protect users.
In water-cooled systems for converters, motors, chargers, and batteries, you can configure the coolant distribution in series, parallel, or a hybrid of both. Each setup requires careful analysis of temperature curves to ensure all components receive the right cooling capacity. This is essential for maintaining optimal performance in different ambient conditions and power outputs.
