Design and Analysis of Light Weight Glass Fiber Composite Suspension Housing

In the pursuit of efficient power generation systems, the thermal management of electromagnet housings plays a critical role in ensuring operational stability and longevity. This study investigates the performance of composite glass fiber housing compared to conventional metallic housing for electromagnets used in power generation applications. Finite Element Analysis (FEA) was conducted using ANSYS software to evaluate structural integrity and thermal behavior under operating conditions. The results demonstrate that glass fiber housing exhibits superior thermal control, maintaining lower surface temperatures and reducing heat transfer compared to metal housing. This enhanced thermal resistance minimizes thermal stresses, thereby improving reliability and extending service life. Additionally, the lightweight nature of glass fiber composites contributes to reduced overall system weight without compromising mechanical strength. The findings highlight the potential of composite materials as a viable alternative to metals in electromagnet housing, offering improved thermal management, durability, and efficiency in modern power generation systems