What can occur as a result of system overloading in traction technology?

In traction technology, system overloading leads to a variety of detrimental effects on performance and reliability. When a system is overloaded, the demands on various components increase beyond their designed capacity. This can result in decreased performance, as the system struggles to manage the excess load. For instance, motors and propulsion systems may become less efficient, leading to slower acceleration and reduced overall operational capacity.

Moreover, the increased stress on components can accelerate wear and tear. For example, mechanical parts can experience more friction and heat generation, which can ultimately lead to premature failures. Additionally, electrical components may be subjected to greater currents than they can safely handle, resulting in overheating or damage.

The culmination of these issues can lead to system failure, where components may need to be replaced or repaired, potentially causing downtime and increased maintenance costs. Thus, the correct answer highlights the negative consequences of overloading in traction systems, emphasizing the importance of operating within specified limits to ensure efficiency and reliability.