Which of the following is not a benefit of proper load distribution?

Proper load distribution in electrical systems has several benefits that support optimal system performance and longevity. One notable benefit is improved reliability of systems. When loads are evenly distributed, it minimizes the risk of overload on any single circuit, which can lead to tripping and failures. This ensures that systems operate within their designed parameters, enhancing their overall reliability.

Another advantage is reduced maintenance needs. When loads are appropriately balanced, the wear and tear on electrical components is lessened, which can prolong the life of equipment and lead to fewer interruptions that require maintenance.

Increased load capacity of circuits is also a benefit of proper load distribution. By distributing the load effectively, circuits can handle higher amounts of current without exceeding their limits, preventing overheating and potential damage.

On the other hand, higher initial installation costs do not contribute positively to the concept of load distribution but rather highlight a potential downside. While proper load distribution may involve careful planning and possibly more extensive installations initially, it ultimately leads to ongoing cost savings and benefits throughout the system's life cycle. Therefore, it does not belong to the list of benefits related to load distribution.