This article examines the role of automation in modern power distribution systems as a critical solution for improving energy security, operational efficiency, and grid reliability. By automating transformers, MVD systems, LV panels, and PFC systems, utilities can minimize energy wastage, improve safety measures, and make their infrastructure more resilient. Informed by more than 15 years of professional experience and backed up by industry studies, this paper presents that automated expenditure for power distribution systems has the potential to decrease technical losses from 11%- 13% at present to below 5%, cut outage time over a span of up to 40\%, and reduce field safety accidents by more than 30%. Real-time data analytics and intelligent control algorithms can be easily implemented to quickly identify the problem area and take corrective action with little human intervention, leading to tangible enhanced operational performance and operator safety benefits. This technological progress aligns with federal efforts to modernize the grid and build climate- change resilience, confirming automation as a critical element in moving toward an energy future that is both secure and sustainable. Case studies of commercial applications and international projects demonstrate real-world implementations, tangible savings (such as 8-10% for the total annual energy), carbon emission, and operating cost reductions.
Richard Kudjo Akrong (Sat,) studied this question.