Centralized Protection and Control (CPC) systems represent a significant advancement in the management and safeguarding of electrical substations. By consolidating protection and control functionalities into centralized units, these systems enhance operational efficiency, improve system reliability, and streamline maintenance efforts.

By leveraging cutting-edge sensors, communication systems, and data analytics, utilities can now effectively monitor and manage overhead power lines to ensure reliability and safety. Real-time monitoring capabilities enable the early detection and mitigation of issues such as galloping and vibration, safeguarding against structural failures and outages.

Facility managers are now required to create and carry out an effective electrical maintenance plan, but it can be an overwhelming task without the proper guidance. In this article, we will try to shed some light on effective maintenance practices and how you can get started right now with creating a plan for your facility.

Transformers are indispensable components of our electrical infrastructure, ensuring the smooth flow of electricity across power systems. However, their reliable operation hinges on their ability to withstand various environmental and operational challenges.

Thermography inspections have continuously been proven effective in identifying various hazardous situations in electrical distribution systems. By diagnosing issues accurately and taking prompt corrective action, significant losses due to equipment damage and company downtime can be prevented.

The industrial cyber threat landscape has irreversibly shifted this past year after numerous high profile attacks on the electrical grid caused millions of dollars in damages and left tens of thousands of people without power for several days. As a result, heightened attention is required to prioritize physical security and industrial networks with a focus on secure data protocols.

Careful planning and design is crucial for ensuring that electrical maintenance work can be performed without the need for load interruptions. This allows some parts of an electrical distribution system to remain energized while maintenance is being performed, resulting in minimal disruption to the power supply and a reduction in downtime.

The amount of electrical load crypto miners are expected to add to the Texas grid over the next four years represents nearly a third of its current maximum capacity. Nearly 10 mining operations have been connected so far and consume more than 27 gigawatts of load.