One of the most intriguing aspects of electric utility customer analytics is the diversity of applications to which they can be applied. Common applications include load research for cost allocation and rate design support, the planning and evaluation of energy efficiency and demand response programs, load forecasting for system planning, and, increasingly, in broader distributed energy resource applications and grid management (e.g., conservation voltage regulation).
Voltage stability modeling is one application that may not be top of mind. In 2013, we kicked off a project sponsored by the U.S. Department of Energy to develop a framework for dynamically representing system load in New England. This work was motivated by NERC standard TPL-001-4 Requirement R2.4, which is to go into effect Jan. 1, 2016. The standard specifies that system peak and off-peak load representations, including the behavior of induction motors and other load components, be developed and updated once in five years for use in annual stability analysis assessments. …READ MORE
Protection of electronic information and intellectual property, along with a secure digital network, are essential for any modern organization to function safely in today’s electronic digital world. It seems like every day major news media outlets headline a form of cyber-attack on the infrastructure of some industry.
This is especially true for utilities, as they upgrade their systems with intelligent devices to increase operational efficiencies and awareness. With a growing dependency on computer based systems for their operations, cyber technology, and security has emerged as a major concern.
Potential threats make it more critical than ever that organizations protect cyber systems to prevent catastrophic interference with their operations. In particular, real-time monitoring and control network systems are considered critical to the economy, security, and quality of life of a nation. Government agencies and industry organizations are involved in developing standards and best practices to guide the protection of these critical cyber infrastructures. …READ MORE
Try to remember the last time you received a compliment. Take a second or two to think about it.
Now remember the last time you were criticized.
Which one was easier to remember? The compliment or the criticism? If you’re like most people, it was the criticism. Why? As humans, we experience a phenomenon called “negativity bias.” In simple terms, negativity bias means that you’re more likely to remember and focus on negative information than positive information. There are many theories for why we act like this; perhaps it was useful during our evolution to focus in on dangers and be able to address bad situations quickly. Regardless of the reasons, the negativity bias has multiple implications for every aspect of our lives, from our personal relationships to our professional lives. …READ MORE