3 Phase Associates supports UTC’s College of Engineering and Computer Science
3D CAD Modeling Substation Design
Substations can be modelled in three-dimensions, allowing customers to see full scale in isometric views, or any views relative to positioning that they would not have had before with traditional 2D designs. Proper construction of electrical equipment in most 3D software also allows for efficient go-by production, as elements can be plugged in or removed in minutes, and entire substations can be remodeled according to revisions or to create whole new designs.
The ability to change the virtual materials of 3D models also allows for consistent and accurate representation of the substation. Instead of having a matte, grey mass in the shape of a transformer, circuit breaker, switches, concrete foundations, steel structures, insulators, and copper connection points can be expressed with proper physical dimensions of density, mass, etc., and includes appropriate colors that anyone who observes real-life substations can recognize.
The CHIPS and Science Act Will Increase Demand for Engineers
“The $52 billion spending plan outlined in the CHIPS and Science Act that has been signed into law has significant implications for the semiconductor ecosystem—from chip manufacturers to engineers and production teams.
EE Times asked two design engineers to weigh in on the implications of the Act for engineers in the U.S., in the short and long term. Will it simply help return the design engineering process to status quo pre-2020? Or are there greater changes afoot that will drive a significant shakeup of the semiconductor design and manufacturing process? The answer lies somewhere in between.”
DOE: Distributed Energy Resources Need to Be Designed with Cybersecurity Protection
Distributed Energy Resources (DERs) present major obstacles in grid reliability and protection against cyberattacks and threats. DOE states “they should be designed with security as a ‘core component.’
An attack on distributed solar or battery storage resources would have ‘negligible impact’ on grid reliability today, DOE said, but the capacity of DERs on the electric system is expected to quadruple by 2025 and the agency warned that each of those systems could be hacked.”
CHI Memorial Is Recovering from a Ransomeware Attack
By the Chattanoogan: “Officials of CHI Memorial said their parent company has engaged cybersecurity experts and is working with law enforcement on a costly computer hack.
Sonia Moss, marketing manager, said, “Upon discovering the ransomware attack, CommonSpirit took immediate steps to protect our systems, contain the incident, begin an investigation, and ensure continuity of care. Patients continue to receive the highest quality of care, and we are providing relevant updates on the ongoing situation to our patients, employees and caregivers.”
National Cybersecurity Awareness Month (October)
By NERC: “WASHINGTON, D.C. – October is Cyber Security Awareness Month, which highlights some of the emerging challenges in the world of cybersecurity. NERC’s Electricity Information Sharing and Analysis Center (E-ISAC) is supporting the campaign as a Cyber Security Awareness Month champion. This year’s theme, “See Yourself in Cyber,” focuses on four primary best practices: enabling multi-factor authentication; using strong passwords and a password manager; updating software; and recognizing and reporting phishing.”
“This year’s campaign is very timely as evidenced by the recent spate of high-profile hacks that often start with credential theft,” said Manny Cancel, NERC’s senior vice president and CEO of the E-ISAC. “It demonstrates the importance of organizations having strong information technology protocols and procedures in place combined with a need for employee training and awareness. NERC and the E-ISAC support a month focused on raising awareness of cyber security, which coincides with our annual grid security conference GridSecCon, cohosted with ReliabilityFirst this year.”
“With rising cybersecurity threats to the United States energy infrastructure and the reliability of the bulk power system, the need for shared heightened vigilance cannot be underestimated. The E-ISAC continues to collaborate, coordinate and communicate with industry stakeholders and government partners to collectively enhance the cybersecurity posture of the North American grid. The E-ISAC encourages its members to practice good cyber hygiene and always maintain a Shields Up posture. Good practices across both information technology and operational technology networks include: applying security patches as soon as possible, maintaining strict access management, baselining systems, encouraging strong passwords and multi-factor authentication and sharing cyber incident information with the E-ISAC. And, finally, E-ISAC stakeholders who are not yet members are encouraged to join find out more information at www.eisac.com.”