Historically, distribution protection relied on coordination delays to trip the correct line during a fault. New technology now allows us to determine the location of a fault on a distribution feeder fast enough to actually influence protection decisions while the fault is happening. This gives us the opportunity to eliminate many of these delays and trip distribution systems faster and more effectively.
This webinar will discuss a new point-to-point digital substation solution that was designed with simplicity in mind—Time-Domain Link (TiDL) technology. Learn how a TiDL system works, how easy it is to deploy, and how troubleshooting is simplified.
With many utility IT departments driving their network infrastructure towards packet-based solutions, it has created the challenge of how to engineer Ethernet-based pilot channels to provide the determinism and latency required for protection. This webinar presents a technology approach for guaranteeing deterministic performance over Ethernet-based wide-area networks (WANs).
The amount of data that today's digital relays, recloser controls, and other power system devices collect is astounding. It is a daunting challenge to sift through the data to make sense of the trends, patterns, and behaviors. The key to big data is knowing how to organize it so that it becomes an advantage, rather than a hindrance.
This webinar will examine several common bus configurations, present appropriate protection schemes for each configuration, and analyze the protection scheme complexity, advantages, and disadvantages.
Organize, visualize, and optimize energy usage with data analysis tools. Apply easy-to-use system-level software reports to quickly identify trends and opportunities for improvement, enabling operators to take actions that decrease energy costs.
We will discuss applications of negative-sequence differential protection for lines and transformers, negative-sequence directional elements for turn-to-turn faults in reactors and stators, and protection principles for generator turn-to-turn faults.
The topics discussed will include the following: 1. Load-Shedding Systems 2. Generation-Shedding and Runback Systems 3. Remedial Action Systems
In this webinar, the presenter will review time-domain line protection elements and illustrate their operation performance using real-world faults and digital simulations.
The webinar will: - Explain the principles of traffic engineering and how primary and failover paths can be predetermined to guarantee less than 100 µs failover times. - Show how the deny-by-default architecture of SDN enables far more secure networks.
In this webinar, you will learn about the benefits of having fast and reliable arc-flash protection, as well as the pros and cons of different arc-flash detection methodologies.
In this webinar, the presenter will review a number of time-domain protection techniques, including directional elements, direct-tripping underreaching elements, and differential elements, that significantly speed up line protection.
In this webinar, we will address: • Bridging the gap between second, millisecond, and microsecond accuracies • Maintaining time accuracy by implementing best practices • Adding precise-time redundancy and mitigating GPS vulnerabilities.
The following list contains the topics that will be covered during the webinar: • NERC CIP-007-5 • NERC PRC-005-2 • RTAC Configuration
This webinar provides an overview of TWs and TW fault location capabilities in the SEL-411L and presents real-world field experiences using the SEL-411L.
In this webinar, you will learn about the benefits of having fast and reliable arc-flash protection, as well as the pros and cons of different arc-flash detection methodologies.