HomeCybersecurityM12696Evidence
Topic/Matter Intersection

Topic:"Cybersecurity" in M12696

Matter: NSP Maritime Link Inc. (NSPML) - Application to Review the Holdback Mechanism
3 passages 3 documents

Cybersecurity across all matters →

N-2NSPML (BW) RIRs 1-22 - Redacted 1 passage
2.0 Basic System Design Concept p. p. 95
2.0 Basic System Design Concept In overhead line design, reliability is determined by assigning a fixed return period to extreme climatic events, such as wind, ice, and combined wind and ice loads. This implies some expected failure rate d...

AI summary The section discusses reliability and security in power system design, emphasizing overhead line reliability through return periods for extreme weather and structural security measures like containment structures. It outlines BEPS planning criteria (N-1, N-2, N-1-1) and contrasts reliability (probabilistic) with security (deterministic) in power networks versus structural design.

N-4NSPML (IG) RIRs 1-26 - Redacted 1 passage
Security Arrangements Details p. p. 159
Security Arrangements Details Infrastructure security of Transmission System equipment and operations and control hardware and software is essential to ensure day-to-day Transmission System reliability and operational security. FERC will e...

AI summary FERC requires Transmission Providers and market participants to comply with infrastructure security recommendations from the President's Critical Infrastructure Protection Board and future best practices from the electric reliability authority, ensuring physical, operational, and cybersecurity standards for public utilities.

N-7Evidence - BW 1 passage
Section 254 p. pp. 21-22
dates designed to remedy non-critical software punch list items," verification of "several Supervisory Control and Data - Acquisition (SCADA) points to enable greater LIL visibility and control at the NSPML Application, page 17 line 25 to...

AI summary The text discusses software punch list items and SCADA points related to the Labrador Island Link (LIL), including the impact of bipole and monopole outages on transfer capability and NSPML's explanation of delivery performance relative to contract values.

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