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Topic/Matter Intersection

Topic:"Distribution" in M12841

Matter: Nova Scotia Power Inc. - CI C0083589 – IR751 Brooklyn Community Solar - $0 (U&U)2026 Q1 Capital Reports
5 passages 2 documents

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N-1CI C0083589 – IR751 Brooklyn Community Solar - $0 - Redacted 4 passages
Table 6: Voltage Limit Default Settings – from Table 10, CSA C22.3 No. 9 p. p. 17
Table 6: Voltage Limit Default Settings – from Table 10, CSA C22.3 No. 9 Function Voltage (% of nominal voltage) Clearing Time (sec) OV3 >120 0.16 OV2 > 110 2 OV1 > 106 120 UV1 < 88 10 UV2 < 45 0.16 Voltage ride-through performance require...

AI summary Table 6 outlines voltage limit default settings based on CSA C22.3 No. 9, specifying voltage thresholds and clearing times for various conditions. Inverter-based generation must meet voltage ride-through performance requirements as detailed in Table 7, ensuring continued connection to the distribution system within specified voltage-time ranges.

Table 8: Limits for Rapid Voltage Changes p. pp. 19-20
Table 8: Limits for Rapid Voltage Changes ΔV/ V (%) Occurrences 2.5% ≤ 1 time / hr 2.0% ≤ 5 times / hr 1.0% ≤ 50 times / hr 0.5% ≤ 500 times / hr Dynamic Voltage Changes must be ≤ 2.5%

AI summary Table 8 outlines the limits for rapid voltage changes in the distribution system, specifying maximum allowable voltage fluctuations and their frequency of occurrence.

4.15 Voltage & Current Distortion p. p. 20
4.15 Voltage & Current Distortion The harmonic current injection from the Generating Facility to the Distribution System measured at the POI shall not exceed the limits established by IEEE 519-2022. These limits are shown below in Table 9.

AI summary The harmonic current injection from the Generating Facility to the Distribution System at the Point of Interconnection must comply with IEEE 519-2022 limits, as outlined in Table 9.

REDACTED CI C0083589 Attachment 1 Page 18 of 40 REDACTED (CONFIDENTIAL INFORMATION REMOVED) p. p. 22
REDACTED CI C0083589 Attachment 1 Page 18 of 40 REDACTED (CONFIDENTIAL INFORMATION REMOVED) The short circuit levels at the Brooklyn Solar generator site at its Point of Interconnection from are shown in Table 10. The addition of the Solar...

AI summary The short circuit levels at the Brooklyn Solar generator site's Point of Interconnection remain within the minimum design limit of 194 MVA for the NSPI 12.47 kV distribution system, indicating that the addition of the Solar generators did not impact fault levels.

N-2NSPI (NSEB) RIR 1 to 7 - Redacted 1 passage
16 p. p. 8
16 Provision PDF Page # Article 5. Cost Responsibility, Milestones, Billing and Payment: Section 5.1.1 Cost Estimates 20 Article 5. Cost Responsibility, Milestones, Billing and Payment: Section 5.1.2 Interconnection Facilities 20 Article 5...

AI summary The text lists provisions from Article 5, focusing on cost responsibility, milestones, billing, and payment, including sections on cost estimates, interconnection facilities, and distribution upgrades. These are referenced on PDF page 20.

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