Topic:"System Reliability" in M12499

Proposed Approach for the 2025/26 TVP Season In light of current operational and system constraints, the Company has identified two feasible paths for the 2025/26 TVP Season: Option A – maintain TVP Tariffs with suspended on-peak and criti...

AI summary Nova Scotia Power proposes maintaining the Time-of-Use Tariff Program (TVP) for the 2025/26 season by suspending on-peak and critical peak event billing due to system limitations, rather than fully pausing the program, which would cause administrative and customer experience disruptions.

SPECIAL CONDITIONS - (1) Metering will normally be at the low voltage side of the transformer. Should the customer's requirements make it necessary for the Company to provide primary metering, then the customer will be required to make a c...

AI summary The document outlines special conditions for metering and service provisions, including capital contributions for primary metering, customer responsibility for non-standard services, and requirements to maintain power supply integrity through load management and system reliability considerations.

SPECIAL CONDITIONS - (1) Metering will normally be at the low voltage side of the transformer. Should the customer's requirements make it necessary for the Company to provide primary metering, then the customer will be required to make a c...

AI summary The special conditions outline requirements for metering, service provisions, load integrity, and system reliability. Customers may be required to make capital contributions for primary metering and ensure their load does not negatively impact the power supply system. Factors such as reliability, harmonic levels, and voltage stability are considered in assessing system integrity.

SPECIAL CONDITIONS - (1) Metering will normally be at the low voltage side of the transformer. Should the customer's requirements make it necessary for the Company to provide primary metering, then the customer will be required to make a c...

AI summary Special conditions for metering and service provisions are outlined, including capital contributions for primary metering, customer responsibility for transformers, and requirements to maintain power supply integrity. Factors affecting system integrity, such as reliability and harmonic levels, are also addressed.

GENERAL TIME OF USE TARIFF Page 4 of 4 (4) In assessing issues which might unduly affect the integrity of the power supply system the following would be considered: reliability, harmonic voltage and current levels, voltage flicker, unbalan...

AI summary The document outlines considerations for assessing issues that could affect the integrity of the power supply system, including reliability, harmonic voltage and current levels, voltage flicker, unbalance, rate of change in load levels, stability, fault levels, and other related conditions.

SPECIAL CONDITIONS - (1) Metering will normally be at the low voltage side of the transformer. Should the customer's requirements make it necessary for the Company to provide primary metering, then the customer will be required to make a c...

AI summary The special conditions outline requirements for metering, customer responsibility for non-standard service provisions, and load management to maintain power supply integrity. These conditions are effective from November 1, 2025, and include considerations for system reliability and technical performance.

SPECIAL CONDITIONS - (1) Metering will normally be at the low voltage side of the transformer. Should the customer's requirements make it necessary for the Company to provide primary metering, then the customer will be required to make a c...

AI summary The document outlines special conditions for metering, service provisions, and load management. Customers may be required to make capital contributions for primary metering, own transformers for non-standard services, and ensure their load does not compromise the power supply system's integrity. Factors affecting system integrity include reliability, harmonic levels, voltage flicker, and stability.