N-8NSPML (NSEB) RIR 1 to 44 - Redacted
4 passages
NON-CONFIDENTIAL 1 Response IR-25: 2 3 a) & b) 4 5 Most of the assets within the Maritime Link are part of a single significant transmission 6 corridor primarily for the transfer of the Nova Scotia Block and market energy. The 7 relative c...
AI summary The response discusses the significance of the Maritime Link transmission corridor in Nova Scotia, emphasizing its critical role in system operations and reducing fossil fuel reliance. It highlights the complexity of converter stations and their importance in system stability and operational flexibility.
SCHEDULE P: PRODUCTS AND RELATED DEFINITIONS "Ancillary Services" means any of the services identified by a Transmission Provider in its transmission tariff as "ancillary services" including, but not limited to, regulation and frequency re...
AI summary Schedule P defines key terms related to energy transactions, including ancillary services, capacity, energy, and firm transmission contingent contracts. These definitions outline obligations and exceptions under Force Majeure conditions.
y other jurisdiction affecting any of its creditors or seeking reorganization, readjustment, arrangement, composition, protection from creditors, or similar relief under any bankruptcy or insolvency law or any other similar Applicable Law,...
AI summary The text defines 'Confidential Information' and outlines scenarios involving bankruptcy, insolvency, and reorganization proceedings. It also defines the 'Interconnection Operators Agreement' between NLH and Nova Scotia Power Incorporated, dated July 31, 2012.
- (iii) The Nova Scotia Block Delivery Period, and associated ramping periods, can be shifted to commence up to 90 minutes earlier or later. - (iv) Given that system operating constraints do not allow for the instantaneous delivery of the...
AI summary This section outlines the flexibility and constraints related to the Nova Scotia Block Delivery Period, including adjustments to timing, ramping, capacity, and energy delivery. It describes how Nalcor and Emera can manage energy delivery and capacity within the system's operational limits and constraints.