ecting resource, or the maximum MW of any energy exported onto the distribution network) of the initial 50% of costs and use the planned refund regulation mechanism to administer any required refunds. 2. For larger class 2 projects, alloca...
AI summary The text outlines cost allocation mechanisms for class 2 interconnecting customers. For smaller projects, 50% of upgrade costs are allocated to the rate base, with the remainder managed through a refund regulation mechanism. For larger projects, 25% of costs are allocated to the rate base, and the remaining 75% are managed through proportional allocation and refund mechanisms.
While the cost allocation proposal does not adopt all of the particulars of Synapse's recommendations, it adopts their recommendation to "base the proportionate (per kW) contribution amount assuming 50% of the total network upgrade costs a...
AI summary The cost allocation proposal shifts from a prior cost-causer approach to a 50/50 split between ICs and NSPI for network upgrade costs, recognizing broader system benefits. This approach reduces financial barriers for ICs and limits rate-base exposure to speculative investments, as noted in the Compliance Report.
Outcome: The IC incurs no NU cost. Customers may benefit from improved voltage performance and renewed assets. 2 - 3 NS Power continues to support its distribution NU cost allocation methodology as revised in its - 4 November 29, 2024 Comp...
AI summary The document discusses NS Power's proposal to revise its distribution NU cost allocation methodology, introducing a 50% refund mechanism for eligible costs over time with a cap on annual repayment. This change aims to reduce long-term cost exposure for ICs and promote small-scale renewable energy development while protecting ratepayers from upfront risk. Synapse Energy Economics recommended periodic review of the framework.