An independent panel appointed by the Newfoundland and Labrador government rejected a proposed energy deal to renegotiate the Churchill Falls power-sale agreement.

The decision halts a potential revision of one of Canada's most contentious energy contracts. The original agreement has long been a point of friction between the two provinces due to the low price at which electricity is sold to Quebec.

The panel focused its review on a 2024 [2] memorandum of understanding designed to update the terms of the original 1969 [1] contract. After evaluating the framework, the panel said the proposed deal was not in the best interests of Newfoundland and Labrador.

According to the panel, the framework agreement would not sufficiently serve the province's needs. The group said unfavorable terms existed when comparing the new proposal to the original discounted deal that continues to benefit Hydro-Quebec.

The Churchill Falls project remains a critical piece of energy infrastructure, but the 1969 [1] agreement has been criticized for decades by Newfoundland and Labrador officials who argue the province is underpaid for its power. The 2024 [2] attempt to find a middle ground through a memorandum of understanding was intended to resolve these long-standing grievances.

By rejecting the proposal, the panel has signaled that the current offer from Hydro-Quebec does not provide enough value to justify the transition. The government now faces the challenge of determining whether to pursue further negotiations or maintain the status quo of the existing contract.

The panel said the proposed deal was not in the best interests of Newfoundland and Labrador.

The rejection of the 2024 memorandum suggests that the financial gap between the 1969 contract price and current market value remains too wide for a compromise. This outcome likely prolongs the diplomatic and economic tension between Newfoundland and Labrador and Quebec, as the province continues to seek a more equitable share of the revenue generated by the Churchill Falls hydroelectric plant.