Quick Read
- Newfoundland and Labrador Hydro initiated rotating power outages due to the shutdown of Bay d’Espoir power plant.
- The shutdown is caused by a significant buildup of ‘frazil’ ice, expected to take days to clear.
- Electricity output is near maximum capacity, with calls for residential and commercial conservation.
- Rotating outages will last up to 60 minutes per area, with no specific advance notice for affected zones.
- The province is importing power from Nova Scotia, Muskrat Falls, and Holyrood to supplement supply.
ST. JOHN’S (Azat TV) – Newfoundland and Labrador Hydro has initiated rotating power outages across the island, effective immediately, following the complete shutdown of the province’s largest power plant, Bay d’Espoir. The critical situation, exacerbated by plummeting temperatures and a surge in electricity demand, stems from an unprecedented buildup of ‘frazil’ ice, which has forced the plant offline and prompted urgent calls for widespread conservation efforts from both residential and commercial customers.
Island Grapples with Unprecedented Power Challenge
The total shutdown of the Bay d’Espoir facility, a cornerstone of the province’s power grid, has pushed Newfoundland and Labrador’s electricity output to near maximum capacity. Rob Collett, Vice President of Newfoundland and Labrador Hydro, confirmed the severity of the situation, noting that while challenging, the province is currently at a “Power Warning” stage, not yet the “Power Emergency” stage where widespread rotating outages would become systemic. However, the current outages are a proactive measure to prevent a more severe system collapse.
The root cause of the shutdown is described as very thick ‘frazil’ ice, a slushy accumulation of ice crystals in water, which has formed within the plant’s infrastructure. Utility officials estimate that chipping away this ice could take several days, leaving the grid vulnerable throughout the weekend and into the beginning of the next week.
Rotating Outages and Conservation Efforts Underway
Byron Chubbs, Vice President of Newfoundland Power, explained that any area affected by the rotating outages would experience a power interruption for a maximum of 60 minutes. Crucially, there will be no advance notice provided to specific areas regarding when their power will be cut. However, customers will be notified if the utilities escalate to the ‘Power Emergency’ stage, indicating a broader and more severe crisis.
Chubbs emphasized that all customers on the island are susceptible to these rotating outages. “It would be a sequence where they’re working all the way from top to bottom and then back to the first group again so that it’s spread out fairly across the island,” Chubbs stated, outlining the strategy to distribute the impact equitably. This approach aims to minimize the burden on any single community while the system recovers.
In response to the generation shortfall, Newfoundland and Labrador is actively importing power from neighboring Nova Scotia, as well as drawing on additional capacity from the Muskrat Falls project and the Holyrood thermal generating station. Despite these supplementary sources, the demand continues to strain the system.
Cold Weather Persists as Utilities Seek Solutions
The most vulnerable period for the provincial power grid is anticipated to be from this evening through Monday, as exceptionally cold temperatures are forecast to persist. “It’s colder again tomorrow and it’s colder even again on Monday but temperatures do start to warm up on Monday,” Chubbs noted, offering a glimmer of hope for relief early next week as the weather moderates.
The situation has prompted an urgent appeal for conservation. Residential and commercial customers across the island are being asked to reduce their electricity consumption wherever possible. This includes lowering thermostats, turning off unnecessary lights, and minimizing the use of high-demand appliances to alleviate pressure on the strained grid.
The incident underscores the delicate balance required to maintain a stable power supply in regions prone to extreme weather conditions, highlighting the critical role of infrastructure resilience and the immediate impact of natural phenomena on daily life and economic activity.

