Bluecurrent Australia & New Zealand

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Bluecurrent has a superpower — we can see energy and how it moves across electricity networks. We're changing the way we use resources through data.

Every network operator knows the feeling. A fault has been repaired, the feeder is back in service and power is returning to customers. But restoration is rarely the end of the story. Severe weather events continue to test networks across New Zealand, increasing the pressure on control rooms, field crews and customer service teams to respond quickly and communicate clearly. So what does effective outage management look like in 2026?

In the past, network operators relied heavily on customer reports to identify many issues on the low-voltage network. Today, the network itself can reveal far more. At the same time, severe weather events have become an increasingly familiar challenge. As networks become more complex, how can you identify emerging issues before they become customer or safety problems?

Network planners have always had one fundamental challenge: balancing reliability, cost and future demand. As electrification accelerates, building new infrastructure will continue to play an important role in supporting the network. But when flexibility becomes part of the planning toolkit, the conversation shifts from identifying constraints to deciding how best to respond to them.

Not long ago, a residential street in Aotearoa New Zealand might have looked much the same for decades. Today, subdivisions fill faster than expected, single homes become townhouses, and established suburbs continue to increase density. For electricity networks, growth rarely arrives as a single event. It accumulates one connection at a time. What does that mean for network planning in 2026?