Innovative Sensor Technology for Enhanced Energy Distribution
The compact gray sphere, roughly the size of a bowling ball, is equipped with an array of sensors designed to optimize electricity flow along power lines.
Utilizing Existing Infrastructure Safely
“Our priority is to effectively and safely maximize the potential of our already established energy networks,” explains Maren Istad, an expert in energy systems at SINTEF. She has partnered with numerous utility companies to explore the capabilities of this innovative gray device known as the ”Neuron,” developed by Heimdall Power.
Rising Costs Associated with Grid Rentals
“Our primary aim has been to improve flexibility while optimizing our existing power system,” states Therese Åsheim, a project manager at Heimdall Power. In Norway, consumers face increasing fees not only for electricity generation but also for leasing grid infrastructure space—a trend noted by the Norwegian Water Resources and Energy Directorate (NVE), which anticipates further hikes in grid rental charges.
The growing demand for electric capacity has revealed that constructing new power lines can be prohibitively expensive and often meets public resistance due to environmental concerns.
Maximizing Transmission Line Capacity
Contrary to common assumptions, many existing transmission lines possess untapped capacity waiting to be discovered. The Neuron devices monitor these lines in real-time, assessing their true operational capability under varying conditions.
The capacity of electrical lines fluctuates with weather changes; during cold and windy spells, they can safely convey more electricity than regulations typically permit since both elements help cool down conductors—thereby enhancing their load-bearing ability.
A Data-Driven Approach to Identify Available Capacity
Presents insights drawn from empirical data instead of merely relying on conservative estimates based on presumed environmental factors. As Åsheim elaborates, these smart sensors provide valuable information about current line capacities that had previously been inaccessible. Field trials have demonstrated significant potential benefits from leveraging higher capacities—some lines could see increases up to 35 MW or around 40% higher than current limits when equipped with Neurons.
Averting Expenses Associated with Grid Expansion
Istad underscores that this groundbreaking technology arms utility companies with crucial data previously unavailable regarding their operational infrastructure. “The next step involves integrating this intelligence into control centers so that we can maximize usage across current grids,” she notes.
This newfound clarity about capacity could significantly alleviate delays faced by industrial developments seeking electrical access necessary for expansion or sustainability initiatives—a situation where wait times may soon diminish dramatically.
“By optimizing existing grid capabilities where possible, we may offset the need for constructing additional infrastructure,” adds Istad. This not only protects natural habitats from large-scale disruptions but also leads to reduced operating expenses associated with grid management while expediting connections through renewable resources.” As Åsheim concludes based on their research findings: “Reducing reliance on new investments will facilitate faster electrification processes.”
