Corinex and Plexigrid Unite to Launch Most Accurate Digital Twin Solution for Electric Grids

Corinex and Plexigrid Join Forces



In a groundbreaking collaboration, Corinex Corp. and Plexigrid S.L. have formalized a strategic agreement to bring to market Corinex Plexigrid Intelligence, a cutting-edge platform designed for low and medium voltage electricity networks. This innovative solution addresses the growing complexities of grid management amid a rapid increase in energy demand and the shift towards distributed energy resources.

The Rise of Digital Twins in Energy Management



As energy consumption from AI systems escalates and industries embrace electrification at an unprecedented rate, electricity network operators face monumental challenges. They need to efficiently plan and operate a distributed network that remains flexible and capable of real-time coordination. This partnership aims to provide a higher level of visibility and intelligence, enabling network managers to effectively monitor and control their systems.

Corinex specializes in monitoring physical networks, while Plexigrid provides software solutions for modeling and optimization. By merging these two complementary strengths, the partnership seeks to onboard real-time field data and integrate it with digital twin analysis to make comprehensive operational decisions.

Enhancing Grid Visibility and Control



The integrated solution allows utilities to visualize network voltage conditions in real time, identifying available capacities and initiating measures to adhere to network limits. Leveraging Corinex's BPL architecture and edge computing capabilities, this solution distributes detection and processing functions across the network. Such decentralization equips Plexigrid’s digital twin with more accurate asset information, drastically improving response time and precision.

Why BPL Matters



Historically, transportation networks have been modeled with high-resolution, redundant instruments at each node, which is unfeasible for electric distribution networks with millions of nodes. This limitation has left a staggering 99% of power grid nodes unmodeled. Plexigrid presents a pragmatic solution: a digital twin with a bayesian AI layer that reconstructs electrical topology and network conditions from pre-existing systems, thus maximizing visibility over previously unmonitored segments of the network.

Despite the remarkable capabilities offered by these bayesian digital twins, they still fall short in temporal resolution compared to traditional transmission control systems. Corinex's BPL technology enhances digital twin performance by adding low-latency and high-resolution instrumentation, yielding unprecedented levels of real-time data across the distribution network.

Pioneering Edge Intelligence



The Grid Intelligence Node, which Corinex places on low voltage lines, significantly increases the number of measurement points in the physical network. It collects detailed data regarding load, voltage, power quality, and emerging constraints, allowing for a substantially clearer picture of the grid’s status.

Key Performance Metrics

Metric Standard Digital Twin with Smart Meters Enhanced with Corinex BPL
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Temporal Resolution 5 to 60 min 1 min
Estimation Accuracy ~90–95% ~99%
Operational Uncertainty ~5-10% ~1%
Required Safety Margin ~10-20% ~2-5%
Asset Utilization Conservative, ~80% of limits Optimized, closer to actual limits

Conclusion



Corinex and Plexigrid are revolutionizing the electrical networks' intelligence landscape. Their collaborative platform empowers utilities with real-time data verification, local analytics, and the ability to detect anomalies sooner than traditional systems allow. As stated by Peter Sobotka, founder and CEO of Corinex, “Utilities need more than connectivity and cloud-based visibility; they require sophisticated intelligence that supports rapid intervention in today’s complex distribution environments.” This strategic partnership not only represents significant advancements in energy management systems but also demonstrates the technological evolution necessary for future-proofing electricity grids worldwide.

Topics Energy)

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