The pathway to Net Zero is inevitably evolving distribution grids. As the penetration of Distributed Energy Resources (DERs) continues to grow, the distribution grids will become increasingly challenged. Intermittent load and generation is increasingly connected on low voltage level at domestic homes. These evolving energy demands require a shift away from traditional grid design, which is becoming prohibitively expensive. The time and effort required to reinforce and expand the grid with physical hardware may also not be able to keep up with the growing demand.

Imagine that the whole electrical ecosystem would work connected as one. As distribution grids become increasingly digitized, the ability to monitor and actively control even low voltage levels is rapidly improving. Imagine an ecosystem where the consumers and prosumers of electricity could contribute not only to the stability of the system, but to increase the capacity of the existing infrastructure and integrate more and more renewables.

We call it Plexigrid.

We have engineered all our solutions starting from the low voltage grid. Our Digital Twin technology provides a foundation encompassing our core capabilities: Grid Visibility, Grid Analytics and Management of Flexibility. Based on this solid foundation, our suite of solutions can be deployed in a modular way depending on your needs.

• Ari – Low Voltage Monitoring allows utilities to gain comprehensive, real-time insights into grid operations, enabling precise monitoring and rapid identification of issues.
• Tatari – Capacity Planning leverages vast amounts of data to provide actionable intelligence, helping to detect outages, reduce losses, and optimize network performance.
• Tia – Flexibility Management ensures the efficient integration and balancing of various energy sources and demands, allowing for real-time adjustments to maintain grid stability and support the dynamic nature of modern energy systems.

With the Plexigrid platform, a data-driven way of working becomes available to grid planners, grid operators, and flexibility managers, empowering utilities to make informed decisions, improve service reliability, and seamlessly adapt to evolving energy landscapes.