Enoda PRIME Exchanger
The ENODA distribution substation hardware that creates a stable and secure energy system by optimising power at the grid edge.
WHY IT MATTERS
Increasing The Capabilities Of The Distribution Network
Energy system disruptions often begin at the distribution-network level, and cascade to the grid.
The Enoda PRIME Exchanger optimises the electricity signal for local network conditions, and creates nodes of stability at the grid edge.
Enoda ENSEMBLE™ uses intelligent inferences from grid-edge data to synchronise those nodes to improve system-wide stability.
WHAT IT IS
A Dynamic Power Exchanger
The first-of-a-kind Enoda PRIME Exchanger is a distribution substation device that dynamically modulates the electromagnetic flux in the core to transfer power and regulate the LV-network voltage.
When deployed in coordinated fleets, the PRIME Exchanger adapts current architecture to create a secure grid that is more flexible, and able to integrate more renewable energy.
FUNCTIONALITIES
Fundamentally New Power Flow Technology
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Dynamically controls the LV-network voltage within the limits set by the network operator.
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Removes harmful harmonic signals caused by volatile loads and renewable energy sources.
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Renewable and distributed energy resources can contribute useful power rather than being curtailed.
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Phase load balancing reduces stress on network infrastructure.
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Power factor control can reduce the demand for reactive power from the grid.
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ENODA’s platform coordinates PRIME Exchangers and other energy resources to provide frequency and ancillary services.
BENEFITS
Designed to Benefit Network Operators
Backwards Compatible Upgrade
A drop-in device that makes the grid architecture more versatile and resilient to disruption as the energy landscape evolves.
Streamlines Network Management
In-depth data and control enables DSOs to manage their networks proactively.
Improves Network Security
Energy security is increased by the end-to-end communications protocol that hardens network cybersecurity.
Enhances Network Flexibility
Networks can seamlessly integrate distributed energy resources and volatile loads.

