Smart Virtual Power Plants (SVPP)
XmartFlux Virtual Power Plant (VPP) transforms distributed energy resources into a coordinated, intelligent energy ecosystem.
Each participating site becomes a “node” in the network:
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Solar systems generate energy
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Batteries store and release energy
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Smart meters and chargers report real-time data
The platform manages:
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Energy discovery and onboarding of new nodes
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Real-time optimisation of supply and demand
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Energy trading between participants
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Ledger-based tracking of energy produced and consumed
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Billing and settlement between stakeholders
Over time, the system scales from a small neighbourhood to entire cities or regions.
Unlike traditional energy models that rely heavily on large-scale transmission networks, the XmartFlux Virtual Power Plant focuses on intelligent energy distribution at the local community level.
By connecting homes, batteries, solar systems, and EV chargers within the same distribution network, energy can be generated, stored, shared, and consumed closer to where it is needed.
This approach provides several key advantages:
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reduced dependency on long-distance transmission infrastructure,
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lower operational and infrastructure costs,
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reduced energy loss during transmission,
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improved grid stability,
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and a more sustainable and resilient energy ecosystem.
By shifting the focus from centralised transmission networks to intelligent local distribution networks, XmartFlux VPP enables communities to generate, store, trade, and consume energy closer to where it is needed; reducing costs, minimising energy loss, and building a more resilient and sustainable energy future.
XmartFlux Virtual Power Plant (VPP) transforms distributed energy resources into a coordinated, intelligent energy ecosystem.
Each participating site becomes a “node” in the network:
-
Solar systems generate energy
-
Batteries store and release energy
-
Smart meters and chargers report real-time data
User story
From Grid Limitation to a Community Power Network
A suburban community in Victoria has high rooftop solar adoption but suffers from low feed-in tariffs and grid export limitations.
With XmartFlux VPP:
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Homes collectively store excess solar energy in distributed batteries
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Energy is shared within the community during evening peak hours
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Excess energy is sold back to the grid when prices are high
Outcome:
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35% increase in household energy savings
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Reduced reliance on expensive evening grid power
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Creation of a local energy sharing economy