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Our Virtual Power Plant

One Connected Network. Multiple Energy Assets. Greater Commercial Potential.

Our Virtual Power Plant connects eligible distributed energy resources into a coordinated energy network.

Through energy monitoring, intelligent management, and commercial coordination, the VPP enables participating assets to operate as part of a broader energy ecosystem.

Control centre with a large energy network map display

What is a VPP?

A Virtual Power Plant is a digitally coordinated network of distributed energy resources that can include:

  • Solar photovoltaic installations.
  • Battery energy storage systems.
  • Eligible distributed generators.
  • Flexible energy loads.
  • Other compatible energy resources.

Rather than operating independently, participating assets can be monitored and coordinated through a central platform.

The VPP can support energy optimization, flexibility, and eligible commercial electricity transactions.

Our VPP architecture

Distributed energy resources — solar farms, commercial solar, battery systems and other eligible resources — connect to the VPP platform, which provides monitoring and data, energy management, trading coordination and an operational dashboard. The platform delivers asset optimization and eligible energy transactions.

Our VPP

Wattoris Operational Methods

Wattoris Virtual Power Plant is a digital coordination layer that aggregates distributed energy resources and operates them as one integrated system.

  1. Data Acquisition

    Collect real-time data from distributed assets and loads.

  2. Forecasting

    Estimate demand, solar generation, storage state, and operational conditions.

  3. Optimization

    Determine the best dispatch plan based on rules and objectives.

  4. Coordinated Control

    Send control signals to assets and operators.

  5. Monitoring & Settlement

    Track performance, alarms, savings, and service outcomes.

VPP operating capabilities

  • Asset aggregation

    Connect multiple eligible energy assets to a coordinated platform.

  • Energy monitoring

    Monitor generation, consumption, storage, and asset performance using available system data.

  • Energy optimization

    Coordinate participating assets according to technical capability, operating requirements, and commercial objectives.

  • Trading coordination

    Support eligible electricity transactions through suitable market arrangements.

  • Performance reporting

    Provide operational visibility into participating assets and agreed performance indicators.

Benefits for participating asset owners

  • Commercial Value

    Explore opportunities to commercialize eligible surplus energy.

  • Asset Connectivity

    Participate in a coordinated network of eligible energy resources.

  • Energy Flexibility

    Integrate compatible storage and flexible energy resources.

  • Operational Visibility

    Improve visibility into energy generation and system performance.

Rooftop solar across several industrial buildings

Our VPP partnership model

We work with eligible energy asset owners through structured partnership arrangements.

Depending on the project, our role may include:

  • Energy asset assessment.
  • Technical integration planning.
  • VPP platform coordination.
  • Energy trading arrangements.
  • Battery storage integration.
  • Energy performance monitoring.
  • Commercial reporting.
  • Contractual revenue allocation.

The commercial structure is defined by the asset owner's requirements, project conditions, technical capability, and applicable regulatory framework.

Your energy infrastructure can become part of a connected energy ecosystem.

We invite solar asset owners, commercial energy operators, battery storage providers, and eligible institutions to explore participation in our Virtual Power Plant.