Your preferred virtual power plant supplier
Turn your solar energy into savings with Virtual Watt
Join Virtual Watt to make money from your solar and battery system, cut your energy costs, and contribute to a cleaner future.

The Virtual Watt Group combines technology and business capability to deliver a complete smart energy platform. Partner with us to offer your customers cutting-edge solutions that drive efficiency and sustainability.
Our Smart Energy components include:
Our Virtual Power Plant (VPP) platform enables our clients to build a network of distributed energy resources (like solar panels, batteries, and electric vehicles) that work together to generate, store, and distribute electricity.
The Virtual Watt VPPs help balance the grid by storing solar energy and releasing it when needed, addressing the intermittency of solar power. Using advanced software, AI and machine learning our VPP optimises your resources to provide on-demand clean energy, offering the benefits of traditional power stations without the need for large, centralised infrastructure.
Our Smart Metering Infrastructure enables clients to measure and track energy consumption efficiently and effectively. We have added advanced data management, analytical tools and AI modelling capabilities to provide greater understanding of energy flows and forecasts.
Our Billing and Customer Service Platform enables our customers to build their own energy business in a timely and cost effective manner. We provide all the front and back office services needed to build a successful energy business, meaning our customers can focus on acquiring and delivering for their clients.
Virtual Watt represents the cutting edge of smart energy innovation. Our proprietary technology enables real-time energy optimization, predictive analytics, and seamless grid integration. We transform how businesses and consumers interact with energy, delivering measurable cost savings and sustainability outcomes. Our solutions are designed for scalability, flexibility and adaptability to match the needs or your organisations business model.
A Virtual Power Plant (VPP) connects solar PV and battery storage systems to a centralized network, allowing remote control and optimization of energy production during periods of high demand. The VPP operator trades this energy on the National Energy Market (NEM), helping balance the grid and ensuring stability, while compensating participating households for their contribution. Through intelligent management of energy generation, storage, and distribution, VPPs maximize renewable energy usage and support grid reliability.

We are keen to partner with battery manufacturers and installers. If you are interested in becoming a Virtual Watt sales partner, please get in touch.
While having existing renewable energy installations like solar panels or battery storage can enhance your benefits from the VPP, it’s not a strict requirement. We offer solutions and guidance for those interested in adopting renewable energy technologies to become part of our energy community.
Our main office is located in Stretton, Brisbane, Queensland, Australia
Joining our VPP is designed to be cost-effective. Any associated costs will be transparently communicated during the onboarding process, and we strive to ensure that the financial benefits of participation outweigh any expenses.
Yes, we would be happy to connect your business batteries to our VPP, please contact us and we will reach out to discuss the options for adding your assets to our VPP.
By participating in our VPP, you can:
Virtual Watt will connect your battery to our Virtual Power Plant platform either via an API connection or via our IoT device. Once your battery is connected to our VPP it is automatically connected to the energy markets.
We prioritize the security and privacy of your data. Our platform employs advanced encryption and security protocols to protect your information. We adhere to strict data protection regulations and ensure that your data is used solely for optimizing your energy experience within our VPP.