Savvy Power helps customers get more value from solar and battery systems through intelligent control, better battery use, Virtual Power Plant participation and smarter grid interaction.
A Virtual Power Plant connects many distributed batteries together so they can act like one coordinated energy resource.
Savvy Power manages participating systems under agreed settings, helping support customer sites and the wider grid during important energy events.
Learn More βHelps reduce grid demand during peak energy events.
Secure remote monitoring and battery control.
Allows suitable batteries to operate as one shared resource.
Creates value by lowering demand, not only exporting power.
Supports future grid services and energy market opportunities.
A battery should not simply charge and discharge without purpose. With the right control strategy, it can support your site, reduce avoidable demand exposure, improve solar value and prepare your property for future energy opportunities.
Savvy Power reviews your siteβs energy use, tariff structure, battery behaviour, solar generation, inverter capability and network requirements before recommending a suitable pathway.
The goal is not to provide a one size fits all battery answer. The goal is to identify how your system can work smarter.
Every customer has a different load profile, tariff structure, solar output, inverter setup, battery opportunity and local network requirement. The Savvy Power Energy Journey is designed to check, trial and guide the right solution using real site information.
This journey helps reduce guesswork and allows each site to be reviewed properly before decisions are made.
Savvy Power begins with a trial using real site data. This helps test, validate and reduce risk before making a full commitment.
Savvy Power is not a hard sell. We provide clear, customer first advice based on evidence and suitability.
The goal is a better energy outcome: lower costs, improved efficiency, more confidence and a solution that fits your future needs.
Time of use pricing means electricity costs can change depending on the time of day. Off peak and shoulder periods are usually cheaper than peak periods.
The battery can charge during lower value periods and discharge during high demand or higher cost periods.
Large grid scale batteries are important, but many electricity challenges happen locally. Feeders, transformers, customer sites and local network areas can experience pressure during peak demand periods.

Sustainable Energy, Auckland University
Research based energy knowledge, practical engineering insight and customer focused site analysis support the Savvy Power trial review process.