Reduce energy costs and increase renewables with intelligent orchestration
Cities, utilities, and communities must manage rising energy demand, the rapid growth of distributed renewable generation, and the need to empower citizens through local energy communities - all at the same time. We provide the tools to optimise energy flows across public infrastructure and support the full lifecycle of Renewable Energy Communities, from real-time monitoring to automated compliance.
What You Can Achieve
Reduce bills & avoid peak tariffs
Shift loads intelligently, balance demand across assets, and optimise consumption patterns to cut costs.
Increase renewable penetration
Coordinate solar generation, storage, and public lighting as a single unified intelligent system to maximise self-consumption.
Manage EV charging grid stress
Plan deployment, predict demand, and coordinate charging behaviour to prevent local grid overloads.
Manage and grow local energy communities
Enable local production, collective self-consumption, automated incentive distribution, and full compliance with regulatory requirements - without manual effort.
Key Use Cases
Distributed Energy Orchestration
Coordinate energy assets and community participation in real time, with automated reporting and incentive distribution. Incentive shares calculated and distributed to members without manual intervention.
AI Load Optimisation
The AI engine learns each community's production and consumption patterns, continuously optimising load distribution to maximise collective self-consumption.
EV Infrastructure Optimisation
Manage real-time charging loads aligned with grid capacity and urban mobility demand patterns.
Grid Impact Simulation
Predict the effects of electrification and load changes before committing to full-scale hardware deployment.
Adaptive Public Lighting
Dynamic lighting profiles responding to weather conditions, pedestrian activity, and real-time energy availability - reducing consumption whilst maintaining safety standards.
How Our Technology Helps
We bring together real-time monitoring, AI-driven optimisation, and automated compliance - giving cities and communities full control over their energy systems without the administrative burden.
Unified energy view - merging generation, storage, consumption, and grid data
AI load optimisation that continuously maximises collective self-consumption
Automated regulatory reporting and incentive distribution for energy communities
Key Capabilities
Real-Time Energy Monitoring
Production and consumption data updated every 15 minutes across all connected assets - smart meters, inverters, BESS, and IoT sensors.
Grid Impact Simulation
Model the effects of new charging infrastructure or increased load before committing to hardware - reducing deployment risk.
Compliance & Incentive Automation
Regulatory reports, incentive calculations, and member distributions handled automatically - audit-ready and always up to date.