Platform Overview

AI energy observability and autonomy for commercial behind-the-meter assets.

Synergeia unifies solar, batteries, meters, EV charging, generators, ATS and BMS into one operational layer. The platform helps commercial and industrial sites monitor asset health, detect underperformance, diagnose faults, automate resolution workflows and safely optimise approved control actions.

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Innovative energy solutions
Transforming energy management
Synergeia ingests telemetry from solar inverters, batteries, smart meters, EV charging systems, ATS/generators, and BMS. Our design principle ensures that all systems are mapped into a canonical energy data model, enabling consistent operation across mixed-vendor environments. This cohesive integration allows businesses to manage their energy resources more effectively, optimizing performance and enhancing reliability. With Synergeia, companies can harness the full potential of their energy systems, driving sustainability and cost savings.
A hyper-realistic close-up shot of a state-of-the-art energy management system, showcasing various components like solar inverters, batteries, and smart meters. The composition should focus on the intricate details of the technology, with a blurred background that hints at a modern energy facility. The color scheme should include vibrant greens, reflecting the rgb(50, 170, 39) primary color, emphasizing innovation and sustainability.
AI detection & diagnosis
Transforming energy management with AI

  • A close-up shot of a digital screen displaying energy performance metrics with graphs and charts. The background is a modern office environment, softly blurred to emphasize the screen. The colors are vibrant, focusing on green and blue tones to represent energy efficiency.
    Performance modelling
    Assess energy system performance against expectations.
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  • A close-up shot of a technician analyzing data on a tablet, with graphs indicating anomalies in energy consumption. The technician is dressed in professional work attire, and the environment is a clean and organized workspace, highlighting a focus on technology.
    Anomaly detection
    Identify irregularities in energy performance.
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  • A close-up shot of a printed report with graphs and technical data on a desk, surrounded by office supplies. The report is well-organized and visually appealing, showcasing various metrics related to energy performance, with a focus on clarity and professionalism.
    Automated evidence packs
    Generate comprehensive reports for energy systems.
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Agentic operations: energy SRE
Streamlined workflow for reliability

  • A close-up image of a sophisticated energy monitoring dashboard displaying real-time data and alerts, focusing on the detection of anomalies in energy usage, with a background of solar panels and battery storage systems.
    Step 1: detect
    Automated anomaly detection process
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  • A close-up shot of an AI analytics interface, showcasing verified data points and historical energy usage trends, set against a backdrop of energy infrastructure.
    Step 2: verify
    Efficient issue verification system
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  • A close-up view of a notification alert on a smartphone, highlighting energy issue alerts being sent to team members, with a blurred background of an office environment.
    Step 3: notify
    Real-time notifications for stakeholders
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  • A close-up shot of a digital ticketing system interface, showing open tickets for various energy issues, with an organized layout and highlights on status updates.
    Step 4: open ticket
    Automated ticket creation process
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Safe optimisation and actuation
Control actions with your approval

  • A close-up shot of a digital dashboard displaying energy demand forecasts, highlighting peak periods and analytics. The background should be simple and focused, emphasizing the technology used for forecasting. The image should be realistic, high-resolution, and showcase advanced technology in an energy management context.
    Peak-risk forecasting
    Anticipate energy demand fluctuations.
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  • A close-up shot of a battery management system interface, showcasing charging and discharging schedules. The background should be minimalistic, emphasizing the technology and analytics in use. The image should be high-resolution and realistic, reflecting the efficiency of energy storage management.
    Battery scheduling
    Optimise battery usage for efficiency.
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  • A close-up shot of an energy management system displaying real-time load control metrics. The background should be clean and focused, illustrating the technology's capabilities in managing energy loads. The image must be realistic and high-resolution, showcasing the precision of load management.
    Dynamic load control
    Manage energy loads with precision.
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