Monitor Energy in a smarter way

EnergyMe is a compact, certified open-source energy monitoring device that can be installed in the electrical panel, connected to the network, and measures the consumption of multiple loads in real time, adapting to any system: single-phase, three-phase, photovoltaic, and storage.

A growing network of EnergyMe devices

Real data, collected every day from active devices in the real world.

Active EnergyMe Devices
-
installed and connected in real time
Total monitored energy
-
data updated in real time

Solutions for everyone

EnergyMe Home

EnergyMe-Home is the core of open-source home energy monitoring.

It shows you the real-time consumption of each circuit in your home, helps you understand where you can save money, and turns data into concrete actions.

All this with a flexible, secure system that is easy to integrate with your favorite platforms.

EnergyMe Intelligence

EnergyMe Intelligence t​ransform raw data into operational strategies: automatic, context-adapted analyses, reports, and suggestions, allowing you to optimize consumption and identify anomalies, both at home and at work.​​

It integrates natively with Home Assistant: install the extension and centralize all your energy data in your home automation ecosystem.

EnergyMe Industry

With EnergyMe Industry the goal is to introduce standardized energy monitoring and reporting into companies, reducing costs and complexity compared to traditional solutions. Automatic, ready-to-use analyses and reports based on accurate and reliable data.

EnergyMe Industry is currently in the design phase.

Discover all the products

With EnergyMe, Agenda 2030 becomes a reality:

providing tools to measure, understand, and improve​

  • Clean and affordable energy (SDG 7)

    Real-time consumption monitoring and support for electrical and photovoltaic systems.

  • Industries, innovation, and infrastructure (SDG 9)

    Open-source digital infrastructure designed to integrate with IoT systems and industrial contexts

  • Sustainable consumption and production (SDG 12)

    Data analysis to identify inefficiencies, waste, and opportunities for optimization.

  • Climate change mitigation (SDG 13)

    Indirect reduction of emissions through more efficient energy management