Supported Devices
From homes to industry, SPARK AI EMS adapts to your energy needs — scalable, flexible, and built to grow with you.
Spark AI EMS combines advanced AI algorithms with energy management to optimize your energy usage, reduce costs, and streamline energy flow—whether at home or in industrial settings.
Real-Time Energy Tariff and Consumption Monitoring
Automatically adjusts energy use based on real-time rates and consumption patterns to maximize efficiency. Save on bills by optimizing usage during low-cost periods.
Predictive Energy Management
Forecasts energy needs using weather data and historical usage patterns. Anticipates solar production and optimizes energy distribution based on past consumption.
Optimizing the use of solar production and battery storage
Prioritizes solar power usage with AI to reduce reliance on grid electricity. Efficiently manages battery storage, saving excess solar energy for future use.
Peak Shaving
By reducing high-demand periods, our system ensures steady energy consumption, mitigates grid stress, and lowers your energy bills.
Devices and Technology
Spark Gateway
The Spark Gateway is a powerful EMS device that seamlessly connects your end devices to the Spark AI EMS platform. It facilitates efficient and real-time data exchange across all components of your energy management system.
EMS Power Meter
The EMS Power Meter is a high-accuracy device that integrates precise power measurement with smart energy management, providing real-time insights and control over your energy consumption.
Spark MCU
At the heart of Spark AI EMS lies our cutting-edge, AI-driven Spark MCU (Microcontroller Unit), seamlessly integrated within our innovative EMS platform.
Platform
Spark Platform
Our platform leverages advanced AI to analyze and enhance your energy usage in real-time, providing a comprehensive Energy Management System (EMS) accessible via a web portal and mobile application. This seamless integration ensures maximum energy efficiency with minimal waste across residential, commercial, and industrial settings.