EMACS Energy Management System
EMACS is a system that combines the functionalities of a classic SCADA (Supervisory Control and Data Acquisition) platform with business analytics tools.
With EMACS, it is possible to monitor and control processes related to the generation, storage, and utilization of renewable energy (RES).
The system is highly effective in managing both large and smaller energy installations, allowing control over facilities of any size.
In December 2025, we launched the EMACS Heat project.
Benefits of Implementing EMACS
Operational Cost Reduction
The system enables real-time monitoring of infrastructure, allowing for rapid response to faults and online repairs.
Improved Technological Processes
Automation within EMACS maximizes the capabilities of installations, while data analysis provides precise energy balance management.
Enhanced Safety
Real-time monitoring of equipment allows for fault prediction, increasing overall operational safety.
Ease of Access
EMACS can be accessed via web browsers and mobile devices, providing convenient access to data and system functionalities.
Higher Energy Quality
By efficiently managing production and monitoring O&M, EMACS contributes to improving both the quality and quantity of generated energy.
Thanks to EMACS, investors and energy facility operators gain a tool that not only optimizes processes but also supports the global sustainable development of the renewable energy sector.
Currently, EMACS operates across over 250 facilities with a combined installed capacity of nearly 700 MW.
EMACS Heat
The EMACS Heat project aims to develop and pilot-test software for reliable, technologically and economically optimized monitoring, control, and protection of thermal energy systems. This includes all components such as generation/conversion, distribution, usage, and storage, with the goal of accelerating the integration of green heat into the overall energy system, promoting sustainability, and supporting the energy transition.
The project also focuses on sector coupling, i.e., the effective integration of different energy forms, particularly electricity and heat, to establish a comprehensive and sustainable energy system.
Project tasks include industrial research (analytical and conceptual system architecture work, solution development in laboratory conditions) and development work (integration of the solution in software and hardware layers, testing, and optimization under operational conditions).
The target groups for the project outcomes include power and heat plants, industrial facilities, and energy system contractors.
Funding Information
The project received financial support from the European Union.
Total project value: PLN 3,068,201.00
EU funding contribution: PLN 1,747,620.65
