Our clients are market leaders in various industries.

Project Objective
Complete deployment of the ASDR terminal from design to full operation.

Main Activities

• Design of system architecture and technical solutions.
• Installation of hardware and software.
• Configuration of communication channels and data flows.
• System commissioning and testing under real conditions.

Result
Fully functional ASDR terminal ready for operation with guaranteed stability and reliability.

Project Number: EDNZ 05/7/24
Area/Topic: Electric Power Engineering - flexibility management with a simple scheduler for cogeneration sources
Implementation: 2024

Research and development activities: Design and implementation of a software tool for sophisticated active control of these sources to balance the electricity diagram of the Balancing Group and autonomous utilization of flexibility management.

Research activities included:

• Design of sophisticated controllers for individual cogeneration units, control logic for independent as well as coordinated operation
• Autonomous increase and decrease of source output and diagram balancing
• Verification of proper controller functionality in terms of specified minimum and maximum outputs
• Alarms and sending of control commands as well as data transmission to other platforms
• Controller evaluation
• Analysis and solution design
• Design of control logic modules for coordinated as well as independent operation
• System configuration
• System testing
• Real operation
• Results

Project Objective
Develop an automated system capable of independently trading electricity based on market data and defined strategies.

Main Activities

• Analysis of market mechanisms and trading models.
• Design of algorithms for autonomous decision-making.
• Implementation of trading strategies and risk limits.
• Testing on historical and real-time data.

Result
Autonomous trading module capable of optimizing electricity purchase and sale with minimal operator intervention.

Project Objective
Create a software tool for energy portfolio management with emphasis on clarity, automation, and analytical functions.

Main Activities

• Design of data model and user interface.
• Implementation of modules for monitoring, reporting, and forecasting.
• Integration with external systems and data sources.
• Testing and performance optimization.

Result
Modern portfolio management tool that simplifies decision-making and provides detailed insight into source performance.