Energy transition

As a principal driver in the well-recognized dynamics of climate change, the energy sector is accountable for roughly 75% of the EU’s greenhouse gas emissions. Achieving climate neutrality by 2050 demands an assertive and expansive energy transition, heavily prioritizing the integration of renewable sources.

This is not merely an environmental imperative but a strategic necessity to enhance the EU's energy independence and bolster economic resilience. Historically, the EU has heavily depended on energy imports, with as much as 56% coming from external sources, and only 17% derived from renewable resources. As a direct response to the geopolitical shifts, particularly the ongoing conflict in Ukraine, the EU has been compelled to minimize its reliance on energy imports. In alignment with this strategic shift, the EU has boldly set targets to significantly boost its renewable energy generation by 2030.

Energy efficiency and sustainability

The expansion of renewable energy sources, their reliance on variable weather conditions, and the increasing democratization of energy generation introduce new challenges for electricity producers and the operators of power grids. Coupled with the rise of cyber threats, these developments necessitate the adoption of innovative, cyber-resilient digital technologies. Such technologies are crucial for effectively monitoring and managing the complexities of modern power systems and grids.

The growing need for stringent climate targets, comprehensive ESG reporting, and adherence to the EU taxonomy for sustainable activities is made even more critical by geopolitical instabilities and the volatility of energy and fuel prices. These factors highlight the increased importance of sophisticated energy efficiency management in both corporate and public sectors.

Utilizing digital solutions that enable the continuous remote monitoring of energy use, and the prompt detection and mitigation of losses, is crucial in navigating these challenges effectively.

Profound expertise and extensive experience in the energy sector

We have a robust track record in the development and implementation of power plants and cutting-edge digital solutions for power system monitoring and management. Our advanced solutions are implemented across control centers, substation systems, secondary equipment, and various subsystems, providing enhanced capabilities for sophisticated real-time monitoring and control.

Our digital solutions are deployed by operators in the power generation, transmission, and distribution sectors across diverse regions including Croatia, Europe, Asia, Africa, and South America.

Beyond power systems, our digital solutions also support the transmission and distribution of natural gas, along with water and drainage management. Additionally, they are utilized in various critical and urban infrastructure systems, including remote metering, consumption monitoring, loss detection, and energy efficiency management at both corporate and municipal levels, as well as in data center management.

Built on over 40 years of dedicated expertise, our digital solutions arise from extensive research and development efforts by our specialists. These solutions are specifically tailored for monitoring and managing power systems and critical infrastructure, showcasing our long-standing commitment to innovation.