Increase grid capacity and integrate renewable energy sources with sustainable solutions from Siemens and Tietrovy. Our open, interoperable model for digital transformation expands grid operators’ capabilities to navigate energy demand and climate extremes.
Power utilities are under pressure to achieve energy efficiency and navigate climate challenges. Siemens and Tietoevry are partnering to provide operators with the digital capabilities they need to maintain, plan and future-proof the grid. Grid operators can run simulations to analyze power quality, frequency stability and supply restoration using Siemens Gridscale X software on the Tietoevry Network Information System.
Digitalized processes with process automation increase efficiency in planning and maintaining the grid.
Accelerate grid transformation with a unified grid model for seamless integration of new capabilities.
Improve customer experiences with flexible, comprehensive interfaces that raise situational awareness.
The global energy transition requires extensive changes to the existing grid infrastructure and how it is managed. The energy sector needs to accelerate digital transformation to keep up with growing power demands and distributed energy resources. Siemens is partnering on new digitalization solutions to future-proof power utilities with Tietoevry, a leading Nordic digital engineering and software company.
Grid operators can run multiple simulations on the same grid model using Siemens Gridscale X software on the Tietoevry Network Information System (NIS). Siemens digital twin simulations save teams time and effort, seamlessly integrating additional capabilities to achieve efficiency and sustainability in grid management.
Optimize power systems with PSS®SINCAL, a k modular, customizable simulation feature of Siemens Gridscale X. Operators simulate and analyze power systems with PSS®SINCAL to plan, design and operate more effectively. Find out how you can achieve gains in power quality, frequency stability, distributed generation interconnection, protection coordination, restoration of supply, economic driven design decisions and more.