TECHNOLOGY AND AI fuels and broader , more reliable and affordable energy access . At AspenTech , we view these challenges not just as obligations but as catalysts for innovation within the sector .”
Sally and AspenTech firmly feel that , by leveraging digital tools , utilities can not only comply with stricter regulatory standards but also advance their operational efficiency and grid reliability with functionality .
This will play a part in how smart grids evolve to mitigate issues , be smarter , greener and more resilient .
Electric , gas and water grids are evolving into more integrated , intelligent and interactive networks , Sally believes , and says that these entities are capable of addressing the increasing complexities of modern load demands and sustainability goals .
“ As we push toward a greener grid , smart technologies enable dynamic load management and bidirectional power flows , crucial for accommodating electrification of electric vehicles and distributed generation from renewables like solar and wind ,” she explains .
“ The grid is becoming smarter by utilising predictive analytics and intelligent forecasting to foresee and mitigate potential disruptions , ensuring reliability and reducing downtime . The focus on resilience also includes enhancing the grid ’ s adaptability to mitigate the effect of severe weather events and other environmental impacts .
“ Smart grids also employ robust cybersecurity measures and advanced
“External pressure pushes for a swift transition towards renewable energy , reduction of fossil fuels and broader , more reliable and affordable energy access ”
SALLY JACQUEMIN VICE PRESIDENT AND GENERAL MANAGER , POWER & UTILITIES , ASPENTECH
physical infrastructures to withstand both cyber and physical threats .”
With the modernisation and digitisation of power grids , not just technological upgrades but essential transformations needed to meet the future ’ s energy demands , innovative solutions including predictive maintenance and advanced simulation tools are paving the way for a resilient , efficient and sustainable energy infrastructure . This being said , the utility control room of the future will be characterised by its enhanced capacity to manage diverse energy resources , its adaptability to changing energy patterns and its robustness against emerging threats , ensuring a stable , efficient and sustainable energy future with smart technology at the heart . energydigital . com 99