Enhanced control and exploit flexibility in operation for microgrids using HIL and PHIL experiments (ACROPOLIS)

ACROPOLIS aims to contribute to the sustainable energy landscape by leveraging advanced 
digital solutions for real-time simulation, resource flexibility, and collaborative partnerships. 
The project focuses on digitalized Control and Operation for emerging power systems, using 
real-time digital simulation tools to accelerate the development, deployment, and market 
adoption of innovations critical to the 4D energy transition—Decarbonization, Digitalization, 
Decentralization, and Democratization. At its core, ACROPOLIS is built on three key pillars: 
 Enhancing the grid integration of renewable energy sources (RES) to support a more 
sustainable energy mix. 
 Improving system controllability, reliability, and efficiency through advanced digital 
control frameworks.  
 Fostering microgrids and energy communities by promoting collaborative partnerships 
and innovative technologies. 
To achieve its goals, ACROPOLIS will develop and validate a suite of Key Exploitable Re
sults, integrating hybrid optimal control tools, digital twins, and Hardware-in-the-loop (HIL) & 
Power-Hardware-in-the-loop (PHIL) experiments. These innovations will enhance technology 
performance, extend the lifespan of RES assets, and unlock new flexibility solutions for 
emerging low-inertia power grids. Ultimately, ACROPOLIS contributes to the transition to
wards zero-emission power systems, reinforcing Europe's leadership in sustainable energy.