Dear AGISTIN Community,

Welcome to the sixth edition of our newsletter! We are excited to share the latest updates and advancements within the AGISTIN Project. Enjoy the reading!

Upcoming project webinar: Demonstrating Open-Access Tools for Advanced Grid Interfaces

The AGISTIN project is driving innovation in energy storage integration, making it smarter, more efficient, and cost-effective. The project is organising a two-hour webinar on the 6^th of February 2026, offering academics, researchers and professionals interested in modelling and tools a unique opportunity to explore our work through real-world use cases and hands-on simulations.

In this webinar, you’ll gain practical insights into how Advanced Grid Interfaces (AGI) and grid-forming technologies (GFM) can enable flexible, resilient energy systems, critical for integrating renewables, hydrogen production, and other emerging technologies. By exploring scenarios such as RoCoF events, islanding, and active power response, you’ll see how AGISTIN’s approach reduces hardware costs, improves system stability, and accelerates the energy transition.

Inside AGISTIN Lab Tests: Smarter Grids, Faster Charging, Better Batteries

AGISTIN successfully completes real case tests with Innovative Battery 

AGISTIN Pilot Installation Moves Forward in Northeast Spain 

AGISTIN and Grid-Forming: Turning Storage into Stability 

AGISTIN Advances Tests on Green Hydrogen Integration

A blueprint for smarter energy storage integration with AGISTIN

More News & Events:

• AGISTIN Showcases Energy Storage Innovation at Enlit Europe 

• AGISTIN General Assembly: Advancing Energy Storage Integration in Milan

Latest Project Scientific Production

1. Multi-physics operation and sizing optimisation in Pyomo: Application to large irrigation systems 
2. Assessing compliance of power park modules with future grid-forming capability requirements 
3. Redesign of Large-Scale Irrigation Systems for Flexible Energy Storage 
4. Potential available energy storage capacity of irrigation reservoirs in Catalunya 
5. Integration and scaling of a plate heat exchanger model for enhanced control of PEM electrolyzer systems 
6. Envelope-Based Criteria and RMS Open-Source Model for Power Park Modules under Future Grid-Forming Capability Requirements
7.  Grid Integration Study of a 50 kW Alkaline Electrolyzer into a Weak Grid with a Grid-forming Storage System
8. Energy storage sizing to mitigate clouds shading impact over solar photovoltaic off-grid pumping systems 
9. Aggregate Grid-Forming Control of Distributed Energy 
10. How to Tailor Power-Electronic Inertia to the Constraints of its Resource
11. Complementary Grid Forming: Inertia Gathered from Constrained Resources 

If you have feedback, suggestions, or are interested in collaborating, please contact us at info@agistin.eu. Stay updated on the project's developments by following our  LinkedIn and X channels. 

Warm regards,

AGISTIN Project Team

FUNDING

AGISTIN is supported by the European Union’s Horizon Europe programme under agreement 101096197.
Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or CINEA. Neither the European Union nor the granting authority can be held responsible for them.