EMPOWERING CLEAN
INDUSTRIAL ENERGY

THE FUTURE OF HEAT STORAGE & UTILISATION

EMPOWERING CLEAN INDUSTRIAL ENERGY

STOREDGE is a cutting-edge EU-funded research project redefining how we store and use heat. By developing a novel thermochemical storage and upgrading system, the project aims to empower industrial sectors with efficient, long-duration, and scalable energy solutions that support a carbon-neutral future.

The technology stores heat in chemical bonds, enabling indefinite storage with no thermal losses and releasing it at much higher temperatures for industrial processes or efficient power cycles.

OUR VISION

REVOLUTIONISING THERMAL ENERGY STORAGE

STOREDGE envisions an energy system where industrial users can reliably store renewable or waste heat and recover it when needed—upgraded to higher temperatures for maximum efficiency. This vision enables cost-effective, clean, and flexible power generation across Europe’s most energy-intensive sectors.

OUR MISSION

Our mission is to validate a first-of-its-kind thermochemical energy storage system that can meet long-duration storage needs while delivering high-temperature heat with minimal losses.

With its modular design and compatibility with various energy sources like solar thermal and green electricity, STOREDGE offers a promising route to industrial decarbonisation and grid flexibility.

OUR OBJECTIVES

Advancing Long-Duration Heat Storage

Design and test a TRL 4 thermochemical system that stores medium-temperature heat for days to seasons without degradation.

Upgrading to High-Efficiency Heat

Enable efficient power cycles and industrial applications by upgrading stored heat to high temperatures using water vapor pressure manipulation.

Accelerating Industrial Decarbonisation

Deliver a cost-effective and sustainable alternative to fossil fuel-based heating and power generation systems.

OUR ACTIVITIES TO
TRANSFORM ENERGY
STORAGE

> Technology Validation & System Design

We design, build, and test a compact thermochemical storage prototype under relevant laboratory conditions to validate its potential in industrial environments.

> Material Selection & Optimization

hydroxide, we engineer optimal materials for storing heat via chemical bonds at ambient temperatures.

> Scalability and Flexibility Studies

We assess scalability up to hundreds of MWh and flexibility for various industrial and renewable energy integration scenarios.

> Cross-Sector Collaboration

Showcasing our accomplishments, we engage in activities to present, explain, disseminate, and provide visibility to project results. Our efforts transcend borders, reaching stakeholders, policymakers, and the public to underscore the positive influence of Going Live! on the seasonal tourism employment landscape.

> Dissemination & Visibility

Through targeted outreach, we share our progress and achievements to inspire wide adoption of sustainable storage technologies across Europe.

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