Energy / Europe

Energy Storage Projects

A new initiative named Almagos has been introduced to support energy storage projects, backed by a budget of 90 million euros. This program aims to enhance the flexibility and safety of the energy system by integrating renewable capacity through large-scale storage solutions.
Energy Storage Projects
tvidae_-_instituto_para_la_diversificación_y_ahorro_de_la_energía • 2026-02-19T09:14:55Z
Source material: Segunda convocatoria de ayudas: proyectos de almacenamiento energético mediante bombeo reversible
Summary
A new initiative named Almagos has been introduced to support energy storage projects, backed by a budget of 90 million euros. This program aims to enhance the flexibility and safety of the energy system by integrating renewable capacity through large-scale storage solutions. The initiative focuses on Greenfield projects and those utilizing existing infrastructures, emphasizing the importance of competitive proposals. Priority will be given to projects that demonstrate significant industrial value and social impact, ensuring that they are administratively advanced. The deadline for project submissions is set for February 26, 2026, with an expectation for execution to be completed by June 2035. This timeline reflects a structured approach to developing energy storage capabilities in alignment with broader energy goals.
Perspectives
short
Support for Energy Storage Initiative
  • Highlights the importance of energy storage for a flexible and safe energy system
  • Proposes a budget of 90 million euros to support innovative projects
  • Prioritizes projects with significant industrial and social impact
  • Encourages competitive proposals to enhance project quality
  • Sets clear deadlines for project submissions and execution
Concerns about Equity and Impact
  • Raises concerns about potential disparities in access to resources
  • Critiques the lack of clear metrics for evaluating social impact
Metrics
budget
90 million euros EUR
budget allocated for the Almagos initiative
This funding is crucial for advancing energy storage solutions.
This line has been adopted with 90 million euros.
deadline
February 26, 2026
proposal submission deadline
Timely submissions are essential for project planning.
The presentation of their activities ends on February 26th.
execution_deadline
June 2035
project execution deadline
Ensures that projects contribute to energy storage advancements on time.
The projects will be executed before June of the year 2035.
Key entities
Countries / Locations
Spain
Themes
#energy_storage • #almagos_initiative • #energy_storage_projects
Timeline highlights
00:00–05:00
A new initiative called Almagos has been launched to support energy storage projects with a budget of 90 million euros. The program prioritizes projects with significant industrial value and social impact, with a proposal deadline of February 26, 2026.
  • Energy storage is essential for creating a more flexible and safe energy system. Large-scale storage plays a crucial role in integrating renewable energy capacity and enhancing system stability
  • A new initiative called Almagos has been launched, focusing on projects related to energy storage through reversible pumping. This initiative aims to support both new projects and those utilizing existing infrastructures
  • The program has been allocated a budget of 90 million euros to foster competitive projects. Priority will be given to projects that demonstrate significant industrial value and social impact in their respective areas
  • Projects that are more advanced in administrative processes will also receive preference. This approach aims to streamline the development and implementation of energy storage solutions
  • The deadline for submitting project proposals is February 26, 2026. All selected projects are expected to be executed by June 2035, ensuring timely contributions to energy storage advancements
  • We continue to promote energy storage as a fundamental measure to create a more flexible and safe system. Large-scale storage is a key pillar for integrating renewable capacity and improving system stability