Three R&D&I Projects for a Cleaner, More Circular and More Digital Industry

Meins is taking part in three research and innovation projects that have received funding from CDTI under the INNTERCONECTA-STEP 2025 call. Together, the funding we receive exceeds €1.7 million.

More and more companies need to cut their emissions, make better use of resources and rely on technology to become more efficient. To meet that challenge, CDTI (Spain’s Centre for the Development of Industrial Technology), with ERDF 2021-2027 funds, supports R&D projects in which companies and research centres work together. We are part of three of them, each tackling the industrial transition from a different angle: energy, waste and materials.

SIMBIO: Giving Waste a Second Life

SIMBIO is built on the idea that one company’s waste can be another’s raw material. The project uses biomass residues, such as forestry waste, and CO₂ of biogenic origin to produce sustainable fuels. To do so, it develops an integrated technological solution that uses artificial intelligence and digital twins to improve energy efficiency and reduce environmental impact.

The final goal is to define a replicable pilot system that can be applied in the energy, forestry and agri-food sectors, in biogas plants and in industries with high CO₂ emissions. The project is carried out in Castilla y León, Andalusia, the Valencian Community and Murcia.

METALICA: Recycled Aluminium for Better Construction

METALICA applies the circular economy to the aluminium used in industrialised construction. The project develops new recycled aluminium alloys, makes use of the waste generated in metal production, designs thermal storage systems for buildings and creates a digital tool for designing more sustainable construction.

The expected result is eco-designed aluminium components and a construction system with a lower environmental footprint. The project is carried out in Castilla y León, Galicia and the Basque Country.

EcoSHIFT-CO₂: Smart Energy for Industry

EcoSHIFT-CO₂ creates an energy ecosystem for industrial facilities that combines renewable energy, electrical and thermal energy storage and digital tools. Thanks to artificial intelligence and digital twins, the platform will be able to predict and optimise how much energy is generated, stored and consumed. This makes better use of renewables and reduces CO₂ emissions.

The solution will be validated in a pilot case in the meat industry and is designed for any industry with electrical and thermal demand. The project is carried out in Castilla y León and Andalusia.

The Projects at a Glance

SIMBIOMETALICAEcoSHIFT-CO₂
CDTI file numberITC-20251189ITC-20251049ITC-20251131
DurationJan. 2026 – Sep. 2028Jul. 2025 – Jun. 2028Nov. 2025 – Oct. 2028
Where it is carried outCastilla y León, Andalucía, C. Valenciana y MurciaCastilla y León, Galicia y País VascoCastilla y León y Andalucía
Project budget€3,398,790€3,165,013€2,007,070
Funding to MEINS€448,707.00€505,060.17€762,550.84

Total funding to MEINS across the three projects: €1,716,318.01

Why These Projects Matter to Us

Although they work with different technologies, the three projects share three ideas. They aim to decarbonise industry, close the loops of materials and resources, and rely on digitalisation to make better decisions. We also work with consortia of companies and research centres from several regions of Spain, which helps ensure the solutions are replicable and reach real industry.

At MEINS, we believe innovation is a tool for making companies more competitive and sustainable. We will continue to share the progress of each project.

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These projects have received funding from CDTI with ERDF 2021-2027 funds through the INNTERCONECTA-STEP Regional Consortia support programme. Funded by CDTI. Projects supported by the Spanish Ministry of Science, Innovation and Universities. Co-funded by the European Union. #EuropaSeSiente

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SPS-S · (Solar Power Station-String)

Main features

  • Tailor-made design according to the project technology
  • Fully outdoor solution, all components rated for exterior use
  • Oil retention tank included in the skid, simplifiying civil works.
  • Oil-filled transformers, both mineral and vegetable oil
  • SF6-free design up to 24 kV
  • Customizable LV panel, compatible with both solar string inverters and battery PCS
  • Factory-made connections, minimizing on-site labor and risk

Up to 10 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

Main features

  • Compact and Plug & Play Solution
  • Tailored design and adaptability
  • Made in Concrete
  • Civil Work optimization
  • High Installation time saving
  • Risk & Quality control assurance

Up to 5 MVA | Up to 40,5 kV

Compatible with most of th string inverter brands and models

Main features

  • European-made equipment
  • Compact, Plug & Play solution
  • Tailor-made design with easy adaptability
  • Delivered in prefabricated concrete enclosures
  • Optimized civil works
  • Significant installation time savings
  • Enhanced risk and quality assurance

Up to 4,7 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

Main features

  • Compact and Plug & Play Solution
  • Tailored design and adaptability
  • Made in Concrete
  • Civil Work optimization
  • High Installation time saving
  • Risk & Quality control assurance

Up to 1,25 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

SPS-C · (Solar Power Station - Central)

Main features

  • Compact and Plug & Play Solution
  • Tailored design and adaptability
  • Made in Concrete
  • Civil Work optimization
  • High Installation time saving
  • Risk & Quality control assurance

Up to 7,7 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

BPS · Battery Power Station

Main features

This transformer station is designed to connect to a battery container equipped with integrated string inverters. The power capacity is fully customizable, depending on the specifications and capacity of the battery container, with a maximum power capacity of up to 7 MW.

Up to 7,7 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

Main features

This transformer station is equipped with a central inverter (power electronics or SMA model). The maximum capacity is up to 5MW and is designed to be connected to a battery container.

Up to 5 MVA | Up to 40,5 kV

Compatible with most of th string inverter brands and models

Main features

This transformer station is designed to be connected directly to a battery container such as Tesla Megapack or Powerpack which count with their own inverter system integrated.

Up to 4,7 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

Transformer Station

SPS

Solar Power Station

BPS

Battery Power Station

WPS

Wind Power Station

EVPS

Electrical Vehicle Power Station

BPS · Battery Power Station

Características principales

Esta estación transformadora está diseñada para conectarse a un contenedor de baterías equipado con inversores string integrados.
La capacidad de potencia es completamente personalizable, dependiendo de las especificaciones y capacidad del contenedor de baterías, con una capacidad máxima de hasta 7 MW

Up to 7,7 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

Características principales

Esta estación transformadora está equipada con un inversor central (modelo de Power Electronics o SMA).
La capacidad máxima es de hasta 5 MW y está diseñada para conectarse a un contenedor de baterías.

Up to 5 MVA | Up to 40,5 kV

Compatible with most of th string inverter brands and models

Características principales

Esta estación transformadora está diseñada para conectarse directamente a un contenedor de baterías, como el Tesla Megapack o Powerpack, los cuales cuentan con su propio sistema de inversor integrado.

Up to 4,7 MVA | Up to 40,5 kV

Compatible with most of the string inverter brands and models

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