.grow.transform.imagine
We develop digital solutions for the integration of renewable energy production and storage, using predictive models for production, consumption and smart energy management relevant to the industrial, port, residential and commercial sectors.
We are also experts in organic waste recovery through the production of renewable gases, biomass waste recovery, and testing new biofuels to be used in the transport sector.
Solutions
It optimizes an unlimited number of supply points
It centralises smart management.
elene is our AI solution for the energy sector. It operates on an IoT platform that currently monitors 3,597 supply points, transforming data into key information for our clients.
It centralises the management of all your properties to optimise invoicing, increase savings and enhance energy efficiency, all within a single platform. Contact us for more information.
Size, optimise and store your energy
Optimise your renewable energy installation.
We help you to implement a unified management of production, consumption, storage and flexibility across all your assets.
Our end-to-end operations platform enables data analysis, automated control, the identification of energy-saving opportunities and the analysis of different scenarios through advanced predictive algorithms and digital twin technology for energy systems. Contact us for more information.
Waste
recovery
Production of biofuels and renewable gases.
We help you to recover organic waste by producing renewable gases (biogas, biomethane) and by recovering biomass waste (agroforestry, industrial and sludge from WWTP (wastewater treatment plant).
We also have expertise in testing new biofuels for transport. Tell us about your specific needs, and we’ll assess the best solution for your case.
monitored energy consumption points
annual energy savings for our clients (kWh) in 2025
energy audits conducted
professionals trained since 2011
Advanced Consulting
Your roadmap to reduce energy consumption.
652 interventions and the integration of the latest technological advancements are the key to ensuring success in the end-to-end energy optimization process for your facilities. It is our job to carry out a detailed analysis of improvement opportunities and set clear objectives for energy savings, efficiency, and decarbonisation.
Training EVO
Certify energy savings with an internationally recognised standard.
Boost your career with the official EVO (Efficiency Valuation Organization) training. Learning the International Performance Measurement and Verification Protocol (IPMVP®) will enable you to implement reliable energy-saving measurement and verification plans in accordance with the most widely recognised standard in the market.
Cutting-edge energy infrastructure in Spain
We simulate and emulate complex energy systems, from business parks to hospital complexes or entire city districts. This ability to analyse, design and optimise energy systems before real-world implementation is achieved through highly reliable digital models that simulate the behaviour of different facilities, combining energy production, storage and consumption within the same network.
A secure environment for technology validation, where to test equipment, settings, and control strategies, thereby reducing development times and the costs of actual deployment. For this purpose, we have a photovoltaic installation up to 24 kW with inverters and batteries, an electric vehicle charging point, regenerative power converters, AC microgrids and SIL/HIL systems, as well as thermal and hydrogen equipment.
Furthermore, our Flythings smart management platform, which monitors and controls the laboratory in real time, integrates AI for energy prediction and optimisation. This enables us to anticipate production and demand, maximising resources and adapting to different industrial environments.
We get the most out of the waste produced by your business through complete biogas and biomethane solutions.
We analyse the actual potential for biogas production and explore co-digestion options so you can optimise resources and increase the profitability of your project. We have advanced equipment for the integral characterisation of waste, digestates and gases, as well as batch and semi-continuous testing systems that allow us to test new substrates, optimise pre-treatment processes, and ensure process stability before moving to full-scale operation.
We are also specialists in gas stream valorization. We develop and implement upgrading solutions based on adsorption, membrane separation and other CO₂ capture technologies, adapted to each project. The result: high-quality biomethane and more efficient, sustainable processes
We characterise and recover agroforestry and industrial waste, and WWTP sludge, to convert them into technically viable energy projects.
We carry out exhaustive energy analyses (moisture, ash, volatiles, fixed carbon and calorific value) to determine their true potential as biofuels and their behaviour in thermochemical processes. On this basis, we run a pilot gasification plant that produces and analyses in real time syngas and hydrogen, evaluating conversion yields and the capture of biogenic CO₂, providing key data for advanced energy recovery and potential Bio-to-X pathways.
The differential value is not merely experimental. We integrate the results into technical-economic reports that include material and energy balances, CAPEX/OPEX estimates and preliminary profitability analyses, providing the client with a clear roadmap for investing with lower risk in energy recovery projects, renewable hydrogen and, where applicable, the development of e-fuels and industrial decarbonisation strategies.
We drive the development of advanced materials through an integrated approach that includes everything from synthesis to specialised characterisation. Using digital modelling tools and functionalisation techniques, we develop innovative solutions for strategic sectors such as the chemical, steel, food and energy industries.
The laboratory has equipment for the production and conversion of hydrogen on a laboratory scale via electrochemical methods, including test benches for alkaline/AEM electrolysers, PEM electrolysers, and a test bench for SOEC/SOFC and co-electrolysis technologies.
We develop advanced materials for CO₂ capture and syngas production via SEWGS, as well as catalysts for biological methanation. We convert captured CO₂ and H₂ into liquid fuels such as e-SAF and methanol derivatives, optimise synthesis using advanced catalysts and process digitalisation, and integrate electrochemical technologies (DMFC) for naval mobility and energy management
The challenge of decarbonising Atlantic ports
We are working with the ports of Ferrol, Granadilla (Tenerife) and Leixões (Porto) to transform them into energy ecosystems that produce green energy for their own use and for their surroundings areas.
14 examples of energy communities where everyone wins
In local energy communities (LECs), citizens and businesses work together to produce, manage and consume their own renewable energy, with very significant savings.
Marine plastic waste that purifies water
It is now possible to transform marine plastic waste into materials with a high capacity to absorb pollutants and into sources of clean energy, thereby closing the circle between pollution and sustainability.
Wastewater from A Coruña as a renewable energy source
We produce biogas, biomethane, renewable hydrogen and syngas from the wastewater at the wastewater treatment plant (WWTP) in A Coruña. And we have been doing so without interruption since 2020.