Advertise on podcast: The EU Energy Projects Podcast

Speaking to the EU Energy Projects Podcast, Anastasios Manos outlined how Hellenic Electricity Distribution Network Operator (HEDNO) is preparing Greece’s electricity network for a future shaped by smart meters, distributed renewables, electric vehicles, port electrification, artificial intelligence and increasingly unpredictable climate conditions. HEDNO operates about 250,000 kilometres of electricity lines, 4.5 million pillars and serves around 7.7 million customers, while also being responsible for distribution systems on Greece’s non-interconnected islands. But the role of the DSO is changing rapidly as much of the energy transition takes place at distribution level. Listen to more EU Energy Projects Podcast episodes

In this episode, Bjørn Rannestad, SiC4GRID innovation manager, deep dives into the development of innovative silicon carbide technologies for power electronics. HVDC and more recently MVDC converters have become essential for integrating DC based renewables to the traditional AC grid. However, like all technologies these continue to evolve with new materials and other developments – and it is this evolution that SiC4GRID is addressing, with the development of next generation modular silicon carbide (SiC) semiconductors for HVDC and MVDC converters with both cost and size reductions that can increase the efficiency and grid integration of renewables. The project also is intended to support the European Commission’s intent to stimulate a sovereign semiconductor supply chain.

In this episode of the EU Energy Projects Podcast Jonathan Spencer Jones talks to Spiros Mouzakitis, coordinator of EnergyGuard, on AI testing and experimentation facilities. As a critical sector the energy infrastructure presents specific challenges around safety and security with the integration of new technologies. The latest is AI, and with recent reports of models going rogue, the need for trust through testing and validation – as highlighted for action in the EU’s energy digitalisation and AI roadmap – is clear. Such preparatory work is well underway and EnergyGuard, one of three current projects advancing testing and experimentation facilities - the others being EnerTEF and AI-Effect - is focussed on establishing an open facility for real world testing in a cost-effective and easy way, especially for SMEs and startups.

In this episode of the EU Energy Projects Podcast, Jonathan Spencer Jones talks to Tomi Medved, who coordinates the STREAM project on flexibility on the LV side of the grid. But there are challenges in delivering that flexibility to the markets, particularly on the LV side of the grid where there is a plethora of devices – EVs, heat pumps and residential batteries – that potentially can participate and be monetised for it. That is where STREAM comes in, establishing and defining the ecosystem to enable this participation and monetisation of small scale flexibility resources.

In this episode of the EU Energy Projects Podcast, Jonathan Spencer Jones talks to Alberto Ogura, Industry Lead, and Marlene Zanier, Circular Economy Lead, at Climate KIC.One of the first of Europe’s ‘knowledge and information communities’ (KIC), pronounced ‘kick’) the Climate KIC is focussed on addressing climate change by fostering innovation projects that drive decarbonisation and enhance climate resilience.And with a whole system approach it addresses not only the ‘visible’ but also the ‘invisible’ aspects of climate change, such as ‘mindset’.

In the latest episode of the EU Energy Projects Podcast, representatives from the ALRIGH2T and pAIramid projects, both members of the Zabala Cluster, discuss how hydrogen technologies and artificial intelligence are helping make that transformation possible. María Yáñez, R&D Project Consultant at Zabala Innovation, explains how the ALRIGH2T project is preparing airports for the introduction of liquid hydrogen. Rather than focusing solely on technology development, the project addresses the practical realities of hydrogen deployment, including storage, refuelling infrastructure, safety procedures, operational logistics and regulatory harmonisation across Europe. A digital twin of the refuelling system further enables engineers to simulate complex scenarios before carrying out physical demonstrations.

A growing number of projects are drawing on space-based data, with its potential to deliver near real time mapping and monitoring of the Earth and support the development of more and more use cases. One of the early projects is BLUE-X – the ‘Blue energy offshore installation accelerator’ – which is focussed on accelerating offshore renewable energy deployment. “The idea is to bring together Earth observation data, high resolution environmental datasets and analytics into one web based decision support tool,” explains project manager Simone Zepp, project manager at EOMAP.

José Pablo Chaves Ávila from BeFlexible and Katerina Drivakou from ENFLATE explore the growing role of flexibility in the energy system. BeFlexible and ENFLATE, both part of the Energy Nexus cluster, approach flexibility from two different but complementary aspects – BeFlexible on regulatory strategies and market frameworks to incentivise system operators to procure flexibility and ENFLATE on how to engage end users in flexibility provision. They also are equally important. José Pablo positions regulatory design as the “hidden engine” in the energy transition, stating that if the regulatory framework rewards the DSOs for building more cables rather than procurement of flexibility, then it won’t be deployed at scale. Likewise Katerina highlights the need to put “citizens at the centre” of the transition, with ENFLATE taking the novel approach of combining other services such as mobility and healthcare – a health monitoring app is in development, for example – to stimulate engagement.

In the latest episode of the EU Energy Projects Podcast, Areti Ntaradimou spoke with Jens Merten of CEA, coordinator of the EU-funded DC Power project, about how medium voltage DC grids could transform the way energy is distributed and consumed across industrial sites, data centres and future large-scale electrification projects. The project will demonstrate its technology at two real-scale industrial sites, including a data centre and an electrolyser installation in Greece. By reducing unnecessary power conversions between AC and DC, the consortium aims to significantly improve energy efficiency while lowering material requirements and system complexity.

In the latest episode of the EU Energy Projects Podcast, Alicia Kalms of OpenLab and Sofía Mulero of BuildON discuss how their EU-funded projects are using digitalisation, innovation and community engagement to create more sustainable and energy-efficient living environments. While both projects share the goal of supporting Europe’s clean energy transition, they approach the challenge from different angles. BuildON focuses on individual buildings, developing digital twins, artificial intelligence tools and advanced optimisation services to improve energy performance, increase flexibility and enhance user interaction. OpenLab, meanwhile, works at neighbourhood scale, transforming urban districts into Positive Energy Neighbourhoods where buildings, renewable energy sources, storage systems and residents operate as part of an integrated energy ecosystem.

For this special episode, Helena Gerard (EU-DREAM) steps in as guest host, joining Kostas Tsatsakis (DIGITISE) and Simone Nicolussi (CELINE) for a discussion on how digital tools, data platforms and consumer-focused services can help transform passive consumers into active participants in the energy transition. The discussion highlights common themes emerging across the three projects, including interoperability, data management, privacy, cybersecurity, digital literacy and citizen engagement. The speakers emphasise that while technological innovation is advancing rapidly, success will ultimately depend on trust, accessibility and ensuring that no consumer group is left behind.

In this episode of the EU Energy Projects Podcast, EDP’s Daniel Albuquerque introduces the TALOS project. A major challenge with the use of solar PV is keeping the panels in operating condition and clean and well maintained so that the output is maximised, particularly in remote areas, which can be challenging to access and where also conditions tend to be more extreme, perhaps with more birds present and in some more sand or humidity in the environment. This is where TALOS comes in developing robotic and digital AI-based solutions to support the operation and maintenance of the PV, with a focus on three PV types: the standard ground mounted PV, floating PV located in water bodies and agrivoltaics in which the PV is installed in an agricultural setting.

In this episode, Jonathan Spencer Jones is joined by Paolo Veronesi, professor of metallurgy at University of Modena and Reggio Emilia to break down the Metawave project. A significant challenge in the drive for net zero is the decarbonisation of energy intensive industries such as ceramics, glass or concrete. The further challenge is that the diversity of industries with their individual characteristics and processes require individual solutions. One of these is high temperature heating and microwave – well established as a medium for cooking – seems to offer potential in industry as a replacement for fossil-fuel based heating. “We decided to use microwaves because of their volumetric, selective and rapid nature of heating. And they are also useful to process multi-phase materials or materials having a low thermal conductivity,” Paolo explains.

In this episode of the EU Energy Projects Podcast, Areti Ntaradimou was joined by Duncan Gibb and Mojtaba Kamarlouei from the F6S cluster to discuss intelligent grid-forming buildings, interoperability, flexibility markets and the increasingly important role data is playing in Europe’s energy transition. At the center of the discussion was the WeForming project and the idea that buildings should no longer be viewed merely as passive energy consumers. Instead, they can become active participants in the energy system; flexible, responsive and capable of interacting directly with the grid.

In the latest episode of the EU Energy Projects Podcast, Areti Ntaradimou is joined by Hugo Morais from the INESC ID cluster, representing three EU-funded projects: SHIFT2DC, U2Demo and EV4EU.  While the projects focus on different parts of the energy system, they share a common ambition: to support electrification, increase flexibility and make energy assets more visible, controllable and useful for the grid. SHIFT2DC explores the potential of direct current solutions in buildings, data centres, industry and ports. The logic is simple but powerful: many of the technologies we use today, from PV panels and batteries to EV chargers and servers, already operate in DC. Reducing unnecessary conversions could therefore improve efficiency and support decarbonisation. U2Demo focuses on energy communities and real-life demonstrations. Here, the challenge is not only technical. As Hugo explains, integrating heterogeneous systems is difficult, but regulation can be just as complex. Different countries have different rules on governance, for example or in sharing flexibility services, which means tools often need to be adapted country by country. EV4EU, which is approaching its conclusion, brings the electric mobility angle. Among its key results is a prototype bidirectional charging station using CCS technology, as well as open source tools for charging point operators. Yet the conversation also makes clear that electric vehicles will only become real flexibility assets if users are engaged, infrastructure is ready, and business models properly reward participation. What stands out in this discussion is that digitalisation is not just a nice addition. Without data, there is no control; without control, there is no intelligence; and without intelligence, the benefits remain limited.