Rinnovabili • EU steps up scrutiny on high-risk solar inverters Rinnovabili • EU steps up scrutiny on high-risk solar inverters

High-risk solar inverters, EU confirms: excluded from EU funding

The European Commission is moving ahead of forthcoming cybersecurity rules, signalling immediate action to limit risks linked to certain photovoltaic components in EU-funded projects.

EU steps up scrutiny on high-risk solar inverters

The European Commission is preparing new guidelines to restrict the use of EU funds for projects involving photovoltaic inverters supplied by vendors considered high-risk for European security. This was confirmed by internal market spokesperson Siobhan McGarry in response to questions on the bloc’s protective measures and their implications for trade relations with China.

At the core of the issue lies a complex and increasingly sensitive concern. The European Union has identified concrete risks associated with the deployment of Chinese-made inverters, risks that could potentially affect the stability of the electricity system across Member States.

Europe’s dependence on foreign inverter technology

Reducing reliance on Chinese manufacturing, however, is far from straightforward. While Europe still hosts established inverter producers, its domestic industrial capacity currently meets only a limited share of demand.

In practice, around 70–80% of inverters used in European solar projects are imported from China, with the global market largely dominated by major Chinese companies. Their leadership is not only the result of competitive pricing strategies, but also of significant investments in research and development and early adoption of advanced digital technologies to optimise energy output.

The cybersecurity risks of solar inverters

What, then, is the underlying concern?

The full content is available at the following link: PREMIUM “Inverter da paesi “ad alto rischio”, l’UE conferma: esclusi da fondi UE“

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About Author / Alessia Bardi

Alessia Bardi is Rinnovabili's General Manager and Head of the Green Building and Smart City sections at Rinnovabili, where she develops editorial content and in-depth features on key topics such as energy efficiency, urban innovation, and climate transition. She also manages content strategy for industry events, overseeing their organization with a focus on emerging technologies applied to sustainable construction, smart cities, and the energy transition. Trained as an architect and a graduate of the Politecnico di Milano, she has worked with international firms on sustainable design, urban planning, tourism development, and hospital infrastructure projects. Passionate about design thinking and cross-disciplinary approaches, she has also contributed to the creation of a line of 3D-printed jewelry. She firmly believes in the crucial role of technical information and tech-driven innovation in accelerating the adoption of smart, scalable solutions in the energy and environmental sectors.