EU-Wide Advantages & Opportunities for HORIZON-CL5-2025-02-D3-11

1. Single Market Access

• Reach >450 million consumers through one harmonised internal electricity market (IEM).

• Novel smart-inverter solutions that satisfy EU grid-code requirements (RfG, NC-DCC, NC-RFG) can be commercialised once and deployed across all 27 Member States without country-specific redesign.

• Medium-voltage PV inverters that pass CE-conformity open doors to public procurement channels (e.g. joint cross-border tenders under the Clean Energy Package) and to growing prosumer/energy-community segments in all EU regions.

2. Cross-Border Collaboration & Knowledge Exchange

• Consortiums can tap excellence from wide-bandgap semiconductor clusters (e.g. Dresden/Chemnitz-DE, Leuven-BE, Catania-IT), cybersecurity hubs (Tallinn-EE, Grenoble-FR) and digital-twin competence centres (Espoo-FI, Valencia-ES).

• Hardware-in-the-loop (HIL) test beds can be shared under ECCSEL & DERlab networks, lowering CAPEX for validation.

• The EUPI-PV Partnership provides a ready-made platform for collective KPI monitoring and best-practice dissemination to >120 affiliated organisations in 23 countries.

3. Alignment with Core EU Policies

• Direct contribution to the European Green Deal and REPowerEU target of 750 GW of solar by 2030 through higher PV yield and grid-support services.

• Supports Digital Europe & twin transition goals by embedding IoT sensors, digital twins, AI predictive maintenance and cyber-secure firmware.

• Addresses Fit-for-55 obligations for flexibility and grid resilience, enabling DSOs to host >70 % variable RES share by 2030.

4. Regulatory Harmonisation Benefits

• Early involvement in CENELEC/ETSI standardisation (EN 50549-2, EN IEC 62109) accelerates time-to-market and creates first-mover IP positions.

• EU-wide Cyber-resilience Act & upcoming Network-Code on Demand-Side Flexibility create a predictable compliance pathway; funded projects can co-shape delegated acts through the partnership’s Strategic Research & Innovation Agenda (SRIA).

5. Access to EU Innovation Ecosystem

• Leverage joint research infrastructures: European Solar Test Installation (ESTI), JRC Smart Grids Lab, Fraunhofer ISE PV-TEC, IMEC GaN pilot lines.

• Talent pool: recruit ESRs & post-docs via Marie Skłodowska-Curie COFUND, ensuring long-term know-how retention.

6. Funding Synergies

• Combine lump-sum IA with:

• Connecting Europe Facility (CEF-Energy) for cross-border grid integration pilots.

• LIFE Clean Energy Transition for market-uptake and training packages.

• InvestEU & EIB Green Loans for first-of-a-kind commercial deployment.

• Regional co-funding (ERDF, Just Transition Mechanism) can scale pilot lines in coal-transition regions (e.g. PL, BG).

7. EU-Wide Scale & Impact Potential

• Standardised smart-inverter architecture enables gigawatt-scale roll-out in national recovery plans (e.g. Italy’s “Parco Agrisolare”, France’s “Plan Solaire 2030”).

• Flexibility services (synthetic inertia, dynamic voltage support) create new revenue streams in EU balancing markets (EBGL compliant), increasing project bankability.

• Contribution to EU target of 500 GW of distributed storage by 2050 through seamless PV-battery-EV interoperability.

8. Strategic Value of Acting at EU Level

• Fragmented national efforts cannot alone develop the critical mass for wide-bandgap semiconductor supply chains; an EU-spanning consortium mitigates supply-risk and secures strategic autonomy.

• Joint cyber-security certification (pending European Cyber-Certification Framework) reduces duplication and enhances trust among DSOs/TSOs.

• Pan-European datasets from multiple climatic zones feed robust AI models, improving predictive O&M accuracy versus single-country pilots.

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Bottom Line: Participating in HORIZON-CL5-2025-02-D3-11 through the EUPI-PV Partnership offers an unparalleled platform to design, validate and commercialise next-generation smart inverters at EU scale, leveraging harmonised regulations, vast consumer markets and multilayer funding to accelerate Europe’s solar-powered, digitally-enabled energy transition.