SUNVIBE PROJECT
Relevant project information
Dates
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Role of CIRCE
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Description and objectives
The project's specific objectives are:
- Develop three novel inverter topologies for high-performance, scalable PV integration across different voltage and power ranges.
- Integrate embedded smart functionalities into inverter hardware and firmware for enhanced monitoring, diagnostics and grid interaction.
- Enable interoperable, secure and predictive digitalisation of PV plants through integrated data frameworks and monitoring systems.
- Develop advanced control strategies to enable grid support, flexibility services and optimised operation.
- Validate the SUNVIBE solutions at TRL6, ahead of a pilot-scale demonstration campaign at three complementary sites in Finland, France and Spain, up to TRL7.
- Engage market actors and stakeholders in open and dynamic dialogue for knowledge sharing.
Value proposition
- Addresses a structural challenge facing European grids caused by mass electrification and high renewable penetration, reinforcing system stability and resilience.
- Technological innovation validated up to TRL7 under real-world conditions, across three complementary pilots in Finland, France and Spain.
- Quantifiable impacts: higher energy yield, availability and flexibility, with reduced losses, curtailment and deferral of costly grid reinforcements.
- Strategic contribution to Europe's technological leadership in power electronics and to the transition towards a resilient, renewable-based energy system.
Project partners
PHAETHON (Cyprus), CERTH (Greece), UPC (Spain), TUAS (Finland), HITACHI (Spain), SUPERGRID (France), VECTOR (Spain), SOLARIGO (Finland), EDF (France), EDP R&D (Portugal), DDTech (Greece), SUITE5 (Cyprus), WIP (Germany), SPE (Belgium).