WP1:
• Defined possible dimensions, according to existing windows (1 x 1 & 0,6 x 0,6 m) for ALBA demo site.
• Analyzed possible foil connections, considering insulation needs (aluminum frame) and color, for minimum impact for ALBA demo site.
WP2:
• Comprehensive regulatory surveillance framework established and operational, covering approximately 160 EU and national regulatory documents relevant to Building-, Automotive- and Agri-PV applications.
• The certification process is ongoing, including submission of IPV samples to TÜV Rheinland and execution of prequalification testing.
• Completed the third iteration of LCA and LCC for all IPV families, integrating updated manufacturing data and confirming key environmental and cost drivers to support eco-design and exploitation decisions.
WP3:
• Designed, upscaled, and integrated laser scribing (P1–P3), laser trimming, and 4-axis coating tools for R2R OPV manufacturing.
• Defined and validated stable laser process windows across full web widths, ensuring repeatable OPV patterning.
• Achieved full system integration (mechanical, optical, electrical, and safety), supported by inline and ex-situ validation.
• Successfully achieved Milestone MS3, confirming readiness of the manufacturing tools for system-level integration.
WP4:
• IPL was successfully upgraded form the previous design. Main achievements: Excitation source from laser to LED. No need for laser safety anymore. Sensor upgraded form 4096 x 1 linescan to 8192 x 196 TDI linescan with ~200 times higher sensitivity. Use of own encoder makes the system more robust.
• Coating and Laser AOI operation performance and accuracy were validated by means comparing AUTh high resolution measurement with off image recording and processing at INC
WP5:
• Established the central R2R database and Main Console enabling coordinated line control, traceability, and run management.
• Implemented real-time run control and validated communication for Assembly Line stations 1–8, supporting ModuleID tracking and QC visualization.
• Finalized the encapsulation system design with scalability provisions and selected aluminum as the carrier material.
• Optimized encapsulation and lamination parameters and validated a single-step, large-area laminator for IPV production.
WP6:
• Development of the R2R Machine Chassis.
• Developed and validated critical web-handling and process subsystems, ensuring stable processing of OPV layers.
• Defined and integrated traceability and registration concepts for the R2R line, supporting alignment across coating, printing, and laser scribing steps.
• Installation of the AAM at OET facilities and initiated testing.
WP7:
• Conducted optical modelling and experimental validation to optimize OPV transparency and performance for window and greenhouse applications.
• Performed lamination trials and initiated IPV manufacturing using newly developed processes, supported by aging and stability testing.
• Advanced large-scale OPV production via the R2R pilot-to-production line in preparation for demonstration deployment.
• Implemented accelerated aging and lifetime validation protocols to assess material and device stability.
• Initiated OPV recycling development, establishing mechanical baselines and validating promising chemical recycling and disassembly approaches.
WP8:
• Detailed technical arrangements finalized for OPV installation at ALBA, including area identification.
• Construction of the tilting system for IPV installation completed, with hydroponic gutters installed to accommodate rockwool substrates and plants.
• Progress achieved on the BIM modelling of PV elements, including integration and visualization within the 3D model of the Mediterranean Greenhouse (MG).
• Definition of the carport structure for IPV installation by CRF.
• Compatibility of OPV/IPV modules with glass, flexible substrates, and encapsulation materials validated for the different demo cases.
WP9:
• KPIs for Toolkit organized and proposed by HOPE-A and ALBA
• ICN Logo and promotional materials were prepared
• Site preparation for ICN
• Promoting ICN through conferences, exhibitions and Workshops
• Contact with Seamless PV Project in the IPV Conference
• Government acceptance by contacting local authorities
WP10:
• Ensured continuous project visibility through regular updates of the website and social media channels, supported by monitoring of outreach metrics.
• Disseminated project results through more than 30 international events, including over 20 oral and 10 poster presentations, and organization of more than 5 dedicated dissemination events.
• Achieved broad media coverage with over 80 press releases and articles in national and international outlets.
• Defined the exploitation strategy and identified key exploitable results for all partners, supporting long-term sustainability.
• Identified foreground innovations and developed partner-specific IPR strategies.
WP11:
• Ensured effective technical and administrative coordination during RP2, maintaining project continuity despite major consortium changes.
• Managed partner terminations and task redistribution, and coordinated preparation of a Grant Agreement Amendment including a 12-month extension request.
• Monitored technical progress, deliverables, milestones, and resources through regular governance meetings.
• Maintained high-quality reporting, quality assurance, risk management, and data management processes in line with EC requirements.
• Supported coordination across manufacturing, DMCP, and demonstration activities to mitigate cascading delays.
