Fenice

The project aims to establish a new photovoltaic (PV) module production factory in Italy, specialising in n-Type and xBC (Back Contact) technologies developed in-house. The factory will produce up to 7.6 GWp of high-efficiency PV modules during its first ten years of operation. FENICE is a pioneering initiative addressing Europe’s reliance on imported PV modules in the solar industry. The project is dedicated to producing high-quality, high-performance back-contact PV modules, bridging a critical gap in European manufacturing capabilities. Using n-Type and xBC technologies is expected to achieve module efficiencies of over 24%, offering a competitive alternative to traditional modules. FENICE is expected to reach a 100% relative greenhouse gas emission avoidance compared to the reference scenario.

The project aims to become a competitive player in Europe by leveraging existing n-type technology to achieve higher module power and lower levelized cost of energy. Doing so can make the PV modules supply chain more accessible and enhance the region’s competitiveness in this industry. The electricity generated by FENICE’s PV modules could cover the electricity demand of approximately 2.5 million households annually. The project is also expected to avoid the emission of 2.5 million tonnes of CO₂ equivalent over its first ten years of operation. FENICE will use advanced manufacturing techniques to produce its modules, reducing their carbon footprint below 400 kgCO₂2/kWp.

Due to its strategic location, the factory will be built in Cittadella (Italy). It will help revive the local PV supply chain, thanks to its convenient location for market access, solid industrial infrastructure, and expertise in solar energy. The project will create over 250 direct and 380 indirect jobs. Creating a PV Academy to promote cooperation between R&D centres, universities, and industries could also help bridge the gap between research and industrial production. The project FENICE is a significant step towards re-establishing a European PV supply chain. By leveraging support from the Innovation Fund, this project can be replicated in other countries, contributing to a more sustainable and self-sufficient energy future in Europe.