Enel Green Power’s photovoltaic module manufacturer 3SUN hosted in its headquarters in Catania, Sicily, the launch meeting of AMPERE ‑ Automated Photovoltaic cell and Module industrial Production to regain and secure European Renewable Energy market. The meeting gathered representatives of all the partners involved. 3SUN is the coordinator of the AMPERE project.
The project is funded by the Horizon 2020 European research and innovation programme, LCE-09-2016-2017, aimed at increasing the competitiveness of European photovoltaic industries.
The AMPERE consortium includes all major European research centres as well as leading photovoltaic companies and is coordinated by 3SUN.
AMPERE seeks to develop a fully automated pilot line for the production of modules based on an innovative high-efficiency technology. The new bi-facial, heterojunction modules, which use amorphous and crystalline silicon, ensure high efficiency and production levels, as well as low panel deterioration levels. The first of these new modules will be produced in the first half of 2018, before swiftly ramping up production to a maximum of 240 MWp in 2019.
The funding for the AMPERE consortium amounts to 14 million euros (of which 8.3 million euros for 3SUN and 0.5 million euros for Enel Green Power) for the acquisition and installation of automated equipment at the 3SUN facility. The project aims at setting up a production line capable of manufacturing heterojunction cells and modules and, at a later stage, at expanding the production capacity of the factory.
The above funding is linked to another grant of 14.1 million euros, which is currently being evaluated by Italy’s national agency for attracting investment and enterprise development, Invitalia. The funding under evaluation by Invitalia has already been appropriated by the Ministry for Economic Development and the Region of Sicily. Both funds are intended to finance orders for production equipment and the plants for the technological conversion of the 3SUN facility from the outset of the project, which initially involves the assembly of photovoltaic cells for the production of bi-facial modules.
The photovoltaic cells, with a capacity to convert nearly one-quarter of solar radiation into electricity will be developed by applying innovative manufacturing processes.
Production will be digitised through the implementation of high-level automation, which includes line controls to ensure high productivity at competitive costs.