The 13th edition of SiliconPV will take place from April 11-13, 2023 and will be hosted by TNO and the Delft University of Technology, The Netherlands.
- 09:00 (CET)
Hybrid / Delft
SiliconPV Conference from April 11-13, 2023
The conference covers a variety of exciting topics around crystalline silicon for photovoltaic application, which is still the leading technology for solar electricity generation!
Join the SiliconPV week either online or on-site and keep up to date on all aspects on crystalline silicon PV including hybrid tandems with silicon bottom cells, simulations/characterization, p-type and n-type solar cells bankability and a lot more!
'PV is the technology to hasten the energy transition and it can be done big, already now, and in the future with much better technologies. Compared to the current commercial PV technologies conversion efficiencies can be doubled by applying multijunction PV, prices can be reduced by another factor two to three, PV can be fully integrated in every surface, and its environmental impact can be minimized. I am looking forward to hearing the latest results on novel technologies.'
nPV Workshop from April 13-14, 2023
Taking place directly after the SiliconPV conference with one overlapping day, the workshop provides a complete overview of all trends, innovations and developments of n-type technology. The nPV Workshop is hosted by the Delft University of Technology, The Netherlands.
New wind energy technology
Offshore wind energy will experience significant growth in the coming decades, both technologically and in the amount of capacity installed. TNO is working on new techniques and methods.
Wind farms in synergy with society and environment
The aim of TNO is to ensure that future wind farms are built as much as possible in symbiosis with all these parties, especially nature and the environment.
Energy islands for conversion, transport, and storage
Part of the future of wind energy are energy hubs at sea. TNO researches generation, storage and distribution of energy between countries.
Safe and flexible integration and monitoring of wind farms in a hybrid energy system
TNO is working on getting wind farms, solar farms, electrolysis units and battery systems to integrate as one sustainable hybrid power plant.
Required infrastructure to integrate offshore wind into the energy system
The strong growth of wind at sea means that more and more wind energy has to be fed into the energy system. TNO is investigating what infrastructure is needed for this.