Our innovative photovoltaic technologies are competitive, sustainable energy sources for the future
How premium industrialised photovoltaic technologies guarantee to reach the lowest levelized cost of energy (LCOE).
As the share of PV in the global energy mix increases, it is logical to compare electricity by PV and other energy sources. A common method is to calculate the energy price by means of the levelized cost of electricity (LCOE): this allows different technologies to be compared on the basis of a standardized calculation, both within PV and with other sources of energy generation.
With the existing photovoltaic technologies in the market we will not succeed in achieving the lowest LCOE. The industry needs to move and to invest in new PV generation technologies. We will show that factors such as lifetime, efficiency, temperature coefficient and bifaciality have the highest impact on LCOE and thus on the best cost - performance ratio in $/kWh.
In this webinar you will learn what criterias have a positive impact on the LCOE calculation and which technologies in the manufacturing of high efficient solar modules are key to achieve this goal.
Presented by
Peter Pauli,
CEO
Peter Pauli has a degree in mechanical engineering; specialising in plant engineering. Postgraduate studies in industrial engineering specialising in business management. Advanced Management Program at INSEAD.
- 1985-1990 Assistant to the Executive Board and Head of IT at Transelastic AG, CH-Wallbach (subsidiary of Siegling Group) > 1990-1995 Manager and member of the Executive Board at Transelastic AG, CH-Wallbach
-1995-2000 Appointment (1995) as Head of the Executive Board at Siegling (Switzerland) as part of the takeover by Forbo, responsible for the Extremultus product group within Siegling Group
- 2000-2002 Appointment (2000) to Head of Sales & Marketing at Siegling GmbH in DE-Hanover, responsible for the European sales and service organisations
- 2002-2010 Chief Executive Officer (CEO) and member of the Board of Directors of the Company (until 14 January 2010) and of Meyer Burger Ltd, CH-Thun
- Since 2011 Chief Executive Officer (CEO) and again member of the Board of Directors, member of the Executive Board of the Company.
Fabrice Monti di Sopra,
Head of Global Engineering
Dr. Fabrice Monti di Sopra studied Physics at ETH Zurich, Keele University and Liverpool Hospital and earned his industrial PhD in Semiconductor Physics from Avalon Photonics Ltd and EPFL Lausanne. Recently he finished his executive MBA at the University of St.Gallen.
In 2001 Fabrice Monti di Sopra started his industrial career as a semiconductor group leader in Lasag AG, a Swatch Group company, before being head of Research and Development at Rychiger AG, then CTO of Selfrag AG and CTO of Meyer Burger AG. Today he is Head of Engineering and Line Design of the Meyer Burger Holding organization and member of the board of directors of Selfrag AG.
