1.
J Ulbikas; V Ulbikaite; J Denafas; R Witteck; M Köntges; M Topič; F Frontini; P Bonomo; P Macé; P J Bolt; A Ulyashin; T Haarberg; W Palitzsch; B Terheiden; I Weiss; A Fuentes
SUPER PV project – Developing innovative PV systems for cost reduction and enhanced performance Vortrag
Chicago, IL, USA, 18.06.2019, (46th IEEE Photovoltaic Specialist Conference (PVSC)).
@misc{Ulbikas2019,
title = {SUPER PV project – Developing innovative PV systems for cost reduction and enhanced performance},
author = {J Ulbikas and V Ulbikaite and J Denafas and R Witteck and M Köntges and M Topič and F Frontini and P Bonomo and P Macé and P J Bolt and A Ulyashin and T Haarberg and W Palitzsch and B Terheiden and I Weiss and A Fuentes},
year = {2019},
date = {2019-06-18},
address = {Chicago, IL, USA},
abstract = {PV deployment growth is an incomparable success story in the energy sector over recent years. Today PV has become one of the cheapest forms of electricity production globally and in some regions is now the most competitive unsubsidized form of electricity with emerging business models based purely on levelized cost of electricity (LCOE) estimations. Despite the positive cost and growth developments, due to competition from third countries European PV manufacturers are facing decline in production and without fast measures can completely disappear from the market.
Europe PV landscape is today characterized by fragmentation of the value chain, while major solar actors are vertically integrated. This fragmentation is believed to be one of the major threats for the competitiveness of the European PV sector.
SUPER PV is a collaborative European-funded project (within the framework of the Horizon 2020 Research and Innovation program) initiated in 2018 by 26 partners in reaction to this trend. In the SUPER PV project we are proposing a combined solution addressing both, technological improvements and data management methods based on utilization of Big Data Analytics, targeting a significant reduction of LCOE (26%-37%). This reduction will be achieved through demonstration of a careful selection of innovations, which will improve the main components of the LCOE. Introducing SUPERior quality PV systems will create conditions for accelerating large scale deployment of PV in Europe for both utility (non-urban) and residential (urban) scenarios and help EU PV businesses to regain leadership and competitiveness on world market.},
note = {46th IEEE Photovoltaic Specialist Conference (PVSC)},
keywords = {},
pubstate = {published},
tppubtype = {presentation}
}
PV deployment growth is an incomparable success story in the energy sector over recent years. Today PV has become one of the cheapest forms of electricity production globally and in some regions is now the most competitive unsubsidized form of electricity with emerging business models based purely on levelized cost of electricity (LCOE) estimations. Despite the positive cost and growth developments, due to competition from third countries European PV manufacturers are facing decline in production and without fast measures can completely disappear from the market.
Europe PV landscape is today characterized by fragmentation of the value chain, while major solar actors are vertically integrated. This fragmentation is believed to be one of the major threats for the competitiveness of the European PV sector.
SUPER PV is a collaborative European-funded project (within the framework of the Horizon 2020 Research and Innovation program) initiated in 2018 by 26 partners in reaction to this trend. In the SUPER PV project we are proposing a combined solution addressing both, technological improvements and data management methods based on utilization of Big Data Analytics, targeting a significant reduction of LCOE (26%-37%). This reduction will be achieved through demonstration of a careful selection of innovations, which will improve the main components of the LCOE. Introducing SUPERior quality PV systems will create conditions for accelerating large scale deployment of PV in Europe for both utility (non-urban) and residential (urban) scenarios and help EU PV businesses to regain leadership and competitiveness on world market.
Europe PV landscape is today characterized by fragmentation of the value chain, while major solar actors are vertically integrated. This fragmentation is believed to be one of the major threats for the competitiveness of the European PV sector.
SUPER PV is a collaborative European-funded project (within the framework of the Horizon 2020 Research and Innovation program) initiated in 2018 by 26 partners in reaction to this trend. In the SUPER PV project we are proposing a combined solution addressing both, technological improvements and data management methods based on utilization of Big Data Analytics, targeting a significant reduction of LCOE (26%-37%). This reduction will be achieved through demonstration of a careful selection of innovations, which will improve the main components of the LCOE. Introducing SUPERior quality PV systems will create conditions for accelerating large scale deployment of PV in Europe for both utility (non-urban) and residential (urban) scenarios and help EU PV businesses to regain leadership and competitiveness on world market.