Building-Integrated Photovoltaics is a burgeoning market these days. A total of 5.4 GW are expected to be installed between 2013 and 2019, and BIPV will see a penetration of 13% by 2022. BIPV is experiencing an estimated compound annual growth rate of 18.7%. It is considered to be a technology that will play a key role in the new energy era, boosting Nearly Zero Energy Buildings (NZEB).
This webinar will present a Small Private Online Course (SPOC) for small groups offering an in-depth analysis of the BIPV context: its main technologies, design and simulation of BIPV systems, legal framework, standardisation issues, business models, installation, etc.
Who the webinar is for
As BIPV requires a deep understanding of various fields (architecture, photovoltaics, energy management, construction process, energy efficiency, building performance, etc.), this webinar and the Advanced SPOC on BIPV are aimed at the entire value chain:PV and BIPV manufacturers, architects, engineers working on NZEB, PV installers, ESCOs, research centres and universities, post-graduate students, energy and building consultants, construction product manufacturers, promoters, turn-key energy project developers, municipalities’ technicians, etc.
It will help you to understand the essential concepts of BIPV and to make this business possible
Agenda
- BIPV background: BIPV technologies in the current building energy efficiency context, design and simulation of BIPV systems, the legal framework, standardisation issues, business models, installation, and more.
- Real case studies: example of a BIPV design, a real BIPV installation business case.
- Description of Advanced SPOC on BIPV: Introduction, contents, available material (videos and other audiovisual content, self-evaluation methods, etc.); social learning activities (online forums, etc.), instructor panel / invited experts, duration, prices, etc.
- Main benefits for attendees, classified by group.
Eduardo Román, PV Manager at TECNALIA will present the status of the BIPV and this Advanced SPOC on BIPV.