Keywords: energy (315) solar energy (250) cooperations (143) technology transfer (49)

News    04.02.2019

Towards the Climate Neutral City: Independent consulting office for integrating photovoltaics into buildings

New solutions are available to integrate PV into the building skin. One beautiful example is the Copenhagen International School.
Copyright: Philippe Vollichard/EPFL

Dr. Björn Rau und Dr. Markus Sauerborn from the consulting office.
Copyright: Silvia Zerbe/HZB

The Helmholtz-Zentrum Berlin is opening a national consulting office for integrating photovoltaics into buildings (BAIP) this spring. The consulting office will support building owners, architects, and municipal planners in activating building envelopes for power generation. The project is being funded by the Helmholtz Association over a period of four years as part of its knowledge transfer programme.

In order to achieve the climate targets, the building stock must be designed to be almost climate-neutral by 2050. That's ambitious, but feasible. In future, buildings must actively contribute to energy supply and energy storage. However, roof areas for conventional solar modules are only available to a limited extent, especially in cities, while other building surfaces have hardly been utilised to generate electricity to date. Power generation by means of building-integrated-photovoltaics can blend in with the design and construction of the building skin and roof area. It is decentralised and generates electricity where it is consumed. This technique will need to be widely applied in the coming years.

Independent service agency

“From our discussions with involved actors in the construction sector, we know that many architecture firms find it difficult to provide the necessary specialist knowledge”, explains Dr. Björn Rau, Deputy Director of the HZB PVcomB Institute and responsible for the project. So far, there has been no independent service agency that prepares, evaluates, and classifies current information in order to offer independent consultancy to architects, planners, building owners, investors, and urban developers. Product and financial independence are essential for acceptance of the service and also represent a unique feature. ”Until now, consulting services have only been provided by manufacturers and distributors of solar modules. They do not guarantee completeness and an entire overview”, says Dr. Markus Sauerborn, who is responsible for knowledge transfer at the HZB.

HZB-Expertise in Photovoltaics

"The HZB has been a leader in photovoltaic research for many years. With the BAIP consultancy service, we are also fulfilling a mission, namely to makes sure the knowledge gained from research contributes to society for its tangible benefit”, says Prof. Dr. Bernd Rech, Scientific Director of the HZB.

Competent and strong partners

As a project partner, the HZB has been able to involve important representatives from the fields of construction, planning, and sustainability, including the Federal Chamber of German Architects, the Berlin Chamber of Architects (Architektenkammer Berlin), the German Sustainable Building Council (DGNB), the Reiner Lemoine Institute, the HTW Berlin University of Applied Sciences as well as the Alliance for building-integrated photovoltaics (Alliance BIPV). These partners not only have a great deal of expertise, they also reach the relevant target groups.

Dialogue and training

The consulting office will be set up on the HZB Adlershof campus in the immediate vicinity of PV research and technology companies. However, consultations can also take place at client sites. The service office will promote dialogue between researchers, manufacturers, architects, and end customers. In addition to direct consultancy, the service office will also offer advanced training and workshops designed in close consultation with project partners to meet the needs of participants.

arö


           



You might also be interested in
  • NEWS      05.06.2019

    Photovoltaics are growing faster than expected in the global energy system

    Dramatic cost reductions and the rapid expansion of production capacities make photovoltaics one of the most attractive technologies for a global energy turnaround. Not only the electricity sector, but also transport, heating, industry and chemical processes will in future be supplied primarily by solar power, because it is already the cheapest form of electricity generation in large parts of the world. This is where opportunities and challenges lie - at the level of the energy system as well as for research and industry. Leading international photovoltaic researchers from the Global Alliance for Solar Energy Research Institutes describe the cornerstones of future developments in an article published in the journal "Science" on 31 May. [...]


  • <p>The illustration is alluding to the laser experiment in the background and shows the structure of TGCN.</p>SCIENCE HIGHLIGHT      05.06.2019

    Organic electronics: a new semiconductor in the carbon-nitride family

    Teams from Humboldt-Universität and the Helmholtz-Zentrum Berlin have explored a new material in the carbon-nitride family. Triazine-based graphitic carbon nitride (TGCN) is a semiconductor that should be highly suitable for applications in optoelectronics. Its structure is two-dimensional and reminiscent of graphene. Unlike graphene, however, the conductivity in the direction perpendicular to its 2D planes is 65 times higher than along the planes themselves. [...]




Newsletter