KÉSZ Metaltech's Greentech division organized a business breakfast series by HUGBC (Hungary Green Building Council), which created a new form of networking and a common thinking and cooperation opportunity for professionals interested in sustainable built environment.
The HuGBC, of which KÉSZ Group is a member, supports initiatives that promote the spread of environmentally conscious building solutions in Hungary. At the business breakfast, the KÉSZ GreenTech business unit and the Solar Parking solution, implemented in joint cooperation between KÉSZ Metaltech and bim.GROUP, were presented by Dávid Nagy, project manager static designer of bimGROUP, and Béla Almay, head of the KÉSZ-Greentech business unit.
The Solar parking was developed with the participation of sbpsonne GmbH from Germany and KÉSZ Ipari gyártó Kft. The structural solution is based on a solution that is both innovative and aesthetic. Thanks to the prestressed steel structure design, a lower carbon footprint can be expected during production, as it requires less raw material to be incorporated compared to traditional support structure solutions. The lightweight structure also provides scope for maximising the number of seats. The energy generated by the solar panels can be used for direct charging of electric cars, for local energy use or even for grid back-up.
After the introductory lecture, the participants of the event continued to reflect on the future of sustainable architecture and the opportunities for innovation, inspiring each other and exchanging experiences.
The Solar parking was developed with the participation of sbpsonne GmbH from Germany and KÉSZ Ipari gyártó Kft. The structural construction is based on a solution that is both innovative and aesthetic. Thanks to the prestressed steel structure design, a lower carbon footprint can be expected during production, as it requires less raw material to be incorporated compared to traditional support structure solutions. The lightweight structure also allows space to maximise the number of places available. The energy generated by the solar panels can be used for direct charging of electric cars, for local energy use or even for grid back-up.
After the introductory lecture, the participants of the event continued to reflect on the future of sustainable architecture and the opportunities for innovation, inspiring each other and exchanging experiences.
