DigiPEQ

FFG

AH3 Architekten ZT GmbH

ALLPLAN GmbH

ATB-Becker e.U.

BauConsult Energy GmbH

Carployee GmbH

Donau-Universität Krems

Energie Klagenfurt GmbH

Energie Kompass GmbH

ePOOL - Expertenpool f. Energietechnik -wirtschaft und -recht

Futus Energietechnik GmbH

Gemeinnützige Bau-, Wohn- und Siedlungsgenossenschaft "Neues Leben" reg.Gen.m.b.H.

GRÜNSTATTGRAU Forschungs- und Innovations-GmbH

IBO - Österreichisches Institut für Bauen und Ökologie GmbH

Innsbrucker Kommunalbetriebe Aktiengesellschaft

IPJ Ingenieurbüro P. Jung GmbH

Kleboth und Dollnig ZT GmbH

Markus Hödl amKurs EES

NEUE HEIMAT TIROL Gemeinnützige WohnungsGmbH

Nikko Engineering GmbH

pos Architekten ZT gmbH

Sonnenplatz Großschönau GmbH

Sticon e.U.

teamgmi Ingenieurbüro GmbH

Technische Universität Wien - Institut für Computertechnik

tatwort Nachhaltige Projekte GmbH

TB Käferhaus GmbH

TRAFFIX Verkehrsplanung GmbH

Treberspurg & Partner Architekten ZT GmbH

wohnbund:consult eG

The targets defined in the energy and climate policy framework of the European Union aim at reducing greenhouse gas emissions by at least 40% until 2030 (compared to 1990). In pursuit of these goals, the European Union faces the challenge of implementing innovative solutions in the fields of energy supply and use as well as energy efficiency. Recent national and european R&D Programmes emphasize the integration of single buildings into smart neighborhoods that facilitate an optimized utilization of volatile renewable energy sources. More than ever before, interdisciplinary interface and core competencies in the technical planning and operation of these decentralized neighborhood energy systems are required from companies for their implementation.

Due to the lack of available education and training opportunities in this future-relevant topic, the consortium was developing a tailor-made qualification measure for the sustainable development and implementation of digital, liveable PlusEnergy Quarters (PEQ). The main topics were renewable local and regional energy supply, energy flexibility, digital infrastructure, highly efficient buildings, load shifting, network efficiency and sector coupling. In addition, the focus was on the integration of users and their requirements for livable neighborhoods as socio-technical systems as well as innovative cooperation and business models. Apart from the skills and methods, the qualification measure also aimed to establish new cooperations within the project network.

For this purpose, a flexible training concept was developed, which responded to the time budget, prior knowledge and interests of the participating experts and is based on a variety of didactic methods. The acquired knowledge was continuously applied in the context of individual single and small group projects on the basis of 4 real example Plus-Energy Neighborhoods and firmly anchored in the companies with the help of transfer projects. In summary, the following goals were pursued:

• Providing the necessary interdisciplinary competences for the development, implementation and operation of innovative, digital plus energy districts
• Increasing research, development and innovation skills in the companies involved Networking and establishment of sustainable, beyond the project co-operation in the consortium on jointly initiated research activities, in the form of a working group or for the implementation of "ready-made Plus-Energy Neighborhoods"
• Integration of the results into the teaching of the university partners as well as development of an academic course at the Technikum Wien Academy in order to make the developed contents permanently available.