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This Concept Map, created with IHMC CmapTools, has information related to: CmapER-Innovative learning platform for knowledge integration in Energy Retrofit, Building sector renovation (shifting the industry) to consider research on prefabricated Façade systems, 0 ENERGY RETROFIT FOR LOW CARBON TRANSITION is founded on the interactions among the following questions 0-2 what do we need?, the assessment of life cycle energy and environmental performance, sustainable retrofit measures which depends on capacity to integrate innovation, Occupant behaviour modelling 09 CASE STUDY USE-ORIENTED APPROCHES, 0 ENERGY RETROFIT FOR LOW CARBON TRANSITION is founded on the interactions among the following questions 0-3 How do we manage?, (3) Decision-making process integrates Economic and socio-technical factors, Energy modelling process to compare options of retrofit measures, energy and environmental impacts of insulation materials, technologies perceived effectiveness and their impact as tools for the development of new form of instruments for the development of new form ofenergy social policy, 0-2 what do we need? (2) Information modelling process, the building envelope features enhancing bioclimatic control, 0 ENERGY RETROFIT FOR LOW CARBON TRANSITION is founded on the interactions among the following questions 0-1 what is changing?, From Building Retrofit to Urban Retrofit To re-engineer built environment, Passive, active and smart technologies to define and preserve the building envelope features, community-based energy retrofits 02 CASE STUDY ACTIVE PARTECIPATION, socially transformative pathways involving local Entrepreneurship, fuel poverty promoting the integration of sustainable economic investiments, (4) Innovative technical solutions apply Passive, active and smart technologies, insulation materials balancing thermal heat properties