Solutions System integration / Knowledge CO2 impact / New technology / cost Practitioners / Metrics (1) integrated solutions LCA knowledge users effective technical capacity Reduction R&D on integrated Scientific approach for pursue pre-competitive capacity building standardized protocols optimized, functional, reliable LCA based R&D with multiple programmes for assessment and easy to use controlling decisions solutions (market monitoring of energy and monitoring players) use / performances of systems (e.g. HP / products / systems/ storage / solar, etc) whole building R&D on controlling and metrics for embodied examples of highly involve national energy metrics of performance monitoring system energy of materials insulated windows, cold agencies, NGOs, extended to load & interactions with smart climate heat pumps, gas international sizing grids heat pumps, small scale organisations in training , COP > 12, low programmes embodied energy high performance insulation, small scale solar cooling, urban building heat pump definition of new LCA method is okay, lack defining efficiency involve financial measured impact of components for better of good data sources benefits beyond existing institutions in training building occupants on efficiency (or technology & also non- programmes energy use improvements of energy benefits existing ) components systems for monitoring require that LCA policy makers need to coordination of existing building energy use and control techniques be used in all define critical high capacity building data via open source of performance of applications for energy priority technologies programmes the systems & whole complex energy regulation approval versus largest saving building structures potentials integration of thermal require that that all new technology driven introduce energy issues include requirements of storage technologies to manufactures provide for systems, not for in built environment performance monitoring heating and cooling LCA data products courses at the beginning into building regulation systems to make these to building people more efficient multi-functional building lack of mapping of energy new technology needs to certification envelope components resources; fuel from have equivalent generic programmes for people different regions version for affordability
Solutions (1) Reduction System integration / integrated solutions Knowledge CO2 impact / LCA knowledge users New technology / cost effective Practitioners / technical capacity Metrics R&D on integrated optimized, functional, easy to use controlling and monitoring systems (e.g. HP / storage / solar, etc) Scientific approach for reliable LCA based decisions pursue pre-competitive R&D with multiple solutions (market players) capacity building programmes standardized protocols for assessment and monitoring of energy use / performances of products / systems/ whole building R&D on controlling and monitoring system interactions with smart grids metrics for embodied energy of materials examples of highly insulated windows, cold climate heat pumps, gas heat pumps, small scale , COP > 12, low embodied energy high performance insulation, small scale solar cooling, urban building heat pump involve national energy agencies, NGOs, international organisations in training programmes metrics of performance extended to load & sizing definition of new components for better efficiency (or improvements of existing ) components LCA method is okay, lack of good data sources defining efficiency benefits beyond existing technology & also non- energy benefits involve financial institutions in training programmes measured impact of building occupants on energy use systems for monitoring and control performance of complex energy structures require that LCA techniques be used in all applications for energy regulation approval policy makers need to define critical high priority technologies versus largest saving potentials coordination of existing capacity building programmes building energy use data via open source of the systems & whole building integration of thermal storage technologies to heating and cooling systems to make these more efficient require that that all manufactures provide LCA data new technology driven for systems, not for products introduce energy issues in built environment courses at the beginning to building people include requirements of performance monitoring into building regulation multi-functional building envelope components lack of mapping of energy resources; fuel from different regions new technology needs to have equivalent generic version for affordability certification programmes for people
IEA%20Future%20Building%20Forum%20april%202013%20final%20report.docx