INPERSO
INPERSO is a holistic deep renovation programme addressing the building's entire lifecycle and combining industrialisation and personalisation. The project will deliver inclusive, affordable, efficient, and sustainable renovation, adaptable to various climate zones and building typologies, but focused on residential and heritage buildings. INPERSO is comprised of five highly exploitable, integrated results (IRs) plus an underlying, human-centric methodology for low-carbon renovation. New technological components leveraging the advantages of prefabrication, pre-integration and robotic 3D printing will drastically reduce the time and costs of construction, and increase resource efficiency, productivity and quality, coupled with waste reduction. The project highlights the advantages of digital solutions, by integrating scan-to-BIM, AI, AR and ML into the established RE Suite platform.
Keywords:
Deep Renovation, Digitalization, BIM, Machine Learning, Augmented Reality
BuildUpSpeed
BuildUPspeed is to accelerate the volume and depth of deep renovation of the EU building stock, supporting the EU renovation wave, by introducing and implementing a Market Activation Platform, specifically for the promotion and implementation of industrialized renovation solutions. BuildUPspeed builds upon and capitalizes the results and outcomes from relevant and related H2020 projects on deep renovation, specifically projects and actions on prefabrication, BIM adaption for renovation and industry 4.0.
Keywords:
Deep Renovation, Industry 4.0, Digitalization, BIM, Prefabrication
EasySRI
With the use of digital tools and ML services the EasySRI project intends to develop a web platform for the automated calculation of Smart Readiness Indicator, that will:
- introduce additional parameters that address energy efficiency and financial dimensions support the implementation of a number of ML services, which will assist the evaluation and assessment of the building system's performance and smartness;
- provide customised recommendations for upgrades, considering the cost of investment;
- promote adoption of novel business strategies and engage stakeholders towards evaluating and upgrading smartness in their facilities.
Keywords:
Smart Readiness Indicator, Machine Learning, BIM
Reincarnate
Reincarnate aims at enabling the European construction industry to significantly reduce construction and demolition waste (CDW) by providing a circular potential assessment information model platform (CP-IM) and a set of innovations to make use of the CP-IM. The CP-IM will provide a digital representation of building materials and products with life-cycle information and prediction methods for tracing and predicting the lifetime of a products / material. The CPIM will also allow for assessing the potential for lifetime extension and reuse and possibilities to predict circular value flows. Based on the CP-IM REINCARNATE will develop and demonstrate ten innovations that use CP-IM data, ranging from innovations for building inspection, to solutions for planning construction and dismantling, to automatically identifying and sorting CDW, to decision support tools for architects and real estate managers.
Keywords:
Digital twin platform, Circularity, material passport, waste management, decision support system
SmartLiving EPC
SmartLivingEPC project aims to deliver a certificate which will be issued with the use of digitized tools and retrieve the necessary assessment information for the building shell and building systems from BIM literacy, including enriched energy and sustainability related information for the as designed and the actual performance of the building. The new certification scheme will also expand its scope, covering aspects related to water consumption, as well as noise pollution and acoustics. SmartLivingEPC certificate will be fully compatible with digital logbooks, as well as with building renovation passports in order to allow the integration of the building energy performance information in digital databases. A special aspect of SmartLivingEPC will be its application in building complexes, with the aim of energy certification at the neighbourhood scale.
Keywords:
Energy Performance Certificates, operational building behavious, complex EPC, BIM, digital tools
