Innovative compact hybrid storage systems for low energy buildings
R2M Solution is an integrated and multi-disciplinary consulting company that aggressively targets filling the gap between research activities and market implementation. We excel at helping companies grow and acting as an accelerator for bringing technologies and services to the market across the fields of Innovation Management, Engineering, Energy, and ICT/Automation. We invest in opportunities, conduct research, and offer pure engineering, energy services, and ICT consulting services. We actively seek spinoff creation opportunities, showcase promising technologies and build clusters for their uptake.
On 29th March 2022, the HYBUILD demo site in Aglantzia (Cyprus) was officially inaugurated, in presence of the Mayor of Aglantzia, Andreas Konstantinou, the Minister of Defense, Charalambos Petridis, the Rector of the University of Cyprus, Tassos Christofidis and the Chairman of the Board EAC, Despina Panagiotou Theodosiou.
After 5 years of work supported by the HYBUILD project, the building which was the former “Traditional Grocery of Aglantzia” has been converted into a Center for Exhibition of New Technologies for Sustainable Development.
Watch the short video below for an overview of the refurbishment work conducted over the past years. More information is available on the Pilots page of our website.
Our partner R2M Solution was at MIPIM World in Cannes last week to promote its #Research and #Innovation activities including our HYBUILD project and its final outcomes.
MIPIM is the World leading real-estate market event which brings the entire value chain together. It gathered more than 20.000 stakeholders.
HYBUILD was promoted through the event #Proptech area which is designed to promote disruptive innovations for the built environment, and to contribute to bridge the gap between #research and #market. It was promoted both through the R2M Solution company booth, and also through the booth organised by the SmartBuilt4EU project which promoted its Smart Buildings Future Technologies brochure in which the HYBUILD Smart BEMS component is featured.
Did you miss the HYBUILD presentation from our partners COMSA and CNR ITAE yesterday at the @ScoresProject final event in cooperation with @EU_BUILDUP ? The recording is already available at: https://buildup.eu/en/news/webinar-scores-final-event-hybrid-domestic-energy-systems-future
The Smart Building Energy Management System of the HYBUILD solution, developed by our partner Engineering, is featured in the latest brochure edited by the SmartBuilt4EU project.
The SmartBuilt4EU project supports innovators from the smart building value chain through concrete networking and communication actions. SmartBuilt4EU also develops a Strategic Research Agenda combined to policy recommendations to support the further uptake of smart buildings.
The brochure highlights 17 Future Technologies which aim at increasing smart readiness of European buildings.
Our partner STRESS delivered a HYBUILD presentation at the 2021 ECTP Conference.
The conference was organised by MWCC and PTECon Thursday & Friday 2-3 December 2021 as an hybrid event, both with attendees onsite at the Palacio de Cibeles in Madrid, and with an online broadcast.
HYBUILD was presented in the “Embracing Built4People partnership” session of the conference, as part of a series of inspirational talks of projects funded by the Energy efficient Buildings contractual Public and Private Partnership (EeB cPPP).
Rural depopulation is a worldwide fact and has a domino effect on medium and small cities, which act as a nucleus of reference for small towns. Moreover, the United Nations (UN) stressed that disparities between rural and urban areas are pronounced and still growing over time. Globally, people in rural areas lack access to modern energy services, which affects productivity, educational and health services, exacerbating poverty, among other things. Given this reality, the following research questions arise: how can we act to reverse this reality? Are there examples of transformation in rural contexts where community empowerment is a key strategy? This paper aims at describing the transformation process of a small rural municipality towards a sustainable development, in parallel to the activation of the local productivity that helps to eliminate the effects of rural depopulation. Therefore, the project ALMIA was established as an example of a sustainable village that is Almatret (Catalonia-Spain). The backbone of such project is the commitment to community empowerment, where the main results are the generation of networks with experts and researchers to help the municipality’s energy transition, the involvement of the local administration, the commitment to technological development, as well as the socio-community development. Moreover, the activities developed within the project ALMIA are aligned with the UNs Sustainable Development Goals, alignment that is analyzed in detail. Thus, this paper aims to further highlight existing sustainable development practices related to community empowerment in order to promote similar practices.
A clear gap was identified in the literature regarding the in-depth evaluation of scaling up thermal energy storage components. To cover such a gap, a new methodological approach was developed and applied to a novel latent thermal energy storage module. The purpose of this paper is to identify some key aspects to be considered when scaling up the module from lab-scale to full-scale using different performance indicators calculated in both charge and discharge. Different normalization methods were applied to allow an appropriate comparison of the results at both scales. As a result of the scaling up, the theoretical energy storage capacity increases by 52% and 145%, the average charging power increases by 21% and 94%, while the average discharging power decreases by 16% but increases by 36% when mass and volume normalization methods are used, respectively. When normalization by the surface area of heat transfer is used, all of the above performance indicators decrease, especially the average discharging power, which decreases by 49%. Moreover, energy performance in charge and discharge decreases by 17% and 15%, respectively. However, efficiencies related to charging, discharging, and round-trip processes are practically not affected by the scaling up.