Electric heat pumps and the production of energy using photovoltaics are two systems that allow us to reduce the primary fossil fuel energy needs of a building to almost zero if not actually zero.
Combining the two technologies is the easiest solution for creating a Nearly Zero Energy Building (NZEB). In this paper we describe a Heat Pump and Photovoltaic (HP+PV) technology where, due to the use of the FEBOS-HP system (with electrical tracking), the quantity of electricity produced by photovoltaics is used to activate the Heat Pump and store the thermal energy produced in the radiant panel using Thermal Energy Storage (TES). The article also provides an example related to a real case study applied to a residential building in Italy. New indexes (SCOPren, SCORE) are also proposed to evaluate the energy efficiency of the heat pumps powered by renewable energy sources, even for a possible energy tag.
001_ COVER
003_ VIEW_Construction Process’ Compliance with Greenergy
Dora Francese
FOCUS ON GREENERGY
019_ Buildings’ Hidden Energy and Environmental Consequences
Stefano Politi, Ernesto Antonini
024_Evaluating Early-Design Choices under the Potential Effects of Climate Change
Giacomo Chiesa
029_Vegetation and Architecture: Applications for Energy Optimization, Languages, New Design and Management Processes
Giorgio Giallocosta, Katia Perini
034_Hydroelectrics Power Plant: Architectural and Engineering Design
Georgia Cheirchanteri
040_Heat Pump and Photovoltaic: the FEBOS-HP system and the Proposal for a SCOPren index Applied to an Italian Case Study
Kristian Fabbri
048_Thermal-Active Systems between Innovation and Research in Architecture
Alessandra Battisti, Egle Ministeri
054_The “Green” Characters of Italy’s New National Energy Strategies and its Repercussions on the Built Environment
Fabrizio Tucci
068_Use of Radiant Panels as Thermal Energy Storage: the FEBOS-HP Technology and the Application on an Italian Case Study
Kristian Fabbri
PHD RESULTS
073_Potential of regeneration for small historical centers in Italy. Guidelines for the reduction of acoustic impact produced by the Micro-Wind power system
Emanuela Adamo
074_AUTHORS