Commenced in January 2007
Paper Count: 30745
Bioclimatic Design, Evaluation of Energy Behavior and Energy-Saving Interventions at the Theagenio Cancer Hospital
Abstract:Theagenio" in Thessaloniki exists and works for three centuries now as a hospital. Since 1975, it has been operating as an Integrated Special Cancer Hospital and since 1985 it has been integrated into the National Health System. "Theagenio" Cancer Hospital is located at the central web of Thessaloniki residential complex and consists of two buildings, the "Symeonidio Research Center", which was completed in 1962 and the Nursing Ward, a project that was later completed in 1975. This paper examines the design of the Hospital Unit according to the requirements of the energy design of buildings. Initially, the energy characteristics of the Hospital are recorded, followed by a detailed presentation of the electromechanical installations. After the existing situation has been captured and with the help of the software TEE-KENAK, different scenarios for the energy upgrading of the buildings have been studied. Proposals for upgrading concern both the shell, e.g. installation of external thermal insulation, replacement of frames, addition of shading systems, etc. as well as electromechanical installations, e.g. use of ceiling fans, improvements in heating and cooling systems, interventions in lighting, etc. The simulation calculates the future energy status of the buildings and presents the economic benefits of the proposed interventions with reference to the environmental profits that arise.
Digital Object Identifier (DOI): doi.org/10.5281/zenodo.2643539Procedia APA BibTeX Chicago EndNote Harvard JSON MLA RIS XML ISO 690 PDF Downloads 338
 Agelidis G., Gaglia A., Giannakidis G., Daskalaki E., Dimoudis A., Dilivas E., Doukas C., Kteniadakis M., Balaras K. (2011), Introduction to the energy sector, Training of Energy Inspectors Educational Material, Technical Chamber of Greece, Athens.
 Rokkou K., "Energy Saving-Lesson Notes in the Postgraduate Curriculum entitled" Energy Technologies and Automation Systems ", Larissa 2016.
 Baksevanou A, Course Notes "Energy Management of Buildings", MSc "Energy Technologies and Automation Systems", Chapter 1, April 2017.
 Kasapidou M. Diploma thesis "Energy Management in Hospital Facilities -Implementation in the Hippocratic Hospital of Athens" pp: 23-24.
 Ministry of Development, Center for Renewable Sources and Energy Saving, http://www.cres.gr/energy-saving/enimerosi_bioclimatikos.htm, (Accessed on 09.11.2017).
 WildWaterWall, https://sites.google.com/site/wildwaterwall/eliaka-spitia/bioklimatikos schediasmos-t-o-t-e-e (Accessed on 20/11/2017).
 Building Energy Performance Regulation, Ministerial Decision. No D6 / B / Dom.5825 / 30-03-2010.
 Green Hospital- project, (2015), http://www.greenhospital-project.eu/ (Accessed on 19.12.2017).
 TOTE 20701-3 / 2010 "Climate Data of Greek Regions".
 Theageneio Hospital, http://www.theagenio.gov.gr/ (Accessed on 12.11.2017).
 TEE-KENAK Software, http://portal.tee.gr/portal/page/portal/SCIENTIFIC_WORK/GR_ENERGEIAS/kenak/tee_kenak (Accessed on 03/02/2017).
 TOTE 20701-3 / 2010 '' Analytical national parameter specifications for the calculation of the energy performance of buildings and the issue of the energy performance certificate.
 Androutsopoulos A., Aravantinos D., Axrilis K., Theodossiou Th., Tsikaloudaki K. (2011), Climate and internal environment. Bioclimatic Design of Buildings, Training of Energy Inspectors Educational Material, Technical Chamber of Greece, Athens.
 TOTE 20701-2 / 2010 "Thermophysical properties of building materials and control of the thermal insulation of buildings".
 Ministry of Development, Center for Renewable Sources and Energy Saving, http://www.cres.gr/energy_saving/Ktiria/energeiaki_diaxeirisi_metra_exikonom.htm, , (Accessed on 10.11.2017).