The Health Centre Zagreb - Centar, Rapska 39 is situated on cadastral plot no. 2428/9, cadastral municipality Trnje, at the address Rapska 39, Zagreb. The gross construction area is 594,99 m², and the heated area of the building is 513,45 m².
Saeptum d.o.o., Čakovec, Travnička Street 50A, prepared the design documentation for the comprehensive energy renovation project. The Main Design (ZOP): SAE-205-24 consists of 8 volumes (folders):
VOLUME 1 - MAIN ARCHITECTURAL DESIGN - COMPREHENSIVE ENERGY RENOVATION
Designer: Toni Borković, dipl. ing. arch., A2706
Saeptum d.o.o., Travnička 50A, Čakovec / Kružna Street 81, Zagreb
Design Code: T.D. 205-2024
VOLUME 2 - MAIN STRUCTURAL DESIGN
Designer: Igor Hranilović, dipl. ing. civ. eng., G212
Info-G d.o.o., Svetice 36, 10000 Zagreb
Design Code: T.D. 2024-1147
VOLUME 3 - MAIN MECHANICAL DESIGN OF HVAC INSTALLATIONS
Designer: Velimir Dvoršćak, dipl. ing. mech. eng.
Multimont d.o.o., Babonićeva 56A, Zagreb
Design Code: T.D. 1/2025
VOLUME 4 - MAIN ELECTRICAL DESIGN
Designer: Vladimir Varga, dipl. ing. elec. eng.
VV-ELEKTROPROJEKT d.o.o., Erlichova 9, 10000 Zagreb
Design Code: T.D. 190-24
VOLUME 5 - MAIN FIRE ALARM SYSTEM DESIGN
Designer: Vladimir Varga, ing. elec. eng., E2017
VV-ELEKTROPROJEKT d.o.o., Erlichova 9, Zagreb
Design Code: T.D. 191-24
VOLUME 6 - MAIN ELECTRICAL DESIGN OF THE PHOTOVOLTAIC POWER PLANT
Designer: Vladimir Varga, ing. elec. eng., E2017
VV-ELEKTROPROJEKT d.o.o., Erlichova 9, Zagreb
Design Code: T.D. 192-24
VOLUME 7 - MAIN BUILDING AUTOMATION AND CONTROL SYSTEM DESIGN
Designer: Tomislav Slaviček, mag. ing. elec. eng., licensed electrical engineer E3650
SBT d.o.o., Buzin, Bani 75, Zagreb
Design Code: T.D. 001-05-2025
VOLUME 8 - MAIN DESIGN OF THE INCLINED PLATFORM LIFT
Designer: Božidar Fumić, dipl. ing. mech. eng., S594
Maintenance d.o.o., R. K. Jeretova Street 3, 10000 Zagreb
Design Code: T.D. 24/25
| INFORMATION ABOUT THE BUILDING IN QUESTION (ETC-u) | |
| Year of construction [year]: | 1986. |
| Gross construction area of building [m2]: | 594,99 |
| The useful surface area of the building, (AK) [m2], total floor net area of the heated part of the building: | 513,45 |
| Total useful surface area of the building [m2]: | 513,45 |
| Current energy performance class [based on specific annual thermal energy required for heating Q''H,nd]: | E |
| Expected energy performance class after renovation [based on specific annual thermal energy required for heating Q''H,nd]: | A+ |
| Annual thermal energy required for heating (QH,nd) before energy renovation [kWh/year] (baseline value): | 86.971,00 |
| Annual thermal energy required for heating (QH,nd) after energy renovation [kWh/year] (target value): | 14.222,00 |
| Reduction of annual thermal energy required for heating (QH,nd) [kWh/year] (contribution): | -72.749,00 |
| Designed savings in thermal energy required for heating (QH,nd) [%]: | 83,65% |
| Annual primary energy (Eprim) before energy renovation [kWh/year] (baseline value): | 225.603,00 |
| Annual primary energy (Eprim) after energy renovation [kWh/year] (target value): | 3.413,00 |
| Reduction of annual primary energy (Eprim) [kWh/year] (contribution): | -222.190,00 |
| Designed savings in annual primary energy after energy renovation (Eprim) [%]: | 98,49% |
| Share of energy from renewable energy sources in annual delivered energy before energy renovation [%] (baseline value): | 0,00% |
| Share of renewable energy in annual delivered energy after energy renovation [%] (target value): | 92,70% |
| Share of energy from renewable energy sources in annual delivered energy after energy renovation [%] (target value): | 92,70% |
| Reduction of CO₂ emissions [% on an annual basis]:: | 98,50% |
| Photovoltaic power plant | |
| Total installed capacity of the generating plant [ kVA ]: | 20,00 |
| Planned annual energy production [ kWh ]: | 35.000,00 |