Referencer

Ewha Campus Complex,
Seoul,
Korea (Republic of)

Ewha Campus Complex

Ewha Womans University had planned the underground campus, which is a global trend for space creation, in order to solve the problem that the available space on the ground was insufficient despite the increase in the space demand in the campus, in accordance with the Ewha Womans University Development Plan in the 21st century.


Ewha Womans University had planned the underground campus, which is a global trend for space creation, in order to solve the problem that the available space on the ground was insufficient despite the increase in the space demand in the campus, in accordance with the Ewha Womans University Development Plan in the 21st century.

Location
Seoul, Korea (Republic of)
Færdiggørelse
2016
Bygningstype
Etagebyggeri
Product systems
Gulvvarme- og køling
Adresse
52, Ewhayeodae-gil, Seodaemun-gu, Seoul, Korea
Projekttype
Renovation

The Ehwa Campus Complex is equipped with Uponor TABS (thermally activated Building system) using geothermal energy as a heat source. TABS, also known as CCA(Concrete Core Activation), utilizes the concrete’s thermal mass by embedded pipes  carrying water for heating and cooling in the building’s structure. The embedded pipes activate the concrete core in the building mass for storage and discharge of thermal loads.

The TABS applied to Ewha Campus Complex is installed in the classroom space of approximately 2,000㎡ and is operating at 17/21℃ for cooling and 29/26℃ for heating.(Cooling capacity is about 30 W/㎡, heat source capacity: 156 USRT) In order to prevent temperature change due to pressure drop in piping, all piping lengths are designed to be the same, and coils are installed as 150mm pitches, intervals of 150mm, based on the results of heat transfer analysis.

In the case of this building, groundwater can be used to operate TABS for air conditioning 24 hours a day, and the HVAC duct is installed to the minimum size for ventilation. In addition to TABS, the Ewha Campus Complex is applied as a thermal labyrinth system and a system that can utilize geothermal energy and groundwater to save energy in heating and cooling. By dispersing the peak load during the heating and cooling period, the capacity of the heat source equipment was reduced by more than 40%, and energy saving of about 25 ~ 30% was achieved.

This building is total floor space of about 69,000㎡ and 6 basement floors. This has the valley in the center which is used to introduce natural light into the interior to create comfortable and environmentally friendly space.

 

 This project is composed of not only the main building construction but also underground parking lot ramp, main gate and ground level garden construction, in so doing, it has changed the face of Ewha Womans university. 

 

Ewha Campus Complex

EWHA Campus Entry
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