The schematic design has been approved for the 50 000-sm Arrival Hall and Oceanic Pavilion for the Taiwan ChinPaoSan Necropolis.
Set on an ocean-view site 40 minutes from Taipei, the arrival hall and pavilion will serve the historic complex, which has more than 10,000 existing burial sites.
The arrival building will contain a 21-room hotel, restaurant, ceremonial chapel, auditorium, and two small museums. The new pavilion will accommodate 1,000 people for ceremonial days, as well as 50 presiding Buddhist monks conducting ceremonies. The plan also features an adjoining amphitheater with seating for 5,000.
Design Concept
After exploring more than 30 schemes in a search for sacred space for the site, watercolor drawings of intersecting circles with their inherent universal properties and suggestive circulation typologies gradually became intersecting spheres. Model studies, which yielded amazing overlapping perspectives, created an astonishing spatial energy.
The geometry of intersected spheres refers back to a rich ancient history of symbolism. Borromean Rings appeared in Buddhist Art, Viking rune-stones, and Roman mosaics thousands of years ago. Christians have also used this symbol to portray or represent the unity of the Holy Trinity. Borromean Rings also represent the karmic laws of the universe and the interconnectedness of life. In the I Ching, the earth is represented as a square and the heavens as a circle.
In our design, the intersecting spheres are embedded in a rectangular plan topped by a sheet of water, pulling the ocean horizon into the composition. Photovoltaic cells sit inches below this water sheet providing 60% of the electricity for both buildings. The cooling via the water increases the photovoltaic efficiency by 20%.
Natural light is brought into the building section via openings in the intersecting spheres. Urn shelving, which occupies most of the building’s section, is arranged in different typologies: radial, circular, and orthogonal.
Construction of the Oceanic Pavilion is in white concrete with black granite floors. Hinoki wood is used for doors and partitions. Ceremonial areas are treated in translucent alabaster and gold-leaf.
The arrival building, with its 21-room hotel and restaurant, takes the shape of the allotted plot extruded into four levels with spherical subtractions.
Construction of the 500,000-sf complex will begin in May 2015.
Related Stories
| Jul 14, 2014
Meet the bamboo-tent hotel that can grow
Beijing-based design cooperative Penda designed a bamboo hotel that can easily expand vertically or horizontally.
| Jul 14, 2014
Foster + Partners unveils triple-glazed tower for RMK headquarters
The London-based firm unveiled plans for the Russian Copper Company's headquarters in Yekaterinburg.
| Jul 14, 2014
Toyota selects developer for its new North American headquarters in Plano, Texas
Toyota announced that it has selected Dallas-based KDC Real Estate Development & Investments to develop its new North American headquarters campus in the Legacy West development in Plano, Texas.
| Jul 13, 2014
Punishing deadline can’t derail this prison health facility [2014 Building Team Awards]
A massive scope, tough schedule, and technical complexity fail to daunt the Building Team for a huge California correctional project.
| Jul 11, 2014
First look: Jeanne Gang reinterprets San Francisco Bay windows in new skyscraper scheme
Chicago architect Jeanne Gang has designed a 40-story residential building in San Francisco that is inspired by the city's omnipresent bay windows.
| Jul 11, 2014
$44.5 million Centennial Hall opens at University of Wisconsin-Eau Claire
Centennial Hall houses the College of Education and Human Sciences and consolidates teacher education. It is the first new academic building on the UW-Eau Claire campus in more than 30 years.
| Jul 11, 2014
Are these LEGO-like blocks the future of construction?
Kite Bricks proposes a more efficient way of building with its newly developed Smart Bricks system.
| Jul 10, 2014
BioSkin 'vertical sprinkler' named top technical innovation in high-rise design
BioSkin, a system of water-filled ceramic pipes that cools the exterior surface of buildings and their surrounding micro-climates, has won the 2014 Tall Building Innovation Award from the Council on Tall Buildings and Urban Habitat.
| Jul 10, 2014
Unique design of Toronto's townhome The Tree House
Plans for a new Toronto townhome brings cutting-edge design.
| Jul 10, 2014
Berkeley Lab opens 'world's most comprehensive building efficiency simulator'
DOE’s new FLEXLAB is a first-of-its-kind simulator that lets users test energy-efficient building systems individually or as an integrated system, under real-world conditions.