Situated at the intersection of Zhongxiao West Road and Bo’ai Road, NICFC is within one of the city’s busiest districts encompassing Taipei Main Station, the historic post office building and railway museum, Beimen Gate and MRT Station, as well as the many cultural venues around Zhongshan Hall.
Adhering to requirements established by Taipei’s Western Gateway Project to upgrade the city’s public realm, NICFC's 175,000 sq.m design prioritises walkability and accessibility. Linking the district’s existing civic hubs with a series of interconnected pedestrian plazas, courtyards and walkways, the design preserves Beimen’s urban vistas and streetscapes to ensure the district’s heritage remains legible within the modern city.
Adjacent to the Taipei Beimen Post Office (a recently restored heritage site that opened in 1930) NICFC will retain the ornate original building and replace its later extensions which are now obsolete. The existing 95-year-old building will be transformed into a museum and cultural venue—preserving its history while creating an important new public space for the city.
Relocating its parcel, mail and administrative services to a new facility with the necessary infrastructure for postal services in the 21st century, the post office’s heritage building will be repurposed with a community hub within its restored portico. Its original interiors will be restored as a postal communications museum with immersive displays, literary archives and artefacts—converting the site into a focal point for residents and visitors that reflects its importance within the city’s history and development.
NICFC’s five-storey podium mirrors the scale of the adjacent 1930’s post office and includes multiple pleated columns supporting a sculptural glazed canopy that shelters a large new courtyard between the old and new buildings for public performances and events.
Stepped back from the adjacent heritage building, the tower's 47-storey design is informed by the organic fluting structures within the flower of the island's native Phalaenopsis Orchid. Unfurling and extending outwards as it grows, this delicate fluting supports the petals and sepals of the Orchid's flower.
Designed to optimise efficiency, flexibility and comfort—achieving floor area usage rates over 70%—distinct zones within the tower are provided for each of the four financial institutions. Offering privacy, vertical integration and adaptability, multiple floors of the tower will provide shared flexible office and meeting spaces, in addition to a conference centre.
Ensuring seamless daily operations and secure event logistics, three independent elevator banks serve the financial institution floors, the rental office floors, together with elevators for dignitaries and services.
Concave bays within the tower’s northern façade give panoramic views of Taipei and beyond to the Qixing and Guanyin mountains. To the east, the tower aligns with the city’s primary axis with views to Taipei 101 and the Xinyi District.
A system of vertical pleats generates a geometric pattern and rhythm within the western façade overlooking the natural landscapes along the banks of the Tamsui River. The tower’s southern façade follows the city’s existing guidelines that accommodate the civic institutions of the administrative district to the south. At higher floors, the tower steps back in layers to provide shading and reduce lateral wind forces.
NICFC’s design incorporates a responsive pleated façade system to regulate solar irradiation and airflow. Defined by the curvature of the tower, this precision engineered system adapts to varying depths and angles to mitigate solar heat gain and guide air flow—enabling the architecture to ‘breathe’ like a living organism, enhancing the tower’s environmental performance in Taipei’s humid subtropical climate.
Targeting dual sustainability certification (LEED Platinum and EEWH Diamond), NICFC is designed to operate at net-zero carbon emissions as a new benchmark for the region.
Balancing energy efficiency with the comfort of occupants, the architectural envelope combines a high-performance double-glazed unitised curtain wall system within a pleated façade. Providing on-site energy generation, photovoltaics will be incorporated within the façade while solar arrays will be installed on the tower's roof.
Employing detailed digital mapping and 3D modelling of the site to optimise orientation, composition and façade performance, the tower’s design incorporates recyclable, low-VOC materials and modular structural systems that will minimise embodied carbon and enhance lifecycle durability. A system of rainwater collection, storage and reuse will reduce water demand from the municipal supply.
