weico Architects Shapes XPENG's Guangzhou Headquarters into an X-Formed Mega Campus for 13,000weico Architects Shapes XPENG's Guangzhou Headquarters into an X-Formed Mega Campus for 13,000

weico Architects Shapes XPENG's Guangzhou Headquarters into an X-Formed Mega Campus for 13,000

UNI Editorial
UNI Editorial published Story under Architecture, Office Building on

Corporate headquarters for Chinese tech firms have grown into a distinct building type over the past decade, each one trying to outscale and outperform the last. weico Architects, led by Sun Wei, entered that arms race with a clear thesis: the headquarters of an electric vehicle and flying car company should read as continuous motion rather than static mass. The result, completed in Guangzhou's Tianhe Intelligence City district in 2025, is a 360,000-square-meter campus that accommodates roughly 13,000 employees across four programmatic buildings whose rooflines collectively trace the letter X, a direct nod to XPENG's brand identity visible only from the air.

What actually makes the project interesting is not its size, which is formidable, but its insistence on treating a corporate mega-campus as a landscape problem. The massing rises gradually from south to north to frame views of distant mountains, while a height restriction on the southern edge (imposed by a nearby heliport) forces the architecture to stay low where it meets the city and climb where it faces nature. Two large courtyards linked at the center organize everything from autonomous driving research labs to a five-a-side football pitch, and an underground corridor threads the complex directly into Cencun subway station. The campus opened its doors on October 20, 2025, with nearly 11,000 staff from XPENG Motors and XPENG AeroHT already in residence.

An X Written in Rooftop Photovoltaics

Aerial view of two triangular office buildings with white curved roofs under overcast skies
Aerial view of two triangular office buildings with white curved roofs under overcast skies
Aerial view of multiple buildings with white roofs and geometric courtyards containing rooftop gardens and sports fields
Aerial view of multiple buildings with white roofs and geometric courtyards containing rooftop gardens and sports fields
Drone view of white-roofed buildings with courtyard voids under stormy evening sky above distant cityscape
Drone view of white-roofed buildings with courtyard voids under stormy evening sky above distant cityscape

From above, the campus reads as two triangular office volumes whose corners converge to form the X shape. The rooftop photovoltaic arrays reinforce this geometry, turning a branding gesture into an energy strategy. It is a neat trick: the logo is legible in aerial photography and satellite imagery while simultaneously powering portions of the campus through distributed solar generation. The white roof parapets and curved edges give the buildings a softer silhouette than their geometric plan might suggest, avoiding the fortress quality that plagues many tech campuses of comparable scale.

The four functional buildings house distinct programs. One serves as the main office hub shared between XPENG and its aerial vehicle subsidiary HT Aero. A second pairs offices with sales and corporate showrooms. A third is a dedicated conference and event center. The fourth focuses on autonomous driving and large-scale AI model development. By distributing these functions across separate but connected structures, weico avoids the single-monolith approach and creates legible addresses within the campus.

Courtyards That Do the Heavy Lifting

Courtyard garden with curved paving and planted beds between two glazed office wings at sunset
Courtyard garden with curved paving and planted beds between two glazed office wings at sunset
Ground-level courtyard with circular planters and benches surrounded by the white-framed glass facade
Ground-level courtyard with circular planters and benches surrounded by the white-framed glass facade
Circular courtyard with concentric paving rings around a central tree beneath curved glass facades
Circular courtyard with concentric paving rings around a central tree beneath curved glass facades

The two primary courtyards are not ornamental voids punched into a floor plate for daylight compliance. They are the organizing logic of the campus. At ground level, circular planters, concentric paving rings, and curved benches create gathering zones that feel more like urban plazas than corporate atriums. The glazed office wings that frame these spaces use arc-shaped glass curtain walls, so the boundary between indoor and outdoor is perceptually thin even if it is thermally robust.

Multiple terraces at varying heights step up through the courtyards, each planted with large trees and fitted with informal seating. These stepped landscapes provide what every open-plan office desperately needs: a reason to leave your desk and have a conversation somewhere other than a meeting room. Generous staircases along the facade double as casual gathering spots, a move borrowed from stadium and campus design that works well here given the sheer number of people circulating daily.

The Glass Envelope After Dark

Night view of the glass facade with horizontal louvers and illuminated office floors at twilight
Night view of the glass facade with horizontal louvers and illuminated office floors at twilight
Aerial view of the illuminated campus at dusk with distant mountains on the horizon
Aerial view of the illuminated campus at dusk with distant mountains on the horizon

At twilight the campus transforms. Horizontal louvers layered across the glass facade catch interior light and project it outward in warm, stratified bands. The effect is restrained rather than theatrical, giving the buildings a lantern quality without resorting to LED media screens. From a distance, the illuminated campus sits against a mountain horizon, its glow marking Tianhe Intelligence City's presence in the broader Guangzhou skyline. SuP Engineering Consulting served as facade consultant, and the detailing shows: the proportions of glass to louver are carefully calibrated to avoid the generic banded look that plagues many curtain-wall office buildings.

Rooftop Landscapes and Productive Surfaces

Rooftop garden with planted beds and trees set within the white parapets of a triangular building
Rooftop garden with planted beds and trees set within the white parapets of a triangular building
Rooftop view showing curved courtyard openings with planted terraces and patterned glass facades overlooking green fields
Rooftop view showing curved courtyard openings with planted terraces and patterned glass facades overlooking green fields

The rooftops are not afterthoughts. Planted beds, trees, and walkways turn the upper surfaces into usable landscapes, extending the 80,000-square-meter park concept vertically. Curved courtyard openings allow views down through planted terraces to the ground level, creating a sectional experience that connects the roof gardens to the courtyards below. Photovoltaic panels share the roof with these green zones, and efficient refrigeration systems are housed discreetly to reduce mechanical clutter. Landscape design by Guangzhou S.P.I Design Co. integrates sports fields, recreational zones, and waterfront edges into a continuous green network across the campus.

Below ground, the infrastructure is equally ambitious. Four underground levels house double-decker parking garages, and nearly 20,000 square meters of dining facilities serve a mega canteen with 5,000 seats. Cafés, supermarkets, a community medical center, barbershops, and gyms fill out the subterranean program, creating a self-sufficient ecosystem that reduces the need for employees to leave the campus during the workday.

Why This Project Matters

The XPENG Headquarters arrives at a moment when Chinese tech companies are building campuses at a pace and scale that rivals anything Silicon Valley produced in the previous decade. What distinguishes this project from the generic glass-and-steel tech park is its willingness to treat landscape, section, and urban connectivity as first-order design problems. The south-to-north massing gradient, the subway link, the courtyard-as-plaza strategy, and the rooftop productive landscapes all suggest a campus that has been thought through at every altitude, from four levels underground to the photovoltaic canopy above.

Whether the X-shaped plan is a stroke of branding genius or an eye-roll-inducing logo building depends on your tolerance for corporate symbolism. But weico Architects earn the gesture by making it functional: the geometry generates the courtyards, the courtyards generate the social life, and the rooftop solar arrays turn the logo into kilowatt-hours. For a company that builds electric cars and flying taxis, having your headquarters literally power itself through its own shape is a credible piece of architecture, not just a billboard.


XPENG Headquarters, designed by weico Architects (concept design lead: Sun Wei), with construction documentation by CAPOL International. Located in Cencun, Tianhe Intelligence City, Guangzhou, China. Site area: 68,000 sqm; total built area: approximately 360,000 sqm. Completed 2025. Landscape design by Guangzhou S.P.I Design Co., Ltd. Facade consultant: SuP Engineering Consulting (Beijing) Co. General contractor: China Construction First Group (Corporation) Ltd.


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