珠海华润银行总部大楼丨中国珠海丨GP建筑设计事务所

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CHICAGO – (January 22, 2026) — Global architecture firm Goettsch Partners (GP) announces the completion of the Zhuhai China Resources Bank Headquarters, a landmark ultra-low-energy office tower and a major milestone for developer CR Land. Located in northern Zhuhai near the city’s North Railway Station, the 60,000-square-meter tower and bank hall complex is among CR Land’s first ultra-low-energy office projects and a flagship example of the firm’s commitment to China’s “dual carbon” targets.

芝加哥—（2026年1月22日）—全球知名建筑事务所GP建筑设计公司（GP）今日宣布， 由其设计的珠海华润银行总部大楼已圆满竣工。这座标志性的超低能耗办公塔楼， 是开发商华润置地践行可持续发展承诺的重要里程碑。项目坐落于珠海北部、毗邻珠海北站，总建筑面积达 6万平方米，涵盖塔楼与银行营业厅，作为华润置地首批超低能耗办公项目之一，该大楼也是华润致力于实现中国“双碳”目标的旗舰典范。

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Through an integrated design approach that prioritizes energy reduction, optimizes building performance, and generates renewable energy on site, the project achieves a comprehensive energy savings rate of 46%, with renewable sources supplying 15% of the complex’s total energy consumption.

通过采用以降低能耗为先导、优化建筑性能，现场产生可再生能源的集成化设计策略，该项目实现了 46% 的综合节能率，其中可再生能源占建筑群总能耗的 15%。

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太阳能采集幕墙系统

Ultra-low-energy performance was established as a guiding principle early in the design process and informed all major design decisions. The design team evaluated multiple high-performance façade strategies supported by comprehensive solar analysis, ultimately integrating 1,100 square meters of building-integrated photovoltaic (BIPV) panels into the spandrel zone of the tower’s south façade. These panels comprise 28% of the curtain wall surface area and are a major contributor to on-site energy generation.

在设计初期，超低能耗就被确立为项目的核心原则，并贯穿所有重大设计决策。设计团队在全面的日照分析支持下，评估了多种高性能幕墙策略，最终选择在塔楼南立面窗间墙部分整合了 1,100 平方米的光伏建筑一体化面板。这些光伏板占幕墙总表面面积的 28%，并成为现场生产可再生能源的主要贡献者。

幕墙光伏发电板备选设计

幕墙光伏发电板效率研究

The BIPV system integrates solar cell technology into laminated spandrel glass panels while maintaining the high-gloss aesthetic of the curtain wall. An additional 2,100 square meters of photovoltaic panels are installed on the tower and podium roofs, bringing the total photovoltaic area to 3,200 square meters and enabling a renewable energy utilization rate of 15%—a significant achievement for an office tower.

BIPV 系统将太阳能电池技术集成到窗间墙夹胶玻璃面板中，同时保持幕墙高光泽的外观。此外，塔楼和裙房屋顶还安装了 2,100 平方米的光伏面板，使光伏总面积达到 3,200 平方米，从而实现了 15% 的可再生能源利用率—这对于一座办公塔楼而言是一项显著成就。

太阳能采集幕墙系统

“By prioritizing effective energy reduction strategies from the outset, we were able to make a meaningful contribution through on-site renewable energy,” said Travis Soberg, AIA, LEED AP, principal and director of sustainable design at GP.

GP 负责可持续设计的总监、美国建筑师协会会员、 LEED 认证专家Travis Soberg表示: “ 项目通过从一开始就优先考虑有效的节能策略，我们才能通过现场可再生能源做出有意义的贡献。”

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Key energy-reduction strategies include the strategic placement of major energy rooms near load sources to minimize power loss, improvements to operational efficiency, and enhanced thermal performance of the building envelope.

关键的节能策略包括：将主要能源机房有效地布置在靠近负荷源附近， 以最大限度地减少电力损耗、提升运营效率，以及增强建筑围护结构的热工性能。

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The tower’s unitized curtain wall system further improves energy performance through its optimized configuration, achieving a window-to-wall ratio of nearly 0.5 on all façades while maintaining a transparent, all-glass appearance. Triple low-emissivity coatings on all vision glass help the curtain wall achieve a solar heat gain coefficient (SHGC) of 0.22, while thermal breaks throughout the system reduce heat transfer.

塔楼的单元式幕墙系统通过优化配置进一步提升了能效表现，在保持高度通透的全玻璃外观的同时，在所有立面上实现近0.5的窗墙比。所有透明玻璃均采用三层低辐射镀膜，使幕墙的遮阳系数（SHGC）达到 0.22，幕墙系统中的隔热断桥设计则有效地减少了热传递。

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Vertical piers integrated into the façade incorporate operable panels that provide natural ventilation for occupants. Spaced every three meters and measuring 500 millimeters in width, the piers are easily accessible and provide enhanced user comfort. Despite the façade’s “breathable” design, each pier is fully insulated to preserve the thermal integrity of the building enclosure.

整合在立面中的垂直构件配备可开启面板，为使用者提供自然通风。这些构件每隔三米设置一个，宽度为 500 毫米，易于操作，并显著提升了用户的舒适度。尽管立面采用了“会呼吸”的设计，每个垂直构件仍保持完整的保温隔热处理，以确保建筑围护结构的热工完整性。

可呼吸的幕墙设计

“Breathable façades give occupants access to fresh air while supporting a healthy indoor environment,” said David Lillie, AIA, LEED AP BD+C, design principal at GP. “These passive strategies represent the quiet intelligence of the building.”

“会呼吸的幕墙让使用者能够接触到新鲜空气，同时有助于营造健康的室内环境。” GP 的设计负责人、美国建筑师协会会员 及 LEED AP BD+C 认证专家David Lillie表示， “这些被动式的策略体现了建筑静默的智慧。”

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In parallel with its sustainability goals, the headquarters tower was designed to establish a strong civic presence in Zhuhai’s emerging high-tech district. Situated near the South China Sea, the tower’s form conveys strength and stability in alignment with the values of China Resources Bank, while the high-performance façade accentuates the building’s verticality and presence on the skyline. The tower’s crown is composed of layers of fritted glass and bronze aluminum, creating a glowing omnidirectional lantern at night.

在实现可持续性发展目标的同时，这座总部大楼也被设计为在珠海新兴的高新区树立鲜明的公共形象。大楼位于临近南海的区域，其造型体现了力量与稳健，呼应华润银行的价值理念，而高性能幕墙则强化了建筑在城市天际线中的垂直气质与存在感。塔冠由多层彩釉玻璃与铜色铝板构成，夜间呈现出四面辉映的灯笼效果。

© AST“The building will become an architectural landmark for Zhuhai—an iconic tower that showcases advanced solar technology and is visible throughout the district,” said James Zheng, AIA, LEED AP, CEO and president at GP.GP 的首席执行官兼总裁、美国建筑师协会会员、LEED AP 认证专家James Zheng表示， “这座建筑将成为珠海的建筑地标， 这是一座展现先进太阳能技术、在整个地区都能清晰可见的标志性大楼。”