广东中广核产业园是一个以研发办公为核心的综合型产业园区项目,总建筑面积达20万平方米,集研发办公、国际酒店与人才公寓于一体。项目旨在以鲜明的、前瞻性的思考和标志性的设计,回应中广核对未来自然能源的宏伟展望,打造一个高效能、可持续及健康的生态产业园区。
设计灵感源自自然与能源的共生关系。塔楼自园林中生长而出,象征了从自然中衍生的未来——建筑不再是自然的对立面,而是自然的延续与升华。场地的规划以高效的厂区平面为原动力,结合屋面光伏太阳能板的系统化设置,满足基地的日常能源需求,使园区在生产与研发的同时,成为清洁能源的践行者与示范者。塔楼的建筑形态延续了“自然衍生”的设计哲学。多层次的裙楼露台逐级而下,如大地脉络般延展至广场与庭院,将建筑轻柔地锚固于自然基底。这些露台不仅是垂直绿化的载体,更打造出亲人尺度的、与自然密切相关的未来工作环境——研发人员可在绿意环绕的户外空间交流休憩,让自然成为创新的催化剂。
园区的立面系统与区域气候共生共生。模数化的幕墙设计结合自然通风策略,通过可开启扇与遮阳构件的有机组合,实现被动式通风与降温。大面积视窗的运用,允许日光深入楼层平面,最大限度利用自然光资源,显著降低人工照明能耗。这一设计不仅营造出健康舒适的室内环境,更重新建立了建筑与气候之间的对话关系。
在可持续发展维度,园区构建了完整的生态循环体系。设计结合雨水收集系统,维持场地生态水文平衡;通过能源回收技术,将生产研发过程中产生的余热转化为可再利用的能源;屋顶光伏板与立面遮阳系统协同工作,实现建筑产能与节能的双重目标。这些策略共同为中广核打造了一个真正意义上的高效能、可持续及健康的生态产业园区。
广东中广核产业园,是一次能源愿景与建筑语言的深度融合——在这里,自然能源的未来展望不再是抽象的概念,而是凝固为自园林生长的塔楼、转化为屋面光伏的效能、流淌为逐级而下的露台。在岭南大地,这座20万平方米的产业园区将成为中广核面向未来的宣言,在追求人与自然的和谐共生中,寻得新的表达。
Guangdong CGN Industry Park is a comprehensive industrial park project centered around R&D office functions, encompassing a total gross floor area of 200,000 square meters. It integrates R&D offices, an international hotel, and talent apartments. The project aims to respond to CGN's grand vision for the future of natural energy with distinctive, forward-thinking concepts and iconic design, creating a high-efficiency, sustainable, and healthy eco-industrial park.
The design draws inspiration from the symbiotic relationship between nature and energy. Towers emerge as if growing from the landscape, symbolizing a future derived from nature—where architecture is no longer the antithesis of the natural world, but its continuation and升华. Site planning is driven by an efficient plant layout, integrated with systematic rooftop photovoltaic solar panel installations to meet the site's daily energy needs, allowing the park to serve as both a production and R&D hub while practicing and demonstrating the principles of clean energy. The architectural form of the towers continues the design philosophy of "deriving from nature." Multi-level podium terraces cascade down like earthly veins, extending into plazas and courtyards, gently anchoring the architecture to the natural base. These terraces not only serve as carriers for vertical greening but also create a future workspace at a human scale, intimately connected with nature—where R&D personnel can interact and rejuvenate in verdant outdoor spaces, making nature a catalyst for innovation.
The park's façade system is designed in symbiosis with the regional climate. A modular curtain wall design incorporates natural ventilation strategies, achieving passive ventilation and cooling through the organic combination of operable windows and shading elements. The use of large-area vision panels allows daylight to penetrate deep into the floor plates, maximizing the use of natural light resources and significantly reducing artificial lighting energy consumption. This design not only fosters a healthy and comfortable indoor environment but also re-establishes a dialogue between architecture and climate.
On the sustainability front, the park establishes a comprehensive ecological system. The design incorporates rainwater harvesting systems to maintain the site's hydrological balance; employs energy recovery technologies to convert waste heat from production and R&D processes into reusable energy; and coordinates rooftop photovoltaic panels with façade shading systems to achieve dual goals of energy generation and conservation. These strategies collectively create a truly high-efficiency, sustainable, and healthy eco-industrial park for CGN.
Guangdong CGN Industry Park represents a profound integration of energy vision and architectural language. Here, the future vision of natural energy is no longer an abstract concept but is crystallized in towers growing from the landscape, transformed into the efficiency of rooftop photovoltaics, and flowing through cascading terraces. In the land of Lingnan, this 200,000-square-meter industrial park will stand as CGN's manifesto for the future, finding new expression in the pursuit of harmonious coexistence between humanity and nature.