光之瀑布Cascada de Luz |海边别墅【HBA环球设计761期】-八卦帝

光之瀑布Cascada de Luz |海边别墅【HBA环球设计761期】

HBA环球设计欧美女星 2026-03-02 19:09:18 11

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“一栋宁静的住宅悬挂在过滤的阳光下，俯瞰充满活力的冲浪小镇多米尼加和远处广阔的地平线。”

“A serene home suspended in filtered sunlight, overlooking the vibrant surf town of Dominical and the expansive horizon beyond.”

|概览

“Cascada de Luz”位于多米尼加镇对面，坐落在郁郁葱葱的山腰上，俯瞰着海浪，眺望远处的地平线，鲸鱼每年在那里哺育幼崽。阳光透过屋顶天篷，在下面的空间投射出柔和、斑驳的光线。一股清新的微风吹过家中，带着本土花香。随着白天转入夜晚，海洋倒映着头顶的星星，海浪翻滚在沙滩上，营造出一种舒缓的节奏，让您入睡。

| Overview

Across from the town of Dominical, nestled into the lush mountainside, ‘Cascada de Luz’ gazes out over the surf lineup towards the distant horizon where whales annually rear their young. Sunrays filter through the roof canopy, casting a soft, dappled light over the spaces below. A refreshing breeze flows up through the home, carrying the scent of native flowers. As day turns to night, the ocean mirrors the stars above, and the waves rolling over the sand offer a soothing rhythm in which to fall asleep.

|概念

住宅的设计旨在逐步突出奇妙的生态和地形环境。当游客到达并沿着车道走下时，他们可以透过树木、在房子的顶部看到海洋。屋顶覆盖物由穿孔板组成，呈蓝色，与海洋地平线形成无缝的视觉过渡。下降到高耸的悬挑之下，游客会发现自己处于一个凉爽且受保护的到达区域。在这里，柔和的光线透过穿孔板、半透明板材和一系列柚木百叶窗渗透进来，营造出一种让人想起茂密丛林的氛围。

| Concept

The home is designed to progressively highlight the wondrous ecological and topographical surroundings. As visitors arrive and descend the driveway, they are offered glimpses of the ocean through the trees, over the top of the house. The roof covering is composed of perforated panels, tinted blue to create a seamless visual transition with the ocean’s horizon. Dropping below a soaring overhang, visitors find themselves in a cool and protected arrival area. Here, soft light permeates through the perforated panels, translucent sheets, and an array of teak louvers, creating an ambiance reminiscent of a dense jungle.

|设计

一座木桥悬挂在竹林上，通向第二层，可以欣赏到日落的景色。这一层的卧室，包括每侧的主套房，都有独立的阳台、浴室和室外淋浴。两层楼通过中央中庭的开放式楼梯连接，楼梯悬挂在泳池的浅延伸部分上。下面的社交休息室和露台三侧被丛林包围，另一侧通向 24 米长的无边泳池，平衡在陡峭的斜坡上。该游泳池连接室内和室外空间，如花园、按摩浴缸、壁炉、餐厅、客厅、早餐露台和烧烤区，促进水中循环，就像步行一样轻松。到了晚上，屋顶会反向激活，让内部的离散光线穿过穿孔表面，产生一种像月光反射在波浪上的效果。

| Design

A wooden bridge suspended over a bamboo grove leads to the second level with a framed view of the sunset. Bedrooms on this level, including master suites on each wing, have independent balconies, bathrooms, and outdoor showers. The two levels are connected by an open staircase in a central atrium, suspended over a shallow extension of the pool. The social lounge and terrace below are enveloped by jungle on three sides and open to a 24-meter infinity lap pool balanced over a steep incline on the other.This pool connects indoor and outdoor spaces such as the garden, jacuzzi, firepit, dining room, living room, breakfast terrace, and barbecue area, encouraging circulation through the water as easily as on foot. In the evenings, the roof activates in reverse, allowing discrete light from within to pass through the perforated surface, creating an effect like moonlight reflecting off waves.

|可持续性

可持续性是住宅设计各个方面的核心。屋顶充当大型雨水收集和过滤系统。穿孔板自然地筛掉树叶和碎片，保持落水管畅通。动态屋顶的形状经过精心设计，可将雨水引导到车库下方的三个巨大储水箱中，满足房屋和景观全年的所有用水需求。储存的水充当热质量，有助于调节较低层的室内温度。光伏板分散在屋顶板之间，为房屋提供自主的可再生能源。各种被动生物气候原理确保整个家庭的舒适度。大悬挑可以抵御一天中最热的时候，非封闭循环和大开口意味着家里需要调节的地方更少。卧室内的高架窗户提供交叉通风，大大减少了对机械空调的需求。材料的选择基于其碳足迹，所有木材均经过认证，来自负责任管理的来源。

| SustainabilitySustainability

was core to every aspect of the home’s design. The roof functions as a large rainwater collection and filtration system. The perforated panels naturally sieve out leaves and debris, keeping the downspouts clear. The dynamic roof form is intentionally shaped to direct rainwater into three enormous storage tanks below the carport, providing all water needs for the house and landscape throughout the year. The stored water acts as a thermal mass, helping regulate the indoor temperature of the lower level. Photovoltaic panels are dispersed between the roof panels, providing the house with autonomous renewable energy.A variety of passive bioclimatic principles ensure comfort throughout the home. Large overhangs protect against the hottest times of the day, and non-enclosed circulation and large openings mean less of the home needs conditioning. Elevated windows within the bedrooms provide cross-ventilation, significantly reducing the need for mechanical air conditioning. Materials were selected based on their carbon footprint, with all timber certified as coming from responsibly managed sources.

|景观设计

Saxe 的景观部门与建筑团队合作，旨在恢复原始环境。建筑设计与景观同步发展，使两者能够相互影响。植被融入了所有空间，而不仅仅是外围。第二层周围的花盆里有一排藤蔓沿着房子的两侧延伸到中央中庭，为建筑的中心带来了绿色植物。花园和周围的露台长满了各种有助于土壤再生的特有植物。树木为金刚鹦鹉和蝙蝠等动物提供果实，这是一种天然的害虫防治方法，而花朵则吸引蜂鸟、蝴蝶和蜜蜂。这创造了一个与生态背景同步的生动且互动的环境。酒店周围的小路和踏脚石小径邀请游客探索这些奇观，并欣赏哥斯达黎加提供的壮丽的生物多样性。

| Landscape Design

Saxe’s Landscape department in collaboration with the architecture team aimed to revive the original environment. The architectural design was developed in tandem with the landscape so that both could influence each other. Vegetation was integrated into all spaces, not just around the periphery. Planter boxes surrounding the second level host a cascade of vines down the sides of the house converging in the central atrium, bringing greenery to the heart of the structure.The gardens and surrounding terraces are filled with a variety of endemic plants that help regenerate the soil. Trees provide fruit for animals like macaws and bats, which are a natural pest control, while flowers attract hummingbirds, butterflies, and bees. This creates a lively and interactive environment that synchronizes with the ecological backdrop. Pathways and stepping-stone trails around the property invite visitors to explore these wonders and engage with the splendid biodiversity that Costa Rica has to offer.

|陡峭斜坡上的建筑

带来了复杂性，但也提供了创造更综合体验的机会。长长的水池同时也是一个巨大的挡土元素，将房子固定在山腰上。一个主要的挑战是隐藏在不破坏地形的情况下度过旱季所需的大型水箱。解决方案是将它们支撑在建筑垫的背面，将其用作第二层车库的基础。屋顶是设计中结构上最复杂的部分。它需要看起来轻轻地漂浮在房屋的上方，同时承受飓风强度并支撑太阳能电池板和水荷载的总重量。这是通过创建一系列细长的桁架型材来实现的，这些型材共同作用，将重量均匀地分布在狭窄的柱子上。桁架之间的空间为运行电气和机械系统提供了方便的空腔，确保永久可进行维护。

| Construction
Building on a steep slope presented complications but also offered the opportunity to create a more integrated experience. The long pool doubles as an enormous retaining element, anchoring the house against the mountainside. A major challenge was hiding the sizable water tanks necessary for getting through the dry season without disrupting the terrain. The solution was to prop them against the backside of the building pad, using that as a base for the carport on the second level.The roof was the most structurally acrobatic aspect of the design. It needed to appear to float lightly above the mass of the house while withstanding hurricane-force winds and supporting the combined weight of the solar panels and water loads. This was accomplished by creating a series of slender truss profiles that act together to distribute the weight evenly down narrow columns. The space between the trusses provided a convenient cavity for running electrical and mechanical systems, ensuring permanent accessibility for maintenance.