One Beverly Hills Residential and Hotel Project Enters Vertical Construction Phase
The One Beverly Hills residential and hotel project recently reached a major milestone. The first concrete foundations were poured, marking the move from site preparation to vertical construction. The project sits at the intersection of Santa Monica Boulevard and Wilshire Boulevard in the heart of Beverly Hills. It is one of the largest residential and hotel developments in the area, with a total value of $10 billion.
Last week, construction teams poured 3,800 cubic yards of concrete overnight, roughly equivalent to 41,000 wheelbarrows. This is the first of several foundation pours planned over the next 12 months. The work highlights the project’s rapid progression and strong commitment to timely delivery.
Location and Project Team
The project occupies a prime location in Beverly Hills, near major traffic arteries, offering both accessibility and strategic value. It comprises two residential towers and a luxury hotel, executed by a specialized construction team under the supervision of developer Cain.
Attention to open spaces around the buildings reflects a design vision that balances daily functionality for residents and hotel guests with natural interaction with the urban environment.
Design Concept
The One Beverly Hills residential and hotel project emphasizes a modern vertical design that combines luxury with everyday comfort. Open courtyards and low-reflective glass façades allow natural light to flow seamlessly, while interior layouts ensure clear and smooth circulation.
The architectural approach incorporates sustainable design principles that reduce energy consumption and enhance visual comfort for both residents and visitors.
Materials and Construction Techniques
The structural system of the One Beverly Hills project is based on deep reinforced concrete foundations with a thickness of 3.5 meters, using high-strength concrete reaching 70 MPa, along with pre-fabricated steel columns, each weighing 25 tons. The project consumes approximately 85,000 cubic yards of concrete and 12,000 tons of reinforcing steel.
Its environmental features include double-glazed, low-reflective façades with a thermal transmittance of 1.6 W/m²·K, combined with weather-resistant aluminum panels. The development also incorporates radiant cooling systems with an efficiency rating of 5.2, in addition to landscaped areas that cover 40% of the site and smart irrigation systems that reduce water consumption by 50%.
To enhance energy performance, the project integrates geothermal wells to stabilize energy use, supported by modern utility networks that provide water, electricity, and communications. The development achieved LEED Platinum certification with a total of 82 points after reducing energy consumption by 35% through heat-recovery systems. The project spans 1.2 million square feet, distributed across two residential towers and a luxury hotel.
Sustainability and Environmental Interaction
The project is designed to blend harmoniously with its surroundings, emphasizing natural ventilation and daylighting to minimize energy consumption. Open spaces around the buildings provide flexible usage options while offering a visually comfortable environment for visitors and residents alike.
Conclusion
With the start of vertical construction, the One Beverly Hills residential and hotel project shows how developers integrate modern architectural design, sustainability, and daily functionality into a single development. Construction teams will continue building over the coming months, establishing the project as a prominent urban landmark in Beverly Hills and creating a fully integrated residential and hotel destination.
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ArchUp: Technical Analysis of One Beverly Hills Project
This article provides a technical analysis of the One Beverly Hills residential and hotel project as a case study in luxury urban development. To enhance its archival value, we would like to present the following key technical and structural data:
The structural system utilizes deep concrete foundations with 3.5-meter thickness using high-strength concrete reaching 70 MPa, along with prefabricated steel columns weighing 25 tons each. The project consumes 85,000 cubic yards of concrete and 12,000 tons of reinforcement steel.
The environmental system features double-glazed facades with 1.6 W/m²·K thermal transmittance, and radiant cooling systems operating at 5.2 energy efficiency. The project includes 40% green spaces with smart irrigation systems using 50% less water.
In terms of functional performance, the project achieves LEED Platinum certification with 82 points, reducing energy consumption by 35% through heat recovery systems. The total area spans 1.2 million square feet distributed across two residential towers and a luxury hotel.
Related Link: Please review this article for a comparison of luxury urban development projects:
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