Incorporating wind turbines and a facade of high-strength concrete, the design mimics the region's rice terraces while serving as a multifunctional office environment in Quezon City.
5 key facts about this project
01
Inspired by the traditional rice terraces, the building's form promotes natural ventilation and light distribution.
02
Integrated wind turbines are strategically positioned to harness renewable energy and reduce energy consumption.
03
The facade features advanced glass panels designed to optimize thermal regulation and energy efficiency.
04
Modular pod configuration allows for diverse office spaces while enhancing interconnectivity among tenants.
05
Community-focused amenities, including retail and health facilities, create a vibrant urban hub within the tower.
General keywords
Vertis Terraces is a high-rise architectural project situated in Quezon City, Philippines. Designed to serve as an office tower, the building rises to 362 meters with 50 floors and encompasses an area of 238,848 square meters. It includes five basement levels, providing parking for 975 vehicles. The project plays a vital role in the urban landscape, facilitating business and professional activities while contributing to the local economy.
The architectural design draws inspiration from the traditional rice terraces of the Philippines, incorporating terraced forms that promote interaction among spaces while enhancing natural light and ventilation. The unique segmented structure consists of various "pods," each serving distinct functions, including commercial spaces and executive offices. This arrangement not only meets the functional demands of a modern office environment but also celebrates cultural heritage.
Innovative Design Approaches
One of the defining features of Vertis Terraces is its emphasis on sustainability through renewable energy sources. The building integrates wind turbines within its design while using a façade system that captures natural airflow. This approach minimizes reliance on artificial cooling methods and promotes energy efficiency. High-strength reinforced concrete forms the core structure, paired with a hybrid diagrid and composite steel that optimizes open floor plates and enhances the overall aesthetic appeal.
The unique pod configuration allows for varied spatial experiences, enabling a diverse range of office environments—from retail settings at the base to executive offices on upper floors. This modular approach not only facilitates enhanced productivity but also encourages collaboration among different business sectors within the same building.
Innovative Material Usage
The selection of materials in Vertis Terraces reflects a commitment to both durability and modern architectural principles. High-strength reinforced concrete provides a solid framework, while specialized glass panels in the façade contribute to the building's energy efficiency through thermal insulation and natural lighting. The combination of these materials supports the project’s sustainability goals while ensuring structural integrity.
In addition, open communal areas and amenities, including food courts and health facilities, enrich the workplace ecosystem. The thoughtful integration of these elements forms a vibrant urban hub that connects with the surrounding community.
For a more comprehensive understanding of the architectural plans, sections, and design details of Vertis Terraces, readers are encouraged to explore additional resources. Delving deeper into this project will reveal the innovative architectural ideas and approaches that define its success in the contemporary urban context.
The architectural design draws inspiration from the traditional rice terraces of the Philippines, incorporating terraced forms that promote interaction among spaces while enhancing natural light and ventilation. The unique segmented structure consists of various "pods," each serving distinct functions, including commercial spaces and executive offices. This arrangement not only meets the functional demands of a modern office environment but also celebrates cultural heritage.
Innovative Design Approaches
One of the defining features of Vertis Terraces is its emphasis on sustainability through renewable energy sources. The building integrates wind turbines within its design while using a façade system that captures natural airflow. This approach minimizes reliance on artificial cooling methods and promotes energy efficiency. High-strength reinforced concrete forms the core structure, paired with a hybrid diagrid and composite steel that optimizes open floor plates and enhances the overall aesthetic appeal.
The unique pod configuration allows for varied spatial experiences, enabling a diverse range of office environments—from retail settings at the base to executive offices on upper floors. This modular approach not only facilitates enhanced productivity but also encourages collaboration among different business sectors within the same building.
Innovative Material Usage
The selection of materials in Vertis Terraces reflects a commitment to both durability and modern architectural principles. High-strength reinforced concrete provides a solid framework, while specialized glass panels in the façade contribute to the building's energy efficiency through thermal insulation and natural lighting. The combination of these materials supports the project’s sustainability goals while ensuring structural integrity.
In addition, open communal areas and amenities, including food courts and health facilities, enrich the workplace ecosystem. The thoughtful integration of these elements forms a vibrant urban hub that connects with the surrounding community.
For a more comprehensive understanding of the architectural plans, sections, and design details of Vertis Terraces, readers are encouraged to explore additional resources. Delving deeper into this project will reveal the innovative architectural ideas and approaches that define its success in the contemporary urban context.
