Constructed from prefabricated QuadCore panels and designed for incremental expansion, this housing solution addresses affordability and sustainability for young couples in urban environments.
5 key facts about this project
01
Utilizes QuadCore K3 panels for enhanced thermal efficiency.
02
Designed for modular expansion, enabling personalization over time.
03
Incorporates rainwater harvesting systems for sustainable resource use.
04
Features a steel frame construction for structural durability.
05
Includes a green roof to improve insulation and promote biodiversity.
General keywords
Project specific keywords
The Lotus Residence is an architectural project located in Lekki, Lagos, Nigeria, designed primarily for young couples facing difficulties in finding affordable housing options. This project integrates principles of modern architecture with practical solutions tailored for urban living. The core objective of the Lotus Residence is to provide a flexible living space that adapts to the needs of its occupants while emphasizing sustainability and economic feasibility.
The project consists of a compact base unit measuring 19 square meters, which includes essential living spaces such as a kitchen, bathroom, and storage areas. This foundational unit can be incrementally expanded to a larger size of 25 square meters as financial circumstances allow. The design encourages personalization and adaptation, allowing residents to create a home that evolves with their lifestyle.
Unique Design Considerations
One of the primary aspects that distinguishes the Lotus Residence from traditional housing is its emphasis on modular construction. Using prefabricated components, the architecture streamlines the building process, reducing both time and costs associated with onsite construction. The integration of QuadCore materials such as the K3 Pitch Roof Panel and Kooltherm K3 Floorboard Insulation enhances energy efficiency and contributes to long-term sustainability goals. The structural frame made from steel ensures durability, while the timber floorboards add a natural element to the interior finish.
Moreover, the residence incorporates sustainable features such as photovoltaic solar panels and rainwater harvesting systems. This focus on renewable energy and efficient resource management aligns with contemporary demands for environmentally responsible living. The green roof not only improves insulation but also fosters biodiversity, contributing positively to the local ecosystem.
Sustainable and Adaptive Architecture
The Lotus Residence also prominently highlights adaptability as a design principle. The architecture allows for spatial modifications that can suit varying family sizes and needs. This capacity to evolve is vital in a rapidly developing urban area like Lekki, where living conditions and financial situations can change over time.
The design also promotes a connection to the community by offering a model for housing that is economically viable yet environmentally conscious. This approach encourages future developments in urban areas to consider similar frameworks, ultimately contributing to sustainable urban living.
For further insights into the Lotus Residence, including architectural plans, architectural sections, and architectural designs, readers are encouraged to explore the project presentation. Understanding the detailed architectural ideas behind this project provides a comprehensive view of its potential impact on modern housing solutions in urban Nigeria.
The project consists of a compact base unit measuring 19 square meters, which includes essential living spaces such as a kitchen, bathroom, and storage areas. This foundational unit can be incrementally expanded to a larger size of 25 square meters as financial circumstances allow. The design encourages personalization and adaptation, allowing residents to create a home that evolves with their lifestyle.
Unique Design Considerations
One of the primary aspects that distinguishes the Lotus Residence from traditional housing is its emphasis on modular construction. Using prefabricated components, the architecture streamlines the building process, reducing both time and costs associated with onsite construction. The integration of QuadCore materials such as the K3 Pitch Roof Panel and Kooltherm K3 Floorboard Insulation enhances energy efficiency and contributes to long-term sustainability goals. The structural frame made from steel ensures durability, while the timber floorboards add a natural element to the interior finish.
Moreover, the residence incorporates sustainable features such as photovoltaic solar panels and rainwater harvesting systems. This focus on renewable energy and efficient resource management aligns with contemporary demands for environmentally responsible living. The green roof not only improves insulation but also fosters biodiversity, contributing positively to the local ecosystem.
Sustainable and Adaptive Architecture
The Lotus Residence also prominently highlights adaptability as a design principle. The architecture allows for spatial modifications that can suit varying family sizes and needs. This capacity to evolve is vital in a rapidly developing urban area like Lekki, where living conditions and financial situations can change over time.
The design also promotes a connection to the community by offering a model for housing that is economically viable yet environmentally conscious. This approach encourages future developments in urban areas to consider similar frameworks, ultimately contributing to sustainable urban living.
For further insights into the Lotus Residence, including architectural plans, architectural sections, and architectural designs, readers are encouraged to explore the project presentation. Understanding the detailed architectural ideas behind this project provides a comprehensive view of its potential impact on modern housing solutions in urban Nigeria.
