Martin Angelov Angelov 
Comprising two shipping containers with solar integration and abundant natural light, this small-scale residence exemplifies modern, flexible living solutions designed for efficiency and adaptability.
5 key facts about this project
01
Two interconnected shipping containers provide a modular living configuration.
02
Solar panels integrated into the roof support energy self-sufficiency.
03
Large glass openings maximize natural light and outdoor connectivity.
04
Compact interior design features multifunctional furniture for flexibility.
05
Standard shipping dimensions facilitate easy transport and assembly.
General keywords
Project specific keywords
The architectural design project known as HalfHome consists of two modular shipping containers that serve as innovative living spaces. This project represents a contemporary approach to housing, focusing on efficiency, sustainability, and adaptability. Designed to meet modern living demands, HalfHome emphasizes minimal resource consumption while ensuring functionality across diverse environments, including urban areas and remote locations.
Modularity is a core concept within HalfHome, allowing the two containers to be configured in various ways, accommodating different lifestyles and needs. Each container operates as a self-sufficient unit, incorporating essential systems such as solar energy, plumbing, and flexible interior layouts. This adaptability makes it suitable for both permanent residences and temporary living solutions.
Unique Design Approaches
The design of HalfHome distinguishes itself by integrating sustainable practices with modular architecture. The structure utilizes high-strength steel or fiberglass for the container body, which ensures durability and longevity. The inclusion of large glass panels within the design maximizes natural light and promotes connectivity with the environment, reducing the reliance on artificial lighting. Solar panels on the roof are a significant feature, providing an energy-efficient power source while contributing to the self-sustaining capabilities of the home.
Interior spaces reflect a purposeful design approach, with multi-functional furniture that enhances usability within compact areas. The kitchen features an extendable countertop designed for efficiency, while sleeping areas can be converted to serve various functions throughout the day. Bathroom facilities are compact yet practical, designed to optimize available space without sacrificing comfort or accessibility.
Architectural Details and Functionality
The architectural plans of HalfHome illustrate its efficient use of space, with layouts ranging from 15m² to 25m². These designs demonstrate a focus on creating intimate living spaces without compromising essential functionality. The structure’s modularity allows for easy transport and assembly, presenting an effective solution for diverse geographical locations. The container size aligns with standard shipping dimensions, facilitating mobility for temporary housing needs.
Sustainability is central to the project’s concept. The selection of materials caters to environmental considerations, ensuring that the design minimizes its ecological footprint. The integration of smart technologies within the home enhances operational effectiveness, reflecting a growing trend toward intelligent and resource-efficient living spaces.
HalfHome serves as a testament to the potential for architecture to address contemporary housing challenges. Its innovative design approaches and sustainable practices offer a practical, adaptive living solution suitable for a range of contexts. For those interested in exploring the architectural plans, sections, and detailed designs of this project, engaging with the presentation provides deeper insights into its functionality and design strategies.
Modularity is a core concept within HalfHome, allowing the two containers to be configured in various ways, accommodating different lifestyles and needs. Each container operates as a self-sufficient unit, incorporating essential systems such as solar energy, plumbing, and flexible interior layouts. This adaptability makes it suitable for both permanent residences and temporary living solutions.
Unique Design Approaches
The design of HalfHome distinguishes itself by integrating sustainable practices with modular architecture. The structure utilizes high-strength steel or fiberglass for the container body, which ensures durability and longevity. The inclusion of large glass panels within the design maximizes natural light and promotes connectivity with the environment, reducing the reliance on artificial lighting. Solar panels on the roof are a significant feature, providing an energy-efficient power source while contributing to the self-sustaining capabilities of the home.
Interior spaces reflect a purposeful design approach, with multi-functional furniture that enhances usability within compact areas. The kitchen features an extendable countertop designed for efficiency, while sleeping areas can be converted to serve various functions throughout the day. Bathroom facilities are compact yet practical, designed to optimize available space without sacrificing comfort or accessibility.
Architectural Details and Functionality
The architectural plans of HalfHome illustrate its efficient use of space, with layouts ranging from 15m² to 25m². These designs demonstrate a focus on creating intimate living spaces without compromising essential functionality. The structure’s modularity allows for easy transport and assembly, presenting an effective solution for diverse geographical locations. The container size aligns with standard shipping dimensions, facilitating mobility for temporary housing needs.
Sustainability is central to the project’s concept. The selection of materials caters to environmental considerations, ensuring that the design minimizes its ecological footprint. The integration of smart technologies within the home enhances operational effectiveness, reflecting a growing trend toward intelligent and resource-efficient living spaces.
HalfHome serves as a testament to the potential for architecture to address contemporary housing challenges. Its innovative design approaches and sustainable practices offer a practical, adaptive living solution suitable for a range of contexts. For those interested in exploring the architectural plans, sections, and detailed designs of this project, engaging with the presentation provides deeper insights into its functionality and design strategies.
