Architecture project // Charred Wood Facade and Solar Energy Systems in a Self-Sustaining Residential Retreat

Charred Wood Facade and Solar Energy Systems in a Self-Sustaining Residential Retreat

Authors:

Waldo Gimenez, Ernesto Leonardo Silva,

Fernando ramÓn Rojas

Constructed with charred wood and energy-generating solar panels, the design emphasizes self-sufficiency and sustainable living in a modern residential setting.

5 key facts about this project

Constructed with charred wooden shingles for enhanced durability and aesthetics.

Incorporates a bent A-frame design that maximizes natural light and ventilation.

Features integrated rainwater harvesting systems for sustainable water management.

Utilizes cross-laminated timber panels to reduce carbon footprint and increase strength.

Includes a central courtyard designed to support local biodiversity and food production.

General keywords

sustainability self-sufficient residential green renewable courtyard landscaping automation biodiversity food production

Project specific keywords

solar panels rainwater systems biofiltration native plants aquaponics hydroponics courtyard oasis smart systems green materials aerothermic hvac

### Overview

Located in an unspecified arid climate, the House of the Future presents a forward-thinking approach to sustainable living through the integration of advanced technologies and environmentally considerate design principles. The intent is to create a self-sufficient residence that minimizes reliance on conventional utilities, employing innovative strategies for energy, water, and food supply within its architectural framework.

### Self-Sufficiency and Spatial Layout

At the core of the design is a commitment to self-sustainability, achieved through the implementation of renewable energy systems, including solar panels and rainwater harvesting. The architectural configuration features a central courtyard, which serves both as an ecological focal point and a communal space, fostering a connection to the natural environment. This area is designed to promote well-being and provide a serene retreat, while the surrounding volumetric arrangement of staggered planes enhances the visual interaction with both the interior and exterior landscapes.

### Materiality and Ecological Integration

The material selection underscores the project's sustainability objectives, utilizing reinforced concrete for structural integrity alongside green building materials that support local biodiversity. The façade explores the contrast between opaque and transparent surfaces, allowing ample natural light and air circulation to permeate the living spaces. Additionally, the landscaping incorporates orchards and gardens designed to produce food through sustainable practices such as aquaponics and hydroponics, contributing to the ecological balance and supporting local wildlife.

The incorporation of biofiltration systems for water purification and aerothermic HVAC systems for climate control further accentuates the project's ecological sensibility. Automation technology is seamlessly integrated to enable residents to monitor and manage their energy and water use effectively, reflecting a comprehensive approach to modern, sustainable living.