The RECHARYuBLE project presents a thoughtful solution designed for cyclists in need of a place to rest during their travels. Located in a landscape that accommodates various cycling routes, the structure combines functionality with flexibility. It aims to meet the specific requirements of cyclists by providing dedicated spaces for resting, cooking, and socializing. The design features three distinct zones connected by structural ribs, which allow for independence and adaptability in a variety of settings.

Functional Units

Two main functional units form the core of the structure: the Kitchen WC Unit and the Sleeping Unit. The Kitchen WC Unit is designed for cooking and hygiene, thoughtfully positioned to offer users unobstructed views of the surrounding landscape. This setup enhances the experience of using the space while still meeting practical needs. The Sleeping Unit caters to rest and relaxation, designed to operate independently from the cooking area. With mechanically operated sliding rails, users can modify the space according to their preferences, allowing for a personalized experience.

Materiality and Prefabrication

The design emphasizes prefabrication, making it easy to assemble on-site with minimal environmental impact. Lightweight components are used, chosen for their durability and resistance to various conditions. These materials ensure that the structure requires little maintenance and can adapt to changing needs and locations, making it suitable for different outdoor settings. The lightweight nature of the construction helps maintain the overall stability of the building, allowing it to serve its purpose effectively.

Sustainability Features

Sustainability plays a critical role in the design. It includes systems aimed at reducing energy use and conserving resources. For instance, domestic hot water is produced using solar tube panels, and photovoltaic panels are utilized to lower energy requirements while minimizing solar heat gain. Effective insulation in the facade enhances thermal performance, and a greywater recycling system helps to reduce the use of potable water by redirecting greywater for flushing toilets. This careful attention to resources reflects a commitment to environmentally friendly practices.

The design also incorporates practical features such as an outdoor shower and a bike repair station. These elements enhance the usability of the structure, addressing the needs of cyclists who stop for rest as well as those passing by. The combination of these components, along with the modular nature of the design, creates a welcoming space that encourages interaction and connection with the surrounding environment.