Solar House, Dubai

This 3500 sqm mansion perfectly balances innovation and luxury, designed by XBD Collective, fitted out by Cherwell Interiors, and constructed by Walkthru Contracting offering a unique experience while showcasing cutting-edge design elements.

It’s dynamic solar BIPV facade, recycled water system, double story swimming pool, suspended glass bridge makes it one of the most unique and sustainable residential projects in Dubai.

The project sets the standard for eco-friendly living in the area, as almost all energy needs met by solar power. It has a system that collects 10% – 15% of the moisture to turn to water. Grey water system is also quite important, especially for a project of this size, because full irrigation is supplied by recycled water. This adds extreme value to its users, the environment, and society. It also complies with Dubai Green Building regulations and specifications. It got recognition from Dubai Municipality as there is no other building this size that is completely solar powered, and it sets an example of sustainable living.

During the construction process of Solar House, we were committed to demonstrating industry-leading construction best practices. Some key highlights include:

Rigorous quality control measures were implemented, encompassing regular inspections, material testing, and adherence to stringent industry standards.

Walkthru Contracting employed effective project management techniques, ensuring efficient scheduling, budgeting, and resource allocation, leading to the timely completion of the project.

Solar House integrated innovative construction methods and sustainable technologies that not only enhanced efficiency but also reduced environmental impact.

Sustainable construction practices were a priority, including the use of eco-friendly materials and waste reduction measures.

Solar House prioritized Health, Safety, and Environment (HSE) initiatives throughout the construction process. Our approach included:

Comprehensive safety protocols were enforced on-site, including regular safety briefings, hazard assessments, and a robust incident reporting system.

All personnel underwent rigorous HSE training, including certifications and courses, to ensure a safe work environment.

Well-defined procedures were in place for handling emergencies or accidents, minimizing risks and ensuring a swift response.

Walkthru Contracting took proactive steps to protect the environment during construction, encompassing erosion control, responsible waste management, and pollution prevention measures.

Materials used in construction included photovoltaic solar glass cladding on the façade that generates enough energy to offset the electricity requirements of the villa throughout the year. Additionally, water treatment methods and technologies were installed to be able to convert waste water into grey water suitable for irrigation.

In the construction of a residential mansion, several unique and challenging features were incorporated, showcasing innovation, and requiring global supplier reach that are absolutely unique for a Dubai residential project of this size.

The villa utilized Building Integrated Photovoltaic (BIPV) panels but adapting them to different cladding sizes proved challenging. Over 200 sizes of BIPV panels were used. We worked with a supplier outside UAE to make this possible.

One notable feature was the construction of the longest glass residential bridge, which needed to maintain transparency. However, finding a solution was difficult as regular glass tends to turn green. After extensive searching, a company capable of producing specific transparent glass was found, ensuring the desired outcome.

The villa also boasted a 25-meter-long, 6-meter-wide cantilever swimming pool. Building a pool of this size and ensuring its stability while supporting the bridge presented a significant challenge. Detailed engineering calculations and structural analysis were performed to ensure the pool’s safety and integrity.

Additionally, a 10-meter cantilever box was supported by a V column, pushing the structural limits. To support it, engineers used different type of concrete reaching the level of C100, surpassing the strength of C80 used in the Burj Khalifa. This choice ensured stability and safety.

To realize these innovative ideas, it was necessary to collaborate with companies worldwide rather than relying solely on local suppliers. This allowed access to specialized materials and expertise needed for the BIPV panels, transparent glass, and other unique design elements.

A significant benefit to this design is that this entire property is entirely solar-powered, meaning the client will never have to pay water or electricity bills. Grey water system is also quite important, especially for a project of this size, because full irrigation is supplied by recycled water. This adds extreme value to its users, the environment, and society. It also complies with Dubai Green Building regulations and specifications. It got recognition from Dubai Municipality as there is no other building this size that is completely solar powered, and it sets an example of sustainable living.