Controlite and Danpal Roofing systems bring thermal energy into the 21st Century

Fluid Solar House - Controlite Louvre system with Danpalon roof cladding. Internal view looking up

Fluid Solar House with Danpal Louvered Roof System

Formerly a renewable energy company, Fluid Solar have built the world’s first 100% renewable, off-the-grid office building. Fluid Solar has been in the business of offering affordable renewable energy solutions and are now proving that residential and commercial buildings can flourish while being 100% off the grid. How have they achieved this? With Danpal’s world-class Controlite and Louvered Roofing systems and Fluid Solar photo-voltaic solar panels and concentrated solar thermal technology.

The 3000 square metre multi-level building provides offices and medical consultation spaces. Users in the space are left wanting for nothing with potable hot water, temperature management, natural daylighting and ventilation.

Grieve Gillett Anderson architects have combined the Controlite Louvre system, with Danpal roof cladding.

What they’ve ended up with is an intelligent system that can respond to the outside environment and which is fully insulated from extreme temperatures. The Controlite system has adjustable louvres to ensure the ultimate comfort and optimal daylight within the building. In this project, the Controlite system can be seen in the atrium above the central foyer. Controlite is in effect a skylight combined with a shading system. What is especially clever is the added use of a Danpal Roofing system above the Controlite, included for an extra layer of insulation and weatherproofing to ensure maximum thermal comfort over a large skylight area.

Fluid Solar is located in Adelaide, Australia where temperatures range between 8 degrees Celsius and over 45 degrees Celsius along with heavy seasonal rainfall. Grieve Gillett Anderson designed the project and it was built by Harrold and Kite. The firm’s sustainability values and goals made the firm an ideal match for the Fluid Solar House project.

The project works in three ways:
1. Smart energy
2. Advanced thermal and solar technology
3. Green building materials

Smart energy: The building is fitted with smart LED lighting and ventilation is incorporated into the design. A thermal energy bank is located under the lower carpark which stores energy for use on days where less power is collected.

Advanced thermal and solar technology: Photo-voltaic thermal solar panels on the roof and the aforementioned thermal energy bank ensure none of Adelaide’s abundant solar radiation resources are wasted. Fluid Solar House provides itself with enough power to run the entire building without being connected to the grid.

Green building materials: What takes this project to the next level is the application of Danpal’s Controlite and Roofing systems. These materials cleverly reduce the need for artificial temperature control. Air-conditioning systems are normally one of the highest ongoing costs of operating a building such as this. However, in this case it will very rarely be needed given the thoughtful design combined with the application of Danpal’s micro-cell polycarbonate cladding.

Fluid Solar, Danpal and Grieve Gillett have well and truly proven that both residential and commercial buildings can deliver function and beauty on zero energy.

References
• Bureau of Meteorology 2019, Weather Data – Adelaide, SA, Bureau of Meteorology, accessed 5 March 2019, www.bom.gov.au
• Sydney Morning Herald 2019, ‘Adelaide Records Hottest Ever Day On Record’, Sydney Morning Herald, accessed 5 March 2019, www.smh.com.au
Bibliography
• Danpal 2019, Fluid Solar, Danpal Australia, accessed 5 March 2019, Danpalon Fluid Solar
• Fluid Solar Thermal 2019, Projects, Fluid Solar Thermal, accessed 5 March 2019, www.fluidsolarthermal.com
• Grieve Gillet Anderson 2019, Sustainability, Grieve Gillett Anderson, accessed 5 March 2019, www.ggand.com.au
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