The transformation of this 1980s building into a healthy, low-energy sanctuary demonstrates a meticulous approach to sustainability, climate resilience, and serene living. The project, known as the Bronte Re-Frame House, reimagines the existing structure with a focus on enhancing thermal performance, improving light and ventilation, and creating a tranquil atmosphere for its occupants.

The renovation began with a comprehensive approach to climate resilience. Key modifications included the addition of adjustable facade shading, an airtight and insulated internal layer, and an external ventilated system. These enhancements significantly reduce heat gain through the facade, ensuring a more comfortable home environment. The external frame not only ties the existing house to the new work but also serves as a support structure for sliding screens that modulate sunlight, privacy, and views.

The floor plan was redesigned to be more compact, allowing for better light distribution and ventilation throughout the home. Strategic reduction in window sizes enhanced thermal performance while optimizing views towards the surrounding trees and ocean. The color palette, inspired by the pinks, greens, and tans of adjacent paperbark trees, integrates the house harmoniously with its natural surroundings. Central skylights were installed to reflect light deep into the interior, highlighting the changes in sunlight through the seasons.

The redesign was heavily influenced by the client’s desire for a serene retreat. The living spaces were crafted to promote tranquility and comfort, with abundant natural light flooding the interiors and pool reflections casting dynamic patterns across the ceilings. Each room offers a connection to the garden, pool, sky, or trees, enhancing the sense of peace and relaxation. The house is also much quieter now, thanks to the high-performance windows and insulating layers, which effectively dampen external noise.

The Bronte Re-Frame House incorporates Passive House principles to ensure optimal energy efficiency and comfort. Features such as adjustable sun screening, an airtight barrier, and double-glazed timber windows contribute to a healthy, low-energy home environment. The home is equipped with integrated HRV (heat recovery ventilation) systems, air conditioning, solar panels, battery storage, electric appliances, and a heat pump. The ventilated cladding system used for the walls and roof reduces heat buildup and minimizes condensation risk, further enhancing the home’s energy efficiency.

Overall, the Bronte Re-Frame House stands as a model of how thoughtful design can transform an aging structure into a modern, sustainable sanctuary. By prioritizing climate resilience, natural light, and passive house principles, this project not only revitalizes the home but also ensures a healthier, more comfortable living environment for its occupants.

Photography by Brett Boardman