A High-Performance Roofing Solution for a Luxury Home in Jack’s Point, Queenstown
Perched in one of New Zealand’s most breathtaking landscapes, this high-end residential home in Jack’s Point, Queenstown, achieves a perfect balance between modern design and sustainable functionality. Overlooking the pristine waters of Lake Wakatipu, the roofing system was chosen to complement its surroundings while delivering exceptional performance, energy efficiency, and durability.
The EQUUS SOPREMA NOVATHERM Warm Roof, combined with SOPRASOLAR pedestals for solar integration, provided the ideal solution, offering superior waterproofing, thermal performance, and seamless compatibility with renewable energy systems.
A High-Performance Roofing System
The NOVATHERM Warm Roof was selected for its aesthetic refinement and robust protection against Queenstown’s varied climate. This system ensures an uninterrupted layer of insulation above the structural deck, eliminating thermal bridging and enhancing the home’s energy efficiency. The result is a stable indoor environment, reducing heat loss in winter and minimising heat gain in summer.
Fully adhered, the NOVATHERM Warm Roof forms a continuous waterproofing membrane that withstands Queenstown’s harsh weather, including heavy snowfall, strong winds, and fluctuating temperatures. This high-performance membrane ensures long-term durability, eliminating the risk of leaks while requiring minimal maintenance.
Sustainable Integration with SOPRASOLAR Pedestals
Sustainability played a key role in this residence’s design. To support renewable energy use, the roof was designed to integrate photovoltaic (PV) panels through Soprasolar pedestals. These innovative pedestals allow solar panels to be installed directly onto the roof’s membrane without fixings or penetrations, preserving waterproof integrity.
By utilising the SOPRASOLAR pedestal system, the PV panels are positioned at an optimal angle for maximum solar exposure, enhancing energy efficiency and reducing reliance on traditional power sources. This approach ensures the home benefits from a sustainable energy supply while maintaining the roof’s structural and aesthetic integrity.
