Project Overview
A groundbreaking public infrastructure project that challenges the norms of renewable energy. At Julie Rose Stadium, we proved that clean energy doesn't require deep boreholes or disruption. Just a smart, usable surface.
The Challenge
Ashford Borough Council needed to decarbonise their premier athletics facility but faced significant logistical barriers. Traditional ground source heat pumps would have required extensive drilling, deep boreholes, and a 'muddy' construction site that would disrupt the stadium's operations. The client needed a solution that offered high thermal efficiency without the invasive groundwork associated with standard ground source options.
The Solution
We installed a shallow, surface-level Teratherm energy system beneath the stadium's hardscaping. By turning the 400 m² of concourse and training areas into thermal collectors, we eliminated the need for vertical drilling entirely. The system was designed to double as both a durable surface and a high-performance energy source, effectively hiding the power plant in plain sight.
The Results
The performance data has set a new benchmark for surface energy collection. Real-world monitoring confirms the system achieves a Coefficient of Performance (COP) of up to 11.9, with a stable 4.95 COP during continuous operation. This efficiency rivals or exceeds traditional deep-borehole systems. The stadium now benefits from year-round renewable heat with zero visual impact and zero disruption to the site's geology.
Project Gallery
Extensive coverage across the Julie Rose Stadium
Large-scale surface installation
