About Agua Therm

Robert is a UK-trained engineer specializing in energy-efficient HVAC systems with over 15 years of experience. As a certified Daikin and Mitsubishi installer, he brings deep expertise in inverter technology, COP optimization, and precision system sizing for Mediterranean climates. Robert has project managed some of the most complex integrated systems in Málaga province, combining heat pumps with solar PV, underfloor heating, and smart controls to create seamless, high-efficiency installations. His specialist knowledge in aerothermal technology and retrofit solutions for Spanish properties—understanding thermal mass, insulation challenges, and humidity control—ensures every system performs optimally year-round.

Craig is a UK-trained electrician and project manager with over 25 years of experience, having managed installations for some of the UK's most high-profile clients. His expertise spans solar PV integration, battery storage systems, and smart energy management solutions. Craig specializes in the electrical infrastructure required for heat pump installations, including single-phase and three-phase systems, ensuring every installation meets the highest safety standards. With deep understanding of Spanish electrical regulations (REBT) and grid connection requirements, he ensures all Agua Therm installations are fully compliant and optimized for performance.

Ben is an energy efficiency expert specializing in comprehensive property energy assessments. Featured in The Olive Press for identifying dangerous and inefficient HVAC installations, Ben has helped numerous Costa del Sol homeowners avoid costly mistakes and optimize their energy usage. His expertise in assessing property layouts, insulation losses, and electricity usage patterns ensures every Agua Therm installation is precisely sized and configured for maximum efficiency. Ben advocates for professional energy surveys before any HVAC investment, believing that proper assessment is the foundation of long-term energy savings—typically identifying 30-40% potential efficiency improvements in existing systems.