This study addresses photovoltaic panel efficiency loss—up to 50%—due to soiling and highlights demineralized water as an optimal cleaning agent. It introduces an innovative approach using SEAS Air to Water Generator (AWG) technology for water supply, overcoming challenges in model selection and sizing via a cleaning time optimization method. The DIrt model estimates energy loss…
This research introduces a pioneering HVAC design for hotels that innovatively repurposes condensed water vapor from chillers, transforming it into a sustainable resource. Tailored to the demanding climatic conditions of the Arabian Gulf, the system demonstrates exceptional resource efficiency by reclaiming water for diverse domestic applications, with potential for potable use following appropriate treatment. Preliminary…
SEAS Systems was implemented in a cutting-edge case study to deliver a sustainable, multi-functional solution for a hotel, integrating drinking water production, domestic hot water supply, and air-cooling. By optimizing HVAC operations for atmospheric water condensation, the system enhanced resource efficiency in an arid climate. A sophisticated simulation model was developed to evaluate annual water savings…