30%
Solution Overview
for
Standard HVAC systems often fail to provide precise climate control and energy efficiency in specialized building environments, leading to high operational costs and poor indoor air quality. Managing moisture and air circulation in specific spaces, such as indoor pools, presents significant structural and maintenance challenges for property managers.
Our solution addresses this efficiency gap by engineering specialized HVAC systems, including advanced pool dehumidifiers and highly efficient rooftop units, designed strictly for optimal building performance. By developing our own device selection programs and writing all PLC automation software internally, we offer a seamlessly integrated hardware and software approach. This ensures exact environmental management, maximizes energy recovery, and significantly reduces long-term maintenance issues for commercial real estate, perfectly aligning with the transition towards smart, sustainable buildings.
Our Solution:
Under our Areca brand, we manufacture 4 patented, highly efficient HVAC units: EAGLE (packaged unit), SPARROW (home comfort), ALBATROS (pool dehumidifier), and PHOENIX (hygienic AHU). Our products are strictly designed to consume significantly less energy than standard HVAC systems, achieving A+ efficiency and revolutionary COP > 1 values. In practice, we provide an end-to-end PropTech solution. We do not just supply hardware; we develop proprietary device selection programs and write all PLC automation software in-house. This allows our devices to integrate seamlessly with building management systems, providing precise control over temperature, humidity, and air quality. Our smart algorithms, like continuous heating during defrost cycles, prevent energy spikes. By merging advanced mechanical design with custom software, we deliver a sustainable and highly cost-effective climate control ecosystem for property managers.
How it works:
Under our Areca brand, we have developed 3 patented, highly specialized HVAC units (EAGLE, SPARROW, ALBATROS, PHOENIX). These units are specifically engineered to consume significantly less energy than standard market alternatives, ensuring ultimate efficiency. Because we write all PLC automation software and design our unit selection programs entirely in-house, our hardware communicates flawlessly with smart building infrastructures. This unique synergy guarantees maximum energy recovery, lower operational costs, and precise environmental management for sustainable real estate.
Classification & Use Cases
Lifecycle stage(s) addressed:
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Key use cases in practice:
Maturity & Traction
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Impact & SDGs
Contribution to any of the 17 Sustainable Development Goals:
Good Health and Well-being: We deliver precise temperature, humidity, and particle control for critical healthcare environments, ensuring safe indoor air quality in major hospitals like ─░zmir ┼Юehir Hastanesi.
Clean Water and Sanitation: Our advanced Albatros pool dehumidifiers and atmospheric water harvesting (AWH) systems optimize moisture management and water recovery.
Affordable and Clean Energy: Our patented EAGLE rooftop units achieve A+ efficiency and consume 30% less electricity than standard alternatives, significantly cutting operational energy use.
Industry, Innovation and Infrastructure: Operating from our DEPARK R&D office, we engineer patented HVAC hardware and develop all PLC automation software entirely in-house.
Sustainable Cities and Communities: Our integrated PropTech solutions accelerate the transition to smart, green buildings by maximizing energy recovery and reducing carbon footprints.
Main impact areas
Team & Organization
Founding team:
R&D & Technical Operations Director: Specializes in advanced mechanical design, thermodynamic analysis, and international project execution (including Canada, UK, and Spain partnerships) from our DEPARK R&D center.
Automation & Software Lead: Oversees the integration of smart building technologies, custom control algorithms, and system integrations for critical environments such as smart hospitals and industrial facilities.
