RPI ID: 2021-074-201

Innovation Summary:
This invention presents a hydronic system embedded within a building partition that enables both heating and cooling through fluid circulation. The system includes conduits on either side of a partition, each covered by finishing materials, and is controlled by valves and pumps that regulate fluid flow in different operational modes. It can operate in an isolating mode (independent loops) or a heat exchange mode (interconnected loop), allowing for efficient thermal management. The design integrates seamlessly into building structures, offering a compact and energy-efficient solution.

Challenges / Opportunities:
Traditional HVAC systems are bulky, energy-intensive, and often require extensive ductwork or external units. This invention addresses the need for integrated, space-saving thermal systems that provide both heating and cooling. It opens opportunities for sustainable building design, retrofitting, and smart energy management in residential and commercial settings.

Key Benefits / Advantages:
✔ Integrated design embedded within building partitions for space efficiency
✔ Dual functionality provides both heating and cooling
✔ Energy efficient through closed-loop operation
✔ Smart control supports automated thermal regulation

Applications:
• Residential and commercial HVAC
• Green building and sustainable architecture
• Smart home systems
• Modular and prefabricated construction

Keywords:
#Hydronicsystem #buildingHVAC #thermalpartition #energyefficientheatingandcooling #smartbuildingtechnology

Intellectual Property:
US Issued Patent 12,031,730