VEPKAR validation follows structured engineering protocols aligned with HVAC system requirements, building codes, and institutional deployment standards. Testing methodology ensures performance, safety, and certification readiness.
VEPKAR validation follows structured engineering protocols aligned with HVAC system requirements and building codes.
Measurement of airflow velocity and volume across full operating range (3–8 m/s). Testing includes validation across varying duct diameters, installation orientations, and upstream/downstream configurations. Instrumentation: calibrated anemometers, flow visualization, and volumetric measurement.
Precise measurement of pressure differential across VEPKAR module using calibrated differential pressure transducers. Testing across full airflow range (3–8 m/s). Target specification: <30 Pa to maintain HVAC system performance, energy efficiency, and safe operation. Validation includes static and dynamic pressure measurement.
Durability testing of rotor assembly, bearing system, and structural components under extended operation at rated airflow. Testing includes vibration analysis, fatigue assessment, and thermal cycling. Validation of bearing life, rotor balance, and structural stress under continuous operation (500+ hour endurance testing).
Validation of DC buffer system and solar-assisted hybrid architecture under variable airflow conditions. Testing includes power output consistency, voltage regulation, load management, and buffer charging/discharging cycles. Measurement of system efficiency and power quality across full operating envelope.
VEPKAR certification planning follows North American standards for mechanical equipment and electrical safety.
Certification pathway for mechanical safety, electrical safety, and performance standards. Alignment with National Building Code of Canada and provincial mechanical codes. Testing includes pressure vessel assessment, electrical safety validation, and HVAC system compatibility.
North American electrical safety certification for power generation equipment. Validates electrical components, power output, and system safety under fault conditions. Enables cross-border deployment in US and Canada markets.
Third-party testing to confirm VEPKAR does not compromise HVAC system performance, air quality, or safety. Compatibility testing with standard duct systems, VAV boxes, and installation practices. Measurement of system efficiency impact and airflow distribution validation.
Alignment with National Building Code of Canada, provincial mechanical codes, and ASHRAE standards. Development of installation guidelines, maintenance protocols, and safety documentation. Certification of installation procedures and technician training requirements.
VEPKAR is currently at TRL 4–5 (Prototype Validation Phase). The system has progressed from laboratory prototype to field-tested prototype with demonstrated performance in controlled environments.
Laboratory and bench-scale validation of core components and subsystems. Proof of concept demonstrated under controlled conditions.
Integrated prototype system tested in relevant environment. Performance validated against design specifications and operational requirements.