Car Park Ventilation Systems

Car Park Ventilation Systems are designed to control carbon monoxide (CO), nitrogen oxides (NOx), smoke accumulation, and heat build-up in enclosed and semi-enclosed parking areas. These systems ensure occupant safety, regulatory compliance, and proper air circulation in basement and podium parking structures.

We install and maintain Ducted Car Park Ventilation Systems, Jet Fan Ventilation Systems, CO-Controlled Demand Ventilation Systems, Basement Smoke Exhaust Systems, and Hybrid Ventilation Systems. System selection depends on parking layout, height clearance, fire strategy, and building design.

Yes, we offer comprehensive Annual Maintenance Contracts (AMC) for car park ventilation systems including jet fan inspection and lubrication, CO sensor calibration, motor alignment and electrical testing, duct inspection (if ducted system), fire alarm interlock testing, emergency power testing, vibration analysis, and compliance readiness checks. Customized AMC plans are structured for residential and commercial parking facilities.

System failure is commonly caused by non-operational jet fans, CO sensor malfunction, control panel faults, inadequate airflow performance, excessive noise or vibration, damper malfunction, emergency mode failure, or electrical faults. We provide rapid corrective maintenance with root cause analysis to restore safe and compliant ventilation performance.

Our installation includes jet fan installation, axial and centrifugal exhaust fan installation, supply air fan integration, duct fabrication and erection (for ducted systems), CO and NOx sensor installation, automatic control panel installation, fire alarm system integration, pressure relief and backdraft dampers installation, louvers, fresh air intake arrangement, electrical wiring, emergency power integration, and vibration isolation mounting. Engineering focus includes CO concentration dilution calculation, air change rate design, jet fan thrust calculation, and sensor zoning strategy.

Our commissioning services include CO sensor calibration, airflow CFM measurement, jet fan thrust validation, smoke simulation testing, emergency mode activation testing, fire alarm interlock testing, motor ampere and load testing, and noise level testing. Comprehensive commissioning reports are provided for regulatory submission.

Yes, we execute retrofitting services including conversion from ducted to jet fan systems, high-efficiency fan replacement, CO sensor addition and zoning, automation panel modernization, fire-rated duct replacement, and compliance improvement works. Retrofitting improves safety, energy efficiency, and regulatory approval.

We provide CO-based automatic fan control, NOx monitoring integration, Variable Frequency Drive (VFD) integration, fire alarm integration, BMS monitoring integration, and alarm/fault indication systems. Automation reduces energy consumption while maintaining safety compliance.

Energy efficiency is improved through sensor zoning optimization, VFD tuning, airflow redistribution studies, power consumption audits, and system performance benchmarking. Energy optimization ensures compliance with lower operational cost.

Routine maintenance includes jet fan inspection and lubrication, CO sensor calibration, motor alignment and electrical testing, duct inspection (if ducted system), fire alarm interlock testing, emergency power testing, vibration analysis, and compliance readiness checks. This ensures uninterrupted and compliant operation.