Retail and Dealership

Retail and Dealership Projects

Christian Brothers Mechanical Services supports all classes of non-residential HVAC needs, from small clients with one-time service needs to the largest facilities in Southern California. During our 30 years of business we have supported many of the most prestigious building projects in Los Angeles and throughout all of Southern California including retail and dealership projects.

Following are examples of our work in the retail and dealership sectors. Click on the images below to view a larger display.

Mercedes Benz Of Temecula – Temecula, Riverside County

Kunzik & Sara Construction

The new automobile dealership construction project involved the installation of a high-performance HVAC system within a critical commercial and environmentally certified environment. The scope of work focused on ensuring precise indoor air quality, advanced green building compliance, and reliable system integration to meet the strict requirements of a modern LEED-certified facility.

Special attention was given to maintaining strict sustainability standards, ensuring occupant and customer comfort, and supporting sensitive service and showroom operations. The system was designed for efficiency, environmental stewardship, and long-term operational reliability in a demanding automotive retail setting.

Downtown LA Motors Mercedes Benz – Los Angeles, Los Angeles County

Kunzik & Sara Construction Co.

The commercial facility project involved the installation of a high-performance HVAC system within a critical code-compliant environment. The scope of work focused on ensuring precise building ventilation, advanced environmental efficiency, and reliable system integration to meet the strict requirements of a modern sustainable development.

Special attention was given to maintaining strict California Green Building standards, ensuring optimal occupant comfort, and supporting sensitive safety and smoke-detection operations. The system was designed for efficiency, environmental compliance, and long-term operational reliability in a demanding regulatory setting.

Keyes Porsche Thousand Oaks

The commercial infrastructure project involved the installation of a high-performance HVAC system within a critical multi-zoned environment. The scope of work focused on ensuring precise air distribution, advanced seismic stabilization, and reliable system integration to meet the strict requirements of a modern multi-unit facility.

 

Special attention was given to maintaining strict life-safety and indoor air quality compliance, ensuring occupant comfort, and supporting sensitive ventilation and automated CO2 operations. The system was designed for efficiency, structural resilience, and long-term operational reliability in a demanding commercial setting.

No.1 Collision

The commercial facilities project involved the installation of a high-performance HVAC system within a critical mixed-use environment. The scope of work focused on ensuring precise multi-system climate control, combining heavy-duty centralized rooftop units with decentralized ducted and ductless heat pump networks to meet the strict multi-zone requirements of a modern high-capacity facility.

 

Special attention was given to maintaining advanced ventilation metrics—utilizing variable-frequency driven garage systems and high-volume, low-speed fans alongside comprehensive carbon monoxide monitoring. Every component was engineered for optimal air distribution and acoustic isolation, ensuring maximum energy efficiency, code compliance, and long-term operational reliability in a demanding commercial setting.

Ontario Genesis

The heavy commercial and maintenance facility project involved the installation of a high-performance HVAC system within a critical multi-zoned environment. The scope of work focused on ensuring precise temperature management, combining heavy centralized rooftop package units with decentralized ducted and ductless heat pump networks to meet the strict thermal requirements of a high-capacity facility.

 

Special attention was given to maintaining advanced seismic stabilization across all roof equipment, ensuring optimal occupant comfort, and supporting specialized gas heating and mechanical ventilation operations. The system was designed for efficiency, structural durability, and long-term operational reliability in a demanding industrial setting.