We, at Mastrolee, understand that appropriate sizing of HVAC components is critical for the design of energy efficient HVAC system at optimum cost. Hence we adopt a systematic approach towards HVAC sizing, taking into consideration various factors such as climate, building configuration, space usage, system zoning and layouts.
We adopt high efficiency water cooled, low IKW/TR chillers on most of the projects. Depending upon their type and capacity, large chillers are specified with variable speed drives. All the chillers are specified with microprocessor based control system along with chiller manager to monitor all the parameters of the plant. The plant generally consists of energy efficient screw chillers/centrifugal chillers/VFD driven chillers, multiple primary chilled water pumps, secondary chilled water pumps with variable frequency drives, condensing water pumps, FRP cooling towers, VFD driven double skin air handling units with thermal break and variable frequency drive, fan coil units, chilled and condensing water piping, air distribution system, insulation, electrical panels, wiring, control wiring and earthing.
Mastro Lee Create has been able to operate successfully in the global market since its inception due to two imperative factors - reliable services and the highest quality of work. We team up with our customers to deliver world class Manufacturing Engineering services. Our team uses a customer focused strategy of assistance as we have the demonstrated experience and understanding of evolving technology requirements.
In office buildings, shops and commercial establishments, we recommend the use of VAVs to provide the right quantity of cool air required for a specific building zone and at the same time supply different volumes to different zones. The result is that the total supply of cool air varies over the course of the day, depending on the heat gain level in different parts of the building at different times.
Our ongoing research interests and contributions are focused on Green Buildings, HVAC & R system design for large buildings, indoor air quality, energy conservation, water conservation and integrated building management system.