I. The sentence is suggesting you consider ways to optimize the design of an MVAC
(Mechanical Ventilation and Air Conditioning) system through value engineering
exercises. Value engineering (VE) is a systematic process that analyzes a product or
system to improve its functionality, cost-effectiveness, and overall value.
In the context of MVAC design, value engineering exercises would focus on finding
solutions that achieve the desired climate control goals while minimizing costs and
maximizing efficiency. Here are some potential areas you could discuss during these
exercises:
Equipment selection: Evaluate alternative equipment options with similar
performance but potentially lower initial costs, lower maintenance requirements, or
higher energy efficiency.
System design: Explore alternative layouts for ductwork, piping, and equipment
placement that could reduce material usage, installation complexity, or energy
consumption.
Control strategies: Investigate different control systems for the MVAC system. This
could involve optimizing scheduling, implementing occupancy sensors, or integrating
with a Building Management System (BMS) for more granular control.
Material selection: Consider using alternative materials for ducts, pipes, or other
system components that offer similar performance but are less expensive or have
lower environmental impact.
II. By brainstorming and analyzing these options, you can identify potential areas for
cost savings and efficiency improvements without compromising the overall
functionality and
Absolutely, here's the checklist for MVAC design value engineering exercises:
Equipment Selection:

Evaluate alternative equipment types (e.g., chillers, boilers, air handlers) with
similar performance but potentially:
o
Lower initial cost
o
Lower maintenance requirements
o
Higher energy efficiency
System Design:

Explore alternative layouts for:

o
Ductwork
o
Piping
o
Equipment placement
Consider options that could reduce:
o
Material usage
o
Installation complexity
o
Energy consumption
Control Strategies:

Investigate different control systems for the MVAC system, including:
o
Optimizing scheduling
o
Implementing occupancy sensors
o
Integrating with a Building Management System (BMS) for more
granular control
Material Selection:

Consider using alternative materials for system components that offer similar
performance but are:
o
Less expensive
o
Have lower environmental impact (e.g., recycled content)
Additional Considerations:

Remember, the goal is to find solutions that achieve the desired climate
control goals while minimizing costs and maximizing efficiency.


Brainstorm and analyze these options to identify potential areas for:
o
Cost savings
o
Efficiency improvements
Ensure any changes don't compromise the overall functionality and
performance of the MVAC system.