
Master manual chilled water flow rate calculations to ensure reliable hvac design, avoiding overreliance on rules of thumb or software, and building professional design skills.
Learn how a centralized chilled-water system uses a chiller, piping, fan coil units, and air handling units to absorb heat from the conditioned space via a closed-loop circuit.
Describe the refrigeration cycle with evaporator, condenser, expansion, and compressor, and show how a chilled water system removes heat via CHWS and CHWR through FCUs in a closed loop.
Identify main chilled water system components: air handling units, fan coil units, piping, pumps, and heat exchangers. Explain how chilled water circulates in a closed loop to condition spaces.
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Compare air-cooled and water-cooled chilled water systems. Air-cooled chillers dissipate heat with condenser fans, while water-cooled chillers use a heat exchanger and cooling tower.
Learn to select a chiller for a chilled water system by performing cooling load calculations, determining the required flow rate, and choosing between air-cooled or water-cooled chillers with multiple units.
Compute the chilled water flow rate (GPM) from the cooling load (tons) using delta t and the formulas Q = TR × 24 / Δt and Q = cp Δt.
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HVAC Chilled Water System Design Concepts that Many Professionals Lack!
Are you looking to strengthen your HVAC Design skills and gain practical knowledge in chiller systems? This HVAC Design Course is tailored for students, engineers, and professionals in HVAC Engineering and MEP design who want to master chilled water system flowrate calculations and understand real-world HVAC applications.
In this hands-on HVAC Design course, you'll learn how to design and size chiller systems based on key principles used in professional MEP projects. Whether you're an HVAC technician, an MEP engineer, or someone new to the field, this HVAC course will help you build confidence in applying design concepts used in the real world.
Join over 100,000 students enrolled in our programs, with more than 6,000 glowing reviews from learners worldwide. Our proven teaching approach ensures you gain real skills with real value.
By the end of this HVAC Design course, you'll have the skills to:
Calculate chilled water flowrate accurately
Understand HVAC system components in a chiller loop
Apply design calculations to real-world HVAC Engineering scenarios
Integrate best practices into your MEP and HVAC Design projects
Who is this course for?
HVAC engineers looking to sharpen their chiller system design skills
MEP engineers and consultants working on HVAC projects
Mechanical engineering students exploring HVAC Design
Technicians and designers transitioning into HVAC system design
Anyone pursuing a career in HVAC Engineering or MEP design
Why Join Us?
Taught by experienced instructors and actual professionals with real HVAC projects expertise
Practical, step-by-step lessons you can apply immediately
Boost your confidence and credibility in HVAC Design and MEP roles
Designed with clarity and practical examples, this HVAC course is perfect for anyone who wants to improve their HVAC Design knowledge and boost their engineering career.