Objectives Review exam problems Further discuss final projects

Slides:

Advertisements

Similar presentations

100% Outside Air and Dehumidification Management

Advertisements

HVAC 101 The Basics of Heating, Ventilation and Air Conditioning

1 Condensation Control Experiences in an “historic” Building with Movable Sash ASHRAE Anaheim Seminar 53, 1/28/04 Stanley A. Mumma, Ph.D., P.E. Professor,

Objectives Finish with ducts and fans Define project topics.

Energy Saving DDC Control Strategies

Active beams versus VAV with Reheat Analysis of May 2013 ASHRAE Journal article Ken Loudermilk Vice President, Technology & Developement.

Objectives Finish with Multizone Systems

WESTINGHOUSE ELECTRIC NUCLEAR ENGINEERING HEADQUARTERS DANIEL AUGHENBAUGH - MECHANICAL OPTION Westinghouse Nuclear Engineering Headquarters Daniel Aughenbaugh.

Objectives Review/Learn about HVAC Configurations Describing systems and processes in the psychrometric chart Analyze processes in AHU and buildings –Finish.

PSU Building Thermal and Mechanical Systems Laboratory Environment A/E Kurt M. Shank, M.S. & Stanley A. Mumma, Ph.D., P.E. College of Engineering Department.

Objectives Discuss Project Topics Learn to design VAV and DOAS System.

Lecture Objectives: Model processes in AHU –Use eQUEST predefined models –Use detail modeling Define your topics for your final project.

Objectives Select project topics Review for exam Learn about DOAS systems.

Important variables Water: Air: Conversion:

North Pocono High School

Announcements Midterm Project Prepare groups of 3 to 4 students You can submit the list at the end of next class Midterm Exam 03/09/10 - In class Exam:

Lecture Objectives: Finish with HVAC Systems Discuss Final Project.

Application and Design for The Charles E. and Mary Parente Life Sciences Building Kings College Wilkes-Barre PA Ryan James Wanko Building Mechanical and.

Course project presentation Thursday in class Timing: 4 minutes (strictly controlled) Approximately 1 PowerPoint Slides per minute Content Problem Introduction.

Objectives Analyze processes in AHU and buildings.

Objectives Discus final project Load calculation.

1 Stanley A. Mumma, Ph.D., P.E. Prof. Emeritus, Architectural Engineering Penn State University, Univ. Park, PA Web:

Lecture Objectives: Clarify issues related to eQUEST –for midterm project Learn more about various HVAC - economizer - heat recovery Discuss about the.

2003 ASHRAE Annual Meeting Kansas City Energy Conservation Benefits of a DOAS with Parallel Sensible Cooling by Ceiling Radiant Panels Jae-Weon Jeong Stanley.

Announcements 1) Thursday 02/09 In class Midterm Exam - I will be in the classroom at 9:20 AM - Example and solution are posted on the course website 2)

1 Stanley A. Mumma, Ph.D., P.E. Prof. Emeritus, Architectural Engineering Penn State University, Univ. Park, PA 2014 Conference Presentation.

Final Project Presentation On Monday, same classroom at noon PowerPoint (5 minutes presentation) Upload the file before the class Approximately 6-7 slides.

Straumann USA 60 Minuteman Road Andover, MA Kevin Kaufman Mechanical Option The Pennsylvania State University Architectural Engineering.

Objectives Finish DOAS Control Terminology Types of controllers

Final Projects Grading criteria is posted on the course website Preliminary results are due Next Tuesday Final Project delivery on Monday Dec. 7 th –Final.

Introduction to Energy Management. Week/Lesson 13 Control Strategies for Occupant Comfort.

Jesse A. Fisher Mechanical Option Spring 2005 Riverpark Corporate Center, Phase 1 Salt Lake City, Utah.

Hamot Women’s Hospital Erie, PA Michael Galleher Mechanical Option l AE-Senior Thesis l April 12, 2011 l Advisor Dr. Jelena Srebric.

Objectives Discuss Project Topics Learn to design VAV and DOAS System.

Lecture Objectives: Discuss the exam problems Answer question about HW 3 and Final Project Assignments Building-System-Plant connection –HVAC Systems.

Objectives Finish analysis of most common HVAC Systems Cooling Systems Describe vapor compression cycle basics Draw cycle on T-s diagrams Compare real.

Reminder about the Filed Trip Tomorrow 8 am St. Edward's University We will meet at 8:00 am at the south entrance of the new Science building (visitor.

Objectives Propose residential system related final project –Compare VAV systems with DOAS systems.

Course Exam Next Thursday (April 15) 7 pm Same classroom (ECJ 7.208) 2.5-hour exam Open book open notes All problem types of questions (short but comprehensive)

HCB 3-Chap 19A: All-Air Systems_Single Zone 1 Chapter 19A: ALL-AIR SYSTEMS: SINGLE ZONE AND SINGLE DUCT Agami Reddy (July 2016) 1)Introduction and common.

Field Trip Time: Tomorrow (Tuesday) 8 am Duration 1 hour (you will be back latest at 10 am) Location Texas State University: Round Rock

Lecture Objectives: Discuss HW3 parts d) & e) Learn about HVAC systems

Objectives Finish analysis of most common HVAC Systems

HVAC Basics Arkan Arzesh HVAC – Heating, Ventilation, Air-conditioning.

Lecture Objectives: Discuss HW3 parts d) & e) Learn about HVAC systems

Lecture Objectives: Answer questions related to HW 4

Chilled Beam Performance:

Cheryl Hughes Regional Sales Manager October 6, 2015

Chapter 11: DESCRIPTION OF HVAC SYSTEMS

Announcement Field trips: Thursday 8 am on UT Campus (NMS building)

Variable Frequency Drive (VFD)

Objectives Continue with advance HVAC systems

HCB 3-Chap 19A: All-Air Systems_Single Zone

Objectives Further discuss the Exam problems

Variable Refrigerant Volume

Munters Heat Exchangers DOAS Review: Cost to Operate & Energy Analysis

Objectives Finish duct systems Learn about plumbing systems

Frenger “Radiant” chilled beam performance at 1 Shelly St - Sydney

Objectives Finish with fans Learn about DOAS and VAV

Lecture Objectives: Discuss HW4 parts

Objectives Duct Design AND Diffuser Selection.

Professor of Architectural Engineering College of Engineering

Objectives Finish with Heat exchangers

Announcements Exam 1 Next Class (Thursday, March 14th):

Objective Revie the Cooling Cycle Learn about air distribution systems

Objectives Discuss Rotary Heat Exchangers

Chapter 11: DESCRIPTION OF HVAC SYSTEMS

Presentation transcript:

Objectives Review exam problems Further discuss final projects Compare VAV systems with DOAS systems

VAV Example One system Multiple Spaces/Zones - VAV box for each space/zone http://www.trane.com/commercial/library/vol242/v24b6.asp

VAV System Terms & Equations (you can find them in ASHRAE Standard 62) Fraction of minimum outdoor air in space/zone supply air Xi = VOAi / VSAi Critical space Space with maximum Xi , Z=max(Xi) Fraction of outdoor air in system supply air X = sum(VOA ) / sum(VSA) Required Fraction of outdoor air: Y=X/(1+X-Z)

Other Issues Related to VAV Reheaters (sizing and control) Fan control Minimum supply air Occupancy sensors

DOAS System www.doas.psu.edu

DOAS with multi-split systems Fresh air?

DOAS fresh air configurations

DOAS fresh air configurations

Issues Related to DOAS Split of sensible and latent load Selection of hydronic system Winter vs. summer operation Winter operation with DX systems (heat pump)