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Lecture Objectives:

Discuss final project choices and preparation for solar systems, geothermal energy, HVAC topics, and building optimization. Explore eQUEST HVAC models and AEI Student Competition. Meeting during office hours is required.

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Lecture Objectives:

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  1. Lecture Objectives: • Discus Final Project • Learn about Solar Systems • HW4 (final HW assignment) • HVAC system

  2. Final Project Topics • You need to form groups: • Maximum 3 members • Grad Students – individual projects • You need to visit me during this week • Office hours: Today, Wednesday, Thursday, and Friday • You need to prepare the project description • Till Tuesday next week (November 17th)

  3. Final Project Topics • Solar Systems • Expand HW3 (PV and hot water) • Geothermal systems • Incorporated into the eQUEST • Building Envelope Optimization • Campus buildings, AEI competition, …. • HVAC systems • Campus buildings, AEI competition, …. • Lighting Systems • Specific building in eQUEST or other software • Modeling in matlab • Weep holes, attic temperature, façade systems,….

  4. Solar hot water system

  5. Geothermal Energy Systems(in combination with a cooling machine / heat pump) Winter Summer In the summer, the earth acts as a cooling tower. The Cooling Machine loads the loop with heat, sending warmed water to be cooled by the earth In the winter, the earth acts as the boiler. The Heat Pump extracts heat from the loop, sending cooled water to be warmed by the earth.

  6. Envelope optimization • AEI Student Competition • A mixed use boiling in New York • Some other building, too

  7. HVAC Systems Ventilation, Heat Recovery, Economizers,…AEI Student Competition Building or some other Commercial buildings Residential buildings Saving % - depends on how much ventilation we have in the building

  8. Results from Project 1Example of building tune-up A typical house in Austin New single family 2262 sf, 2-story home

  9. Project Fixing Problematic Building at UT • Example of ECJ building

  10. Final Projects • Your choice of topics • Visit me during office hours • One possible topic AEI Student Competition • A mixed use boiling in New York • http://www.asce.org/architectural-engineering/aei-student-competition/ • http://content.asce.org/files/pdf/8-10-15_Final_2016_Program_AEI_Competition_1.pdf • /Organizational/Department/Engineering Programs/AEI/AEI STUDENT DESIGN COMPETITION/AEI Student Design Competition 2016/AEI Student Design Competition 2016 Project Drawings • /Organizational/Department/Engineering Programs/AEI/AEI STUDENT DESIGN COMPETITION/AEI Student Design Competition 2016/2015 Winning Teams Submissions

  11. HW4Solar systems

  12. PV system Silicon crystal base Tin film

  13. Hot Water Solar

  14. HW4 Redefine house in Project 1 to be more realistic. a) Find the optimum orientation and positioning angle for your PV solar collectors. b) Size the PV system that will enable that your house became net zero energy house. c) Add an electric hot water heater and calculate the new PV system size. d) Size a hot water solar collector system for your hot water consumption. e) Calculate the number of days when you need to use electric heater and how much energy is consumed by the backup electric heater.

  15. eQUEST HVAC Models • Predefined configuration (no change) • Divided according to the cooling and heating sources • Details in e-quest help file: For example: DX CoilsNo Heating • Packaged Single Zone DX (no heating) • Packaged single zone air conditioner with no heating capacity, typically with ductwork. • Split System Single Zone DX (no heating) • Central single zone air conditioner with no heating, typically with ductwork. System has indoor fan and cooling coil and remote compressor/condensing unit. • Packaged Terminal AC (no heating) • Packaged terminal air conditioning unit with no heating and no ductwork. Unit may be window or through-wall mounted. • Packaged VAV (no heating) DX CoilsFurnace • Packaged direct expansion cooling system with no heating capacity. System includes a variable volume, single duct fan/distribution system serving multiple zones each with it's own thermostatic control. • Packaged Single Zone DX with Furnace • Central packaged single zone air conditioner with combustion furnace, typically with ductwork. • Split System Single Zone DX with Furnace • Central single zone air conditioner with combustion furnace, typically with ductwork. System has indoor fan and cooling coil and remote compressor/condensing unit. • Packaged Multizone with Furnace • Packaged direct expansion cooling system with combustion furnace. System includes a constant volume fan/distribution system serving multiple zones, each with its own thermostat. Warm and cold air are mixed for each zone to meet thermostat control requirements.

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