CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.

Slides:



Advertisements
Similar presentations
Re-commission 5 Buildings Goal 2012 Lighting Upgrades VFDs Historic Weather Extremes Boiler Efficiency Free Cooling AHU Schedules.
Advertisements

WHAT IS STEAM PRO? Thermoflow, Inc.
Heating, Ventilating, and Air-Conditioning
1 Optimizing the Efficiency of the NCAR-Wyoming Supercomputing Center Ademola Olarinde Team Member: Theophile Nsengimana Mentor: Aaron Andersen August.
HVAC: heating, ventilating, and air conditioning this is a thermostat: it sends signals to the heating/cooling system.
Chapter 4 — Control Principles Chapter 4 Control Principles Control System Components Sensors Controllers Controlled Devices Control Agents Control Functions.
Energy in Focus Energy Savings with Water Based Systems By Maija Virta Specialist of Indoor Environment Technology.
Power Plant Construction and QA/QC Section 2.4– Boiler Auxiliaries
Heat and cold generation Meyer Hospital Florence Meeting, 8-9 May 2003.
Objectives: Understand importance of utility and maintenance system in industry/plant.
HVAC Systems Overview HVAC Overview - # 1 Tom Lawrence
1. Cooling tower. 2. Cooling water pump. 3. Transmission line (3-phase). 4. Unit transformer (3-phase). 5. Electric generator (3-phase). 6. Low pressure.
RETScreen® Energy Efficiency Projects
MOCS Mike Hobbs Mike Steele Mike McGann Scott Daniels James Linder PBL-7-98 Chemical Heat Pump.
AC Power TCZ Pump VVVF Drive TT 2 W/H CWS 4-way valves TT 3 TT 4 TT 1 S2 S1 FT 1 CWR FT 2 CW CWS = Cold Water Supply CWR = Cold Water Return CW = Cold.
1 Acetone, 2-Propanol H 2 Acetone 2-Propanol L2 Acetone, 2-Propanol L201 L101L1 L3 L4 L10 L9 Condenser Reboiler Distillation Column Endothermic Reactor.
CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.
UTC’s Central Energy Plant Humid air Out with heat Central Energy
STEAM PRO is a highly automated system design tool – a heat balance program specifically intended for design of steam power cycles.  Use STEAM PRO to.
Steam Power Station Presented By Ashvin G. Patel Asst. Prof. (E.E.)
 Install new air cooled high efficiency screw chiller (variable speed)  Install new fan coils with ECM motors and low temperature heating coils and proper.
Steam Traps Function and Types.
Lecture Objectives: Model HVAC Systems –HW3 Asignemnet Learn about eQUEST software –How to conduct parametric analysis of building envelope.
Lecture Objectives: Final discussion about HW3 Introduce more final project topics Continue with HVAC Systems.
Equation solvers Matlab Free versions / open source codes: –Scilab MathCad: Mathematica:
 Coal comes in to the plant by barge transportation.  Coal is pushed onto a conveyer, that carries the coal straight into the plant.  The coal is then.
Lecture Objectives: Finish with HVAC Systems Discuss Final Project.
Lecture Objectives: Specify Exam Time Finish with HVAC systems –HW3 Introduce Projects 1 & 2 –eQUEST –other options.
Practical Energy Conservation Tips for Steam Propulsion Ships.
2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt HUMIDITY LATENT HEAT WATER.
Section 3 Using Heat.
Generating Electricity
STEAM POWER PLANTS.
Facilities Management and Design Chapter 7 HVAC Systems.
HEATING AND COOLING SYSTEMS
THERMAL POWER PLANT. INTRODUCTION : THERMAL POWER PLANTS CONVERT THE HEAT ENERGY OF COAL INTO ELECTRICAL ENERGY. COAL IS BURNT IN A BOILER WHICH CONVERTS.
THERMAL POWER PLANT.
Introduction to Energy Management. Week/Lesson 13 Control Strategies for Occupant Comfort.
Lecture Objectives: Discuss the exam problems Answer question about HW 3 and Final Project Assignments Building-System-Plant connection –HVAC Systems.
Lecture Objectives: Differences in Conduction Calculation in Various Energy Simulation Programs Modeling of HVAC Systems.
Heat Technologies Dana Albers. Heating Systems Definition: a device or system for supplying heat, central heating, to a building Heater Heating system.
2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt 2 pt 3 pt 4 pt 5 pt 1 pt HUMIDITY LATENT HEAT WATER.
Change of Phase Chapter 23. Topics  Phases  Evaporation  Condensation  Evaporation & condensation rates  Boiling  Freezing  Energy & changes of.
Greenhouse Management.  List the different types of heating systems used in a greenhouse.  Describe the advantages and disadvantages of each type of.
DISTRICT HEATING District heating is an infrastructure which allows heat generated in a centralized location to be distributed to residential homes and.
Chilled Water Plant Overview From Project Concept To Operation July 26, 2007.
One of the most versatile sources of energy for modern life is electricity: it’s easy to control can easily be converted to the other types of energy spinning.
Lecture Objectives: Review Psychrometrics Introduce Air Handling Unit
Introduction And Thermal Power Plant
Lecture Objectives: Discuss HW3 parts d) & e) Learn about HVAC systems
Power Plant Construction and QA/QC Section 2.1– Steam Fundamentals
Lecture Objectives: Discuss Final Project
Unit: The Physical Greenhouse
FRESNO COUNTY WEST ANNEX JAIL
HVAC Basics Arkan Arzesh HVAC – Heating, Ventilation, Air-conditioning.
Lecture Objectives: Answer questions related to HW 4
HVAC EQUIPMENT General
Lecture Objectives: Discuss HW3 parts d) & e) Learn about HVAC systems
Objectives Humidifying - steam - adiabatic Cooling towers
St. Augustine Preparatory School
SCIENCE GRADE FOUR – WEATHER
Generating electricity
THERMAL POWER PLANT. A Thermal Power Plant converts the heat energy of coal into electrical energy. Coal is burnt in a boiler which converts water into.
Lecture Objectives: Discuss HW4 parts
Lecture Objectives: Finish with Sorption cooling
Hierarchy of Decisions
Energy Environment ENVE 411 Energy conversions.
Objective Revie the Cooling Cycle Learn about air distribution systems
‘‘ BUILDING AUTOMATION’’
Objectives Processes in Cooling towers and AHUs.
Presentation transcript:

CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water Return 50ºF Q UTC’s Central Energy Plant

CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water Return 50ºF Q

Q from bodies and lights and equipment Chilled Water Supply 40ºF EMCS 404 Chilled Water Return 50ºF Central Energy Plant AHU Air Handling Unit

Q from bodies and lights and equipment Chilled Water Supply 40ºF EMCS 404 Chilled Water Return 50ºF Central Energy Plant AHU Air Handling Unit TT 101 TC 101 TCV 101 Measurement Decision Action Customer Temperature Control

Chilled Water Supply 40ºF Chilled Water Return 50ºF Central Energy Plant A/C Unit Work Cooling Water Supply 70ºF Cooling Water Return 80ºF

Water Heater HP Steam Condensate Fuel Air Campus

HP Steam Condensate Fuel PT 107 PRC 107 PCV 107 M D A Air HP Steam Pressure Control

HP Steam Boiler Feed Water Boiler Level Control Fuel LT 105 LC 105 LCV 105 M D A Air

Central Energy Plant CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In A/C Unit

Central Energy Plant CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In A/C Unit TT 109 TC 109 TCZ 109 Measurement Decision Action CWS Temperature Control