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Electrical, Mechanical, and Energy Management

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Radiant temperature where surface and air temperatures are balanced, ... A constant air movement of 20 to 40 lineal feet/per/minute at a sitting height. ... – PowerPoint PPT presentation

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Title: Electrical, Mechanical, and Energy Management


1
Electrical, Mechanical, and Energy Management
  • Chapter 5

2
Lighting Terms
  • Brightness
  • Glare
  • Illumination
  • Footcandle
  • Footlambert
  • Reflection Factor

3
Basic Lighting Considerations
  • Installation
  • Design for Impact
  • Lighting Types
  • Lighting Levels
  • Natural Lighting

4
Types of Lighting
  • Incandescent
  • Fluorescent
  • Mercury-Vapor
  • Metal Halide
  • High Pressure Sodium
  • Quartz

5
Unique Lighting Settings/Issues
  • Aquatic Facilities
  • Outdoor Lighting
  • Exit Lighting
  • Night Lighting
  • Emergency Lighting

6
Acoustics
  • Internal Treatment
  • External Treatment
  • Exterior Treatment

7
Electronic Technologies
  • Electronic Communication
  • Scoreboards and Electronic Timing systems
  • Elevators and Other Hydraulic Lifts
  • Security
  • Emergency Alarms
  • Emergency Generators

8
Optimal Thermal Environment
  • Radiant temperature where surface and air
    temperatures are balanced,
  • Air temperature between 64 and 72 F,
  • Humidity between 40 and 60 percent, and
  • A constant air movement of 20 to 40 lineal
    feet/per/minute at a sitting height.

9
Energy Management Process
  • Assessment of the building and operating systems.
  • List of appropriate energy conservation measures
    based on assessment.
  • Careful planned implementation.
  • Regular review of actual energy savings.

10
Three Major Steps in Energy Management
  • Energy Audit and Analysis
  • Implementation
  • Monitoring of Results

11
Financing Energy Management Programs
  • Operating Funds
  • Capital Budgets
  • Leases
  • Energy Service Agreement

12
Situations to consider
  • Building Envelope
  • Operation and Maintenance
  • HVAC Systems
  • Heat Pumps
  • Domestic Hot Water
  • Indoor/Outdoor Water Use
  • Air Quality
  • Thermal Factors
  • Lighting

13
Steps to Improve Water Conservation
  • Shut off taps fully
  • Repair drips and leaks promptly
  • Check timing cycles for automatic systems
  • Install low-flow aerators
  • Retrofit toilets

14
Steps to Reduce Outdoor Water Consumption
  • Plant only native vegetation suited to climate
  • Limit watering of turf
  • Water only during evening and overnight to reduce
    evaporation
  • Use trickle or soaker hoses
  • Design for runoff rainwater to return to the soil

15
Air-Quality Components
  • Physical
  • Chemical
  • Biological
  • Thermodynamic Characteristics of the Air
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