- Product # 077643
- Type PDF Download
- ISBN 978-1-62710-339-8
- Published Date 2013
- Pages 384
- Drawings 800
The gold-standard reference for energy conservation. For homeowners, builders, remodelers, architects – anyone with a commitment to reducing energy use, The Visual Handbook of Energy Conservation fills the bill – and lowers it too! It’s the most comprehensive guide to reducing home energy around and the easiest to use.
Well-organized data and 800 illustrations. The Visual Handbook of Energy Conservation covers every facet of home energy conservation drawing from expert sources: manufacturers, the most current energy-related building codes, and LEED green-building and builder association information. It begins by defining BTUs and types of fuel, covers heating, cooling, hot water, and insulation, details best practices, and winds up with an overview of solar strategies.
A resource for pros and non-pros. Written and illustrated to inform the layperson and the professional, this must-have guide details both low-tech and high-tech ways to cut energy use and create a more efficient home, including:
- 5 rules for cooking efficiently and 16 ways homeowners can save hot water
- The latest on building codes, thermal envelopes, and solar electric systems
- Simple explanations, comparisons, and diagrams for non-pros
- In-depth technical data, formulae, and worksheets for professionals
Invest in information that really pays off. Paging through The Visual Handbook of Energy Conservation, you’ll be amazed at how many ways there are to save, big and small. Just changing a shower head or choosing the best R-value windows can add up to huge savings over time, never mind what happens when you tackle the moisture in the basement. Get your copy now and keep your dollars from going down the drain!
Download your copy now.
Preview a sample of this eBook below
- Table of Contents
The Three Faces of Energy • Temperature • Specific and Latent Heats • Heat Transfer • Unit Conversions • How Big Is a Btu?
Fuel Prices • Heating Equipment Efficiencies • Energy Content of Fuels • Calculating Cost per MBtu • Graphical Cost per MBtu
Heating Degree Days • Cooling Degree Days • Average and Design Temperatures • Relative Humidities • Precipitation • Solar Radiation Received on Windows • Radiation on South-Facing Surfaces • First and Last Frost Dates • Trees for Shade and Shelter • Shelterbelt Design • Microclimates
Building Heat Loads • Thermostats and Setback Savings • Gas Furnaces • Gas Boilers • Oil Furnaces • Oil Boilers • Air-Source Heat Pumps • Ground-Source Heat Pumps • Gas Stoves • Wood Stoves • Pellet Stoves • Warm Air Distribution • Hydronic Distribution • Radiant Heating • Free Convection
Comfort • Capturing Natural Breezes • Using the Stack Effect • Utilizing a Building’s Thermal Mass • Creating a Breeze with a Box Fan • Cooling with a Ceiling Fan • Evaporative Cooling • Air-Conditioning • Clock Thermostat Savings
Using Less Hot Water • Gas Storage Water Heater • Electric Storage Water Heater • Gas Tankless Water Heater • Electric Tankless Water Heater • BoilerMate Indirect Water Heater • Solar Water Heater • Lowering the Water Heater Thermostat • Low-Flow Showerheads and Aerators • Drainwater Heat Recovery • Pipe Insulation • Heat Traps • Cooking with Less Energy
Insulation and R-Value
Heat Transfer and R-Value • R-Values of Insulation Products • R-Values of Surfaces and Air Spaces • R-Values of Building Materials • Calculating Effective R-Values • Effective R-Values of Typical Constructions
Where to Insulate: The Thermal Envelope • Determination of Recommended R-Values • Recommended R-Values for New Construction • IECC R-Values for New Construction • Recommended R-Values for Existing Houses
Best Insulating Practices
Insulating Attics and Cathedral Ceilings • Insulating Walls • Insulating Slab Foundations • Insulating Crawl Spaces • Insulating Full Basements • Retrofitting Full Basements
Windows and Exterior Doors
Windows with Clear Glazings • Thermal Conductance (U) • Visible Transmittance (VT) • Solar Heat Gain Coefficient (SHGC) • Window Energy Performance Labels • Low-E Windows • Matching Low-E Windows to Climate • Improving Existing Windows • Weatherstripping Windows • Adding Glazings • Measuring for Window Insert Panels • Shrink-Wrapped Insert Panels • Screen-Splined Insert Panels • Exterior Doors • Weatherstripping Exterior Doors
Air Sealing the Envelope
A Field Guide to Air Leaks • Professional Leak Detection • Low-Tech Homeowner Leak Detection • Sealing Attic Air Leaks • Sealing Basement Air Leaks • Sealing Interior Air Leaks • Sealing Exterior Air Leaks
Moisture and Air Quality
Moisture and Air Quality • Optimum Humidity for Health • Signs of Excess Moisture • Moisture Sources in the Home • Capping the Big One: Basement Moisture • Behavior of Water Vapor in Air • Moisture Transport by Air Pressure • Moisture Transport by Diffusion • Preventing Building Cavity Condensation • Ventilation
Edison’s Incandescent Lamp • Halogen Incandescent Lamps • Compact Fluorescent Lamps • Light-Emitting Diode Lamps • Lamp Efficacy and Expected Life • Lighting Life-Cycle Costs • Motion Detection Switches • Replacement Priorities
Room Air Conditioners • Dishwashers • Clothes Washers, Old and New • Refrigerators • Reading Appliance Energy Guides • Measuring Appliance Electrical Usage • Reducing Phantom Electrical Loads
Solar Possibilities • Determining Solar Access and Shading • Sun Path Charts • Glazing Orientation and Tilt • Shading the Summer Sun • Storing Excess Solar Gain • A Design Procedure for Solar Tempering • Thermal Mass Patterns
Units and Conversion Factors