SWL Icons — GreenVision Studio

Part III synergies

S1 Climate Resources

S2 Occupant Behaviors

S3 Resource Rich Environments

S4 Spatial Zoning

S5 Thermal Sailing

S6 Multivalent Design

S7 Active Tailored Systems

Part IV bundles

B1 Neighborhood of Light

B2 Cooling Neighborhood

B3 Solar Neighborhood

B4 Integrated Urban Patterns

B5 Daylight Building

B6 Passive Cooliing

B7 Passive Solar Building

B8 Outdoor Microclimates

B9 Responsive Envelope

Part VII High Performance Buildings

P1 Energy Targets

P2 Annual Energy Use

P3 Net Zero Energy Balance

P4 Energy Use Intensity

P5 Emissions Targets

P6 Carbon Neutral Buildings

VIII Detailed design strategies

D1 Converging Ventilation Corridor

D2 Shared Shade

D3 Topographic Microclimates

D4 Daylight Density

D5 Climatic Envelope

D6 Glazed Streets

D7 Loose or Dense Urban Patterns

D8 Graduate Height Transition

D9 Interwoven Plants

D10 Interwoven Water

D11 Winter Courts

D12 Neighborhood Sunshine

D13 Daylight Block

D14 Daylight Envelopes

D15 Solar Envelope

D16 Shadow Umbrella

D17 Breezy Streets

D18 Tall Building Currents

D19 Dispersed Buildings

D20 E-W Elongated Building Group

D21 Wind Breaks

D22 Green Edges

D23 Overhead Shades

D24 Migration

D25 Period Transformations

D26 Cooling Zone

D27 Mixed Mode

D28 Heating Zone

D29 Buffer Zone

D30 Permeable Buildings

D31 Borrowed Daylight

D32 Locating Outdoor Rooms

D33 Atrium Building

D34 Clustered Rooms

D35 Thin Plan

D36 E-W Plan

D37 Deep Sun

D38 Skylit Building

D39 Moving Heat to Cold Room

D40 Stratification Zones

D41 Daylight Zones

D42 Convective Loops

D43 Rooms Facing Sun & Wind

D44 Cross Ventilation Rooms

D45 Wind Catchers

D46 Evaporative Cooling Towers

D47 Toplight Room

D48 Direct Gain

D49 Sunspaces

D50 Thermal Storage Walls

D51 Thermal Collector Wall & Roofs

D53 Roof Pond

D53 Stack Ventilation

D54 Night Cooled Mass

D55 Daylight Room Geometry

D56 Glare Free Rooms

D57 Side Light Room Depth

D58 Breezy Calm Courtyards

D59 Shady Courtyards

D60 Mass Arrangement

D61 Water Edges

D62 Insulation Outside

D63 Layer of Shades

D64 Reflected Sunlight

D65 Open Roof Structure

D66 Daylight Roof

D67 Seperated Combined Openings

D68 Window Placement

D69 Ventilation Openings Arrangement

D70 Well-Placed Windows

D72 Mechanical Heat Distribution

D73 Electric Light Zone

D74 Skin Thickness

D75 Thermal Mass

D76 Earth Edges

D78 PV Walls Roofs

D79 Solar Hot Water

D80 Breathing Walls

D81 Solar Reflectors

D82 Low Contrast

D83 Skylight Wells

D84 Solar Apertures

D85 Daylight Apertures

D86 Ventilation Apertures

D87 Air Flow Windows

D88 Light Shelves

D89 Movable Insulation

D90 Daylight Shades

D91 External Shading

D92 Internal Shading

D93 Task Lighting

D94 Rock Beds

D95 Mechanical Mass Ventilation

D96 Mechanical Space Ventilation

D97 Ducts Plenums

D98 Earth-Air Exchangers

D99 Air-Air Heat Exchangers

D100 Heatpump

D101 Manual Automated Controls

D102 Mass Surface Absorbance

D103 Daylight Reflecting Surfaces

D104 Exterior Surface Color

D105 Double Skin Materials

D106 Window & Glass Type

IX ANALYSIS TECHNIQUES

A1 Sundial

A2 Sun Path Diagram

A3 Solar Radiation

A4 Wind Rose

A5 Wind Square

A6 Air Movement Principle

A7 Site Microclimates

A8 Sky Cover

A9 Daylight Available

A10 Daylight Obstruct

A11 Design Daylight Factor

A12 Temperature Humidity

A13 Adaptive Comfort Criteria

A14 Energy Programming

A15 Load Responsive Scheduling

A16 Occupancy Heat Gain

A17 Electric Lighting Heat Gain

A18 Equipment Heat Gain

A19 Electric Loads

A20 Service Hot Water

A21 Skin Heat Flow

A22 Window Solar Gain

A23 Ventilation Infiltration Gain & Loss

A24 Building Bioclimatic Chart

A25 Earth Contact

A26 Shading Calendar

A27 Total Heat Gain & Loss

A28 Balance Point Temp

A29 Balance Point Profiles