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SUSTAINABLE DESIGN APPROACH: NET ZERO ENERGY <br />Highly -Efficient <br />Heating Exterior Envelope <br />• Walls <br />li M <br />Roof <br />Lighting TOTAL ENERGY 0 Below Grade <br />CONSUMPTION • Windows & Doors <br />OF A BUILDING <br />Cooling <br />7 � �NET -ZERO On -Site Renewable Energy <br />ENERGY • Solar <br />EUI Renewable Energy 0 Geothermal <br />`Jl C��VVV Equipment kBTU/SF/YR Production <br />• Wind Power <br />1-+K_'" • Biomass <br />1Pumps,/Fans <br />Building Systems <br />iF • Highly Efficient Building <br />Hot Waterer Systems <br />• Energy Recovery <br />The Net Zero Energy model of Sustainable Design achieves the highest Ventilation <br />aspirations in energy performance in the built environment. Projects • Daylighting <br />demonstrate zero energy performance with the integrity of third -party • Efficient Lighting Fixtures <br />performance certification. Considerations used to achieve Net Zero • Energy Offsets <br />Status are detailed to the right. <br />