Table 158.6-01
Maximum Densities
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Maximum Allowed With Less Than 6 Sustainable Design Initiative Points
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Maximum Allowed with 6 or More Sustainable Design Initiative Points
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Maximum Allowed with 8 or More Sustainable Design Initiative Points
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Additional Density Bonus Permitted for Each Additional Design Initiative Point
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Retail density, including child day care (sq. ft./developable acre)
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5,000
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10,000
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15,000
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2,500
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Office, hotel/motel, convention center density (maximum sq. ft./developable acre)
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30,000
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50,000
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75,000
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10,000 for each additional point
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Table 158.6-02
Sustainable Design Initiatives
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Value
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Sustainable Design Initiative
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Description
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1A.
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0.5
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Rainwater Storage
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Capture 10% of the roof's surface rainwater runoff in cisterns and rain barrels for use in site irrigation
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OR
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1B.
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1.0
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Rainwater Storage
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Capture 20% of the roof's surface rainwater runoff in cisterns and rain barrels for use in site irrigation
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2A.
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0.5
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Xeroscaping
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Install native/adaptive plantings for 10% of the site area
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OR
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2B.
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1.0
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Xeroscaping
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Install native/adaptive plantings for 20% of the site area
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3.
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1.0
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Water Use Reduction
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Provide 100% low-flow plumbing fixtures and low-water-consumption appliances
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|
4.
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0.5
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Water Use Reduction
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Installation of waterless urinals for all urinals in men's rooms
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5.
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0.5
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Public Transportation Access
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Provide on-site resident shuttle service to public transit or provide public transit access within 1,000 feet of site entrance
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6.
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1.0
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Alternative Transportation
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Provide electric plug-in charging stations for hybrid vehicles for 1% of total parking capacity
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7.
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0.5
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Alternative Transportation
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Provide preferred parking for hybrid vehicles for 1% of total capacity
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8.
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0.5
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Site Lighting
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Utilize LED fixtures to reduce energy consumption on all exterior site light fixtures
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9.
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0.5
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Renewable Energy Choice
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Provide 100% the electrical power by engaging in a minimum 2-year renewable energy contract
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10.
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0.5
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Stormwater Management Plan
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Implement a stormwater management plan that prevents the post-development 2-year, 24-hour peak discharge rate from exceeding the predevelopment 1-year, 24-hour peak discharge rate
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11.
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0.5
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Stormwater Management - Water Quality
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Construct site stormwater management systems designed to remove 80% of the average annual post-development total suspended solids (TSS) and 40% of the average annual post-development total phosphorus (TP), based on average annual loadings from all storms less than or equal to the 2-year, 24-hour storm
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12.
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1.0
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Non-Roof Heat Island Effect
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Use a combination of shade, highly reflective paving, open grid pavers, and/or covered parking lot (not including garages) for 50% of site hardscape area
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13.
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1.0
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Solar Site Lighting
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Provide individual solar collectors to power all exterior light fixtures
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14A.
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1.0
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Open Space Preservation
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Permanently preserve, either on site or in another location in the Township, an additional 10% of the required open space preservation requirements for the proposed use (i.e., 10% required + additional 10% = 20% total open space preserved); the applicant may choose to follow the requirements of § 250-158.11 for land donation
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OR
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14B.
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2
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Open Space Preservation
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Permanently preserve, either on site or in another location in the Township, an additional 20% of the required open space preservation requirements for the proposed use (i.e., 10% required + additional 20% = 30% total open space preserved); the applicant may choose to follow the requirements of § 250-158.11 for land donation
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15.
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1.0
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Operable Windows
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Provide operable windows in all buildings
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16.
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1.0
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Passive Solar Design
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Reduce annual energy consumption through the implementation of 1 or more passive solar building design techniques that maximize thermal benefits of the sun's daily and annual cycles. These passive solar design techniques include, but are not limited to, large expanses of south-facing walls, skylights, window awnings, solar heat sinks, trees positioned to shade the building and reduce air-conditioning loads, extraordinary insulation levels, and similar techniques. It shall be the responsibility of the applicant to prove to the Board of Commissioners that there will be substantial annual energy savings through the use of the method(s) selected by the applicant. The decision of the Board of Commissioners is final in this regard.
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17.
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1.00
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Roof Heat Island Effect
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Use Energy Star® compliant (highly reflective) and high-emissivity roofing color or material (emissivity of at least 0.92 when tested in accordance with ASTM 408) for 100% of the roof surface
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18A.
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1.0
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Roof Heat Island Effect
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Install a "green" (vegetated) roof for at least 20% of the roof area
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OR
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18B.
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3
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Roof Heat Island Effect
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Install a "green" (vegetated) roof for at least 50% of the roof area
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OR
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18C.
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6
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Roof Heat Island Effect
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Install a "green" (vegetated) roof for at least 90% of the roof area
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19A.
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1
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Stormwater Infiltration
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Use of all-weather porous or permeable paving in at least 40% of all paved areas
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OR
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19B.
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2
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Stormwater Infiltration
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Use of all-weather porous or permeable paving in at least 75% of all paved areas
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20.
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2.0
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Alternative Heating and Cooling
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Utilize geothermal for 100% of heating and cooling
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21.
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1.00
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Passive Solar Hot Water
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Use of passive solar hot-water heaters for each residential/nonresidential unit
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22A.
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1
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Solar Power
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Use of solar panels to generate 10% of the electricity load ("solar site lighting" category shall not be counted towards this requirement)
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OR
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22B.
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2.0
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Solar Power
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Use of solar panels to generate 20% of the electricity load ("solar site lighting" category shall not be counted towards this requirement)
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23A.
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1.0
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Other Renewable Energy-Generation Technologies
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Use of other renewable energy technologies not mentioned herein, including but not limited to fuel cells, wind and hydro power, to generate 10% of the electrical load. It shall be the responsibility of the applicant to prove to the Board of Commissioners that these technologies are proven and reliable to provide the required energy generation. The decision of the Board of Commissioners is final in this regard.
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OR
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23B.
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2.0
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Other Renewable Energy-Generation Technologies
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Use of other renewable energy technologies not mentioned herein, including but not limited to fuel cells, wind and hydro power, to generate 20% of the electrical load. It shall be the responsibility of the applicant to prove to the Board of Commissioners that these technologies are proven and reliable to provide the required energy generation. The decision of the Board of Commissioners is final in this regard.
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Total Number of Lots/Dwelling Units | Number of Playfields | Number of Playgrounds | Number of Sports Courts | |
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100-200 | 0 | 1 | 0 | |
Over 200 | 1 | 2 | 1 |