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1 The New Mn/DOT Maple Grove Truck Station and Maintenance Center Kodet Architectural Group, © 2012.

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Presentation on theme: "1 The New Mn/DOT Maple Grove Truck Station and Maintenance Center Kodet Architectural Group, © 2012."— Presentation transcript:

1 1 The New Mn/DOT Maple Grove Truck Station and Maintenance Center Kodet Architectural Group, © 2012

2 AGENDA 2  Introductions  Team Involvement  Program  Consolidation  Memorial  Site Analysis  Sustainability & Strategies  Construction  Questions Kodet Architectural Group, © 2012

3 Introductions 3 PRESENTERS Minnesota Department of Transportation  Tom Lehmann Architectural Supervisor for the Building Services Office in Maintenance Kodet Architectural Group  Edward Kodet, Jr. FAIA, LEED AP BD+C, President, Principal-in-Charge  Ken Stone AIA, LEED AP BD+C, Vice-President Kodet Architectural Group, © 2012

4 Team Involvement 4 Bev Farraher Bill Augello Bob Miller Charlie Giddings Chris Kufner David Jones DeWayne E. Jones Doug Thies Gail Andersen Glenn Heapy Jack Pirkl Jane Marah Jeff O'Brien Jeff Streeter John Bieniek John Hanzalik John Howard John LeMire Julie Libonate Kim Baldwin Mark Pavelich Mike Bauer Pat Jeffrey Ron Lagerquist Ron Simmer Stan Waletko Tom Lehmann Minnesota Department of Transportation Team Involvement Kodet Architectural Group, © 2012

5 Program 5  The program was an interactive process where Mn/DOT stakeholders were involved in items affecting the design and function. Kodet Architectural Group, © 2012

6 Consolidation 6  Relocation of equipment from Golden Valley to the Maple Grove Maintenance Facility Mn/DOT Golden Valley Kodet Architectural Group, © 2012 Mn/DOT Golden Valley Working Drawing of Mn/DOT Maple Grove

7 Consolidation 7 34 vehicle maintenance stalls with 4 overhead bridge cranes 4 welding bays with 1 overhead bridge crane Storage for 27 vehicles with 2 wash bays and monorail crane Kodet Architectural Group, © 2012

8 Consolidation 8 Mechanic and maintenance secure pick-up counter Access for maintenance crews The field supply / inventory center is designed in the center of the building. Kodet Architectural Group, © 2012 Deliveries and field supply pick-up counter

9 Memorial to John Hanzalik 9 Kodet Architectural Group, © 2012

10 Site Analysis & Sustainability 10 Kodet Architectural Group, © 2012

11 Sustainability 11 SUSTAINABLE SITE DESIGN  Erosion and Sedimentation Control  Conserve Existing Site Features  Stormwater Management  Drought-resistant Plantings  Natural Site Drainage  Orientation for Daylighting Geothermal wells for cooling. Kodet Architectural Group, © 2012

12 Sustainability 12 Kodet Architectural Group, © 2012 GEOTHERMAL TECHNOLOGY  Uses constant ground temperature to cool the building  Reduces cooling costs 12

13 Sustainability 13 BUILDING STRATEGIES  Building Placement  Reduce Energy Use  No Tobacco Use  Minimize Work Space Contaminants  Air Circulation to Control Moisture  Acoustics and Positive Soundscapes  Personal Control of IEQ Conditions  Flexible Planning of Interior Environments  Distance to Natural Light  Quality of Artificial Light Kodet Architectural Group, © 2012 South Facing Monitors – Daylighting Study

14 Sustainability 14 Kodet Architectural Group, © 2012 DAYLIGHTING STRATEGIES Day-lit floor areas:  57% of the total building  70% of regularly occupied areas Automated daylighting control:  54% of the total building Window to Floor area Ratio (WFAR):  10% View Spaces and Window Access 14

15 Sustainability 15 Kodet Architectural Group, © 2012 DAYLIGHTING / LIGHTING CONTROL STRATEGIES Stepped Daylighting controls with occupancy sensors in:  Offices with windows.  Vehicle work areas with skylights. 15

16 Sustainability 16 Kodet Architectural Group, © 2012 MECHANICAL STRATEGIES  95% efficient gas boiler  90% efficient Make-up air units  HVAC at offices: Water to water Heat pump VAV system  Cooling in office spaces from geothermal  In-floor heat in office and mechanics shop  Use Efficient Equipment and Controls  Ease of Access to Equipment  Commissioning of System  Post-Occupancy Training 16

17 Sustainability 17 Kodet Architectural Group, © 2012 ENERGY SAVINGS  Energy Savings of $64,000/Year (4.3 Year Payback), or 54% Energy Savings  Xcel Rebate of $20,000 to $27,000  After Rebate, Payback is 4 Years  54% Electric Consumption Savings  69% Gas Consumption Savings 17

18 Sustainability 18 SUSTAINABLE DESIGN STRATEGIES  Basic Good Design Values  Sustainable Site  Recycling and Recycle Materials  Energy Efficiency  High Level of Maintenance and Monitoring  Good Indoor Air Quality  Efficient Building Elements Kodet Architectural Group, © 2012

19 Strategies 19 MATERIAL STRATEGIES  Specify Low-Emitting Materials  High Recycled Content  Locally / Regionally Produced  Rapidly Renewable Materials  Ability to be Reused, Recycled or are Biodegradable Kodet Architectural Group, © 2012 Materials Boards

20 Construction Status 20 Kodet Architectural Group, © 2012

21 Construction Status 21 Kodet Architectural Group, © 2012 Completed construction is slated for the end of September, We anticipate leading tours of the completed facility later this year.

22 Questions? 22 Minnesota Department of Transportation  Tom Lehmann Architectural Supervisor for the Building Services Office in Maintenance Kodet Architectural Group  Edward Kodet, Jr. FAIA, LEED AP BD+C, President, Principal-in-Charge  Ken Stone AIA, LEED AP BD+C, Vice-President Kodet Architectural Group, © 2012 Thank You!


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