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The New RLPS Architects Office Building Lancaster, PA Brice Ohl – Mechanical Option Presented on 4/10/13.

Published byJessie Mason Modified over 9 years ago

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Presentation on theme: "The New RLPS Architects Office Building Lancaster, PA Brice Ohl – Mechanical Option Presented on 4/10/13."— Presentation transcript:

1 The New RLPS Architects Office Building Lancaster, PA Brice Ohl – Mechanical Option Presented on 4/10/13

2 Project TeamPresentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Owner & Architects:RLPS Architects Ltd. General Contractor:Warfel Construction Mechanical & Electrical Engineers:Reese Engineering Inc. Structural Engineers: Zug & Associates, Ltd. Structural Engineers. Civil Engineers:Harbor Engineering Surveyor:Herbert, Rowland, & Grubic, Inc. Landscaping:RLPS Architects Ltd.

3 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions

4 Presentation Outline Project Team Project Introduction Existing Mechanical Systems Mechanical Spaces Ground Level Mezzanine Level Well Field Layout Summary Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Mezzanine Level Ground Level

5 Presentation Outline Project Team Project Introduction Existing Mechanical Systems Mechanical Spaces Ground Level Mezzanine Level Well Field Layout Summary Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Ground Level

6 Presentation Outline Project Team Project Introduction Existing Mechanical Systems Mechanical Spaces Ground Level Mezzanine Level Well Field Layout Summary Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Mezzanine Level

7 Presentation Outline Project Team Project Introduction Existing Mechanical Systems Mechanical Spaces Ground Level Mezzanine Level Well Field Layout Summary Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Key Mechanical Equipment 8 Closed Loop Water Source 2 Pumps for heat Pump Loop 28 Water Source Heat Pumps Condensate Pump for Heat Pump Loop Expansion Tank for Heat Pump Loop 4 Ventilation Units

8 Presentation Outline Project Team Project Introduction Existing Mechanical Systems Mechanical Spaces Ground Level Mezzanine Level Well Field Layout Summary Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Key Mechanical Equipment 8 Closed Loop Water Source 2 Pumps for heat Pump Loop 28 Water Source Heat Pumps Condensate Pump for Heat Pump Loop Expansion Tank for Heat Pump Loop 4 Ventilation Units

9 Presentation Outline Project Team Project Introduction Existing Mechanical Systems Mechanical Spaces Ground Level Mezzanine Level Well Field Layout Summary Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions

10 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Design Objectives Reduce Energy Consumption Minimize the Need for Conditioned Air Maximize Outdoor Air Achieve Single Sided Ventilation From: Window Master Motorlink Brochure Single Sided Ventilation 9.75’ 20.3’

11 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Proposed Redesign Hybrid Ventilation System Automated Window System Hybrid Ventilation System with Water Feature Automated Window System Subgrade Cistern Water Feature

12 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Proposed Redesign Hybrid Ventilation System Automated Window System Hybrid Ventilation System with Water Feature Automated Window System Subgrade Cistern Water Feature

13 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Proposed Redesign Hybrid Ventilation System Automated Window System Hybrid Ventilation System with Water Feature Automated Window System Subgrade Cistern Water Feature

14 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Proposed Redesign Hybrid Ventilation System Automated Window System Hybrid Ventilation System with Water Feature Automated Window System Subgrade Cistern Water Feature

15 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Method of Modeling Weather Data Air Mixing Summer/Winter Design Conditions T mix = (T Outdoor *Q Outdoor + T Heat Pump *Q Heat Pump )/ Q Total W Mix = W Outdoor + ( ṁ Heat Pump / ṁ Total ) (W Heat Pump – W Outdoor ) Temperature Humidity 73-79 F °, 40-60% RH 68-74 F °, 40-60% RH Summer Design Conditions Winter Design Conditions

16 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Method of Modeling Weather Data Air Mixing Summer/Winter Design Conditions T mix = (T Outdoor *Q Outdoor + T Heat Pump *Q Heat Pump )/ Q Total W Mix = W Outdoor + ( ṁ Heat Pump / ṁ Total ) (W Heat Pump – W Outdoor ) Temperature Humidity 73-79 F °, 40-60% RH 68-74 F °, 40-60% RH Summer Design Conditions Winter Design Conditions

17 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Design Objectives Proposed Redesign Method of Modeling Construction Breadth Study Results Conclusion Recommendation Questions Method of Modeling Weather Data Air Mixing Summer/Winter Design Conditions T mix = (T Outdoor *Q Outdoor + T Heat Pump *Q Heat Pump )/ Q Total W Mix = W Outdoor + ( ṁ Heat Pump / ṁ Total ) (W Heat Pump – W Outdoor ) Temperature Humidity 73-79 F °, 40-60% RH 68-74 F °, 40-60% RH Summer Design Conditions Winter Design Conditions

18 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Interior Components Exterior Components Results Conclusion Recommendation Questions Interior Design Components From: Window Master Motorlink Brochure

19 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Interior Components Exterior Components Results Conclusion Recommendation Questions Exterior Components From: studio39.com. Landscape Architecture Blog

20 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Interior Components Exterior Components Results Conclusion Recommendation Questions Exterior Components From: studio39.com. Landscape Architecture Blog

21 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Hybrid Ventilation For Both conditions Comparative Results Construction Costs Energy / Cost Savings Conclusion Recommendation Questions Hybrid Ventilation with Standard Ventilation Hybrid Ventilation with Water Feature Conditions

22 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Hybrid Ventilation with Standard Conditions Comparative Results Construction Costs Energy / Cost Savings Conclusion Recommendation Questions Number of Hours for Each ConditionPercentage of Hours Annually for Each Condition

23 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Hybrid Ventilation with Standard Conditions Comparative Results Construction Costs Energy / Cost Savings Conclusion Recommendation Questions Construction Cost

24 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Hybrid Ventilation with Standard Conditions Comparative Results Construction Costs Energy / Cost Savings Conclusion Recommendation Questions Total Mechanical Systems Cost

25 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Hybrid Ventilation with Standard Conditions Hybrid Ventilation with Water Feature Conditions Construction Costs Energy / Cost Savings Conclusion Recommendation Questions Energy and Cost Savings

26 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Conclusion Savings vs. Cost Recommendation Questions Energy and Cost Savings Construction Costs

27 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Recommendation There is a great potential for natural ventilation Simpler system Integrate with existing BAS

28 Presentation Outline Project Team Project Introduction Existing mechanical systems Mechanical Depth Study Construction Breadth Study Results Conclusion Recommendation Questions Questions? Special Thanks to: RLPS Architects Reese Engineering Project Engineer: Bryan Smith Thesis Advisor: S. Treado PSU AE Department A,C, D, and the Grandparents

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