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Microgrid Building Design
and Energy Analysis
Prepared by Dylan Martello for a classified client in accordance with Modular
Space Systems. Analysis presented to CEO of major utility company and president
of regional electricity provider.
14 x 14
28 x 14
42 x 14
56 x 14
70 x 14
Mod 5 System
Classified Slide
Single Story Complex (3,700 ft.2)
Classified Slide
Potential Multiple Story Example (29,000 ft.2)
Top View
Southern Wall
Stacking
• 3 Story Complex
• Large Southern Wall
(4,750 ft.2)
• Courtyard
Classified Slide
Sustainable Model (5,500 ft.2)
First Floor With Added Second Floor
Classified Slide
Sustainable Model (5,500 ft.2)
Southern Wall
• Passive Solar Design
• Large Southern Wall for Windows
• Thermal Mass
• 18” thick concrete slab
• Retains heat
• Releases heat overnight
• Mod5 Concept
Southern Wall
Classified Slide
Sustainable Model - SketchUp Model
• Modular Construction
• Zero-Net Impact
• 5,500 ft.2
• Passive Solar Design
• Southern Wall
• Thermal Mass
• Concrete Slab
• Trombe Wall
• Stack Effect
• Large Common Area
• Passive Cooling
• Earth Tubes
• Stack Effect
• Energy Efficient
• Tight Envelope
• Photovoltaic
• Solar Thermal
Sustainable Model –
Estimated Energy Performance (Method 1)
Lechner N. Heating, Cooling, Lighting: Sustainable Design Methods
for Architects. John Wiley & Sons. New Jersey. 2009.
• Night Insulation
• Concrete Slab
• Trombe Wall
• Tight Building Envelope
• Floor plan, building
ventilation allow for heat
gain to affect all of building
• ≈ 60% of heating demand
covered by passive solar
Sustainable Model –
Estimated Heating Demand
(Method 2)
Sustainable Model – Estimated Heat Gain (Method 2)
Month # of Days Daily SHG - S Monthly SHG - S Daily SHG - N Monthly SHG - N Daily SHG - E Monthly SHG - E Daily SHG - W Monthly SHG - W
October 31 798 24738 63 1953 445 13795 269 8339
November 30 775 23250 52 1560 374 11220 276 8280
December 31 813 25203 61 1891 452 14012 273 8463
January 31 821 25451 84 2604 648 20088 250 7750
February 28 694 19432 114 3192 832 23296 220 6160
March 31 488 15128 154 4774 957 29667 199 6169
Total Window HG (Btu): 28,831,573 Total Window HG: 249,594 Total Window HG: 2,101,463 Total Window HG: 846,769
Total SHG from Windows (Btu): 32,029,398
SHGF (ASHRAE - 40 ° Lat, half day totals)
SketchUp Model Walkthrough

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Microgrid Building Presentation - Edited for Public Sharing

  • 1. Microgrid Building Design and Energy Analysis Prepared by Dylan Martello for a classified client in accordance with Modular Space Systems. Analysis presented to CEO of major utility company and president of regional electricity provider.
  • 2. 14 x 14 28 x 14 42 x 14 56 x 14 70 x 14 Mod 5 System Classified Slide
  • 3. Single Story Complex (3,700 ft.2) Classified Slide
  • 4. Potential Multiple Story Example (29,000 ft.2) Top View Southern Wall Stacking • 3 Story Complex • Large Southern Wall (4,750 ft.2) • Courtyard Classified Slide
  • 5. Sustainable Model (5,500 ft.2) First Floor With Added Second Floor Classified Slide
  • 6. Sustainable Model (5,500 ft.2) Southern Wall • Passive Solar Design • Large Southern Wall for Windows • Thermal Mass • 18” thick concrete slab • Retains heat • Releases heat overnight • Mod5 Concept Southern Wall Classified Slide
  • 7. Sustainable Model - SketchUp Model • Modular Construction • Zero-Net Impact • 5,500 ft.2 • Passive Solar Design • Southern Wall • Thermal Mass • Concrete Slab • Trombe Wall • Stack Effect • Large Common Area • Passive Cooling • Earth Tubes • Stack Effect • Energy Efficient • Tight Envelope • Photovoltaic • Solar Thermal
  • 8. Sustainable Model – Estimated Energy Performance (Method 1) Lechner N. Heating, Cooling, Lighting: Sustainable Design Methods for Architects. John Wiley & Sons. New Jersey. 2009. • Night Insulation • Concrete Slab • Trombe Wall • Tight Building Envelope • Floor plan, building ventilation allow for heat gain to affect all of building • ≈ 60% of heating demand covered by passive solar
  • 9. Sustainable Model – Estimated Heating Demand (Method 2)
  • 10. Sustainable Model – Estimated Heat Gain (Method 2) Month # of Days Daily SHG - S Monthly SHG - S Daily SHG - N Monthly SHG - N Daily SHG - E Monthly SHG - E Daily SHG - W Monthly SHG - W October 31 798 24738 63 1953 445 13795 269 8339 November 30 775 23250 52 1560 374 11220 276 8280 December 31 813 25203 61 1891 452 14012 273 8463 January 31 821 25451 84 2604 648 20088 250 7750 February 28 694 19432 114 3192 832 23296 220 6160 March 31 488 15128 154 4774 957 29667 199 6169 Total Window HG (Btu): 28,831,573 Total Window HG: 249,594 Total Window HG: 2,101,463 Total Window HG: 846,769 Total SHG from Windows (Btu): 32,029,398 SHGF (ASHRAE - 40 ° Lat, half day totals)