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330 Innovation Park PV Design

Collaborative Design Project for Solar Energy Conversion Systems, EGEE 437, Spring 2010, taught by Dr. Jeffrey R. S. Brownson.
by

Jeff Lackey

on 14 June 2011

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Transcript of 330 Innovation Park PV Design

PV Design for Bldg 330 @ Innovation Park EGEE 437 Spring 2010 Hassan Aljama
Mesude Bayrakci
Jacob Follman
Jeffrey Lackey
Stephen Suffian + high absorptivity
+ thin film
- low efficiency
- not abundant + deposition on multiple substrates
+ thin, flexible
- degradation with increased light exposure (Staebler-Wronski) + very thin, flexible
- not commercially available
- expensive vacuum production + thin, flexible
+ performs well at high temperatures
- not commercially available
- liquid electrolyte not robust + cheap production
+ widely used on market
- large quantity of material used CdTe a-Si CIGS DSSC poly-Si Total Radiation Total Power TRNSYS Model Operation and Maintenance:
$0.01/kWh, which makes it $289/yr Electricity Export Rate:
$96/MWh, which makes it $2887/yr Inverter Lifetime over 20 years
- No replacement is needed SREC trade:
$225/MWh which makes a saving of $6,975/yr Economic Analysis inputs: Capacity factor 15%
T&D losses 4%
Inflation Rate 3%
Discount Rate 4%
Project Life 25 years Initial Costs Emission Analysis Net annual GHG reduction:
29.9 tons CO2 Equivalent to 71.6 barrels of crude oil not consumed 13,234 liters of gasoline not consumed 31 people reducing their energy consumption by 20% PV Design Self-imposed requirement:
3% of Energy Consumption
=2,236 kWh/month Sizing Array 106 kWh/kW/month (monthly energy need) 2236 kWh/month (monthly radiation per kW) 21.1 kW (minimum array size) Inverter Requirements Solution Cash Flow THANK YOU 106 kWh/kW/month KWH used Per Month
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