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Micro-grid Design for Ozyegin University

Jan. 3, 2019
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Micro-grid Design for Ozyegin University

  1. EE473/573 Fall 2018 Energy Systems Project Oğuzhan Dalgıç Nuri Dağaşan Alper Şekercioğlu Alper Özkan
  2. • Introduction • What is Microgrid ? • Demand Trend at OzU • Proposed System - Ozu Microgrid • Solar Farm • Natural Gas Plant • Demand Side Management • Additional Considerations • Sustainability • Health & Safety • Environmental Approach • Social Aspects • Conclusion OUTLINE
  3. Consumption increased 65% since 2010 STATISTICS OF ENERGY DEMAND IN ÖZYEĞİN UNİVERSİTY 8% increase each year Energy demand can rise 15%-20% for next 2 years
  4. What is Microgrid? • Local Energy • Reliable Power Source • Renewable Energy Source • Reduced Carbon Footprint
  5. V 1200 KWh 1740 KWh 1700 KWh 1200 KWh 41.6% 1450 KWh 45.8% 1470 KWh DEMAND INCREASE DEMAND INCREASE
  6. OzU Microgrid • Solar farm • Natural Gas Plant
  7. Solar PV SystemsSolar PV Systems
  8. WHY SOLAR CELLS ?  Advantages  Infinite Energy Source  Reliable and enduring  Eco-friendly  Economical gain  Disadvantage  High initial investment required  Season oriented
  9. Reasons  Better guarantee conditions comparing the market  Reasonable price  Recent successful projects have benefited from the brand in Turkey, Netherlands and Europe Axitec 260W Solar Cells
  10. ENERGY DEMAND SOLAR CELL EXAMINATION Power Demand 1.5 MW Power per cell 260 W Amount 5.770 Unit Available area 29.467 m2 Area of a cell 1,62 m2 Area will be occupied 9,347.40 m2 Price per cell 702 ₺ Cost of cells 4,050,540 ₺ Cost in dollars 752,888.48 $ Additional cost 647,263 $ Total cost 1.45 M$
  11. FINANCIAL ANALYSIS Description Amount Unit Price of Electricity 0.30 ₺/kWh Energy Produced 1,500.00 kWh Average working hours daily (MGM) 6.80 Hours Working days 365.00 Days Energy produced yearly 3,723,000.00 KWh/Year Yearly saving amount 1,116,900.00 ₺ Initial investment 7,975,830.50 ₺ Break-even point 7.14 Years
  12. • Kawasaki 3.5 MW natural gas turbine • Back-up for solar • Efficiency 83% Natural Gas Plant
  13. Natural Gas Plant Cost Analysis for Natural Gas Plant Fixed Costs 5.000.000,00 ₺ O&M Costs (Yearly) 40.000,00 ₺ Total Cost for the 1st Year 5.040.000,00 ₺ Natural Gas vs. Electricity [1,2] Natural Gas Price (₺/m3) 1,73 Grid Electricity Price (₺/kWh) 0,30 Output Calculation of the Plant Yearly Operation Hours 4000 Generated Electricity - 83% Efficiency (MWh/year) 11620 Natural Gas Consumption 1.086.648,46 m3 Total Cost Using Utility Grid (₺/year) 3.625.440,00 ₺ Total Cost Using Natural Gas (₺/year) 1.879.901,84 ₺ Net Savings (₺/year) 1.745.538,16 ₺ [1] http://www.palgaz.com.tr/tr/main/icerik/p/42-dogalgaz-satis-tarifesi [2] https://www.bloomberght.com/enerji/haber/2181754-spot-piyasada-elektrik-fiyatlari-17122018 Unit Conversion Table 1 Therm (BTU) 2,74 m3 1 Therm (BTU) 29,3 kWh
  14. WHAT IS DEMAND SIDE MANAGEMENT ? DSM mentions initiatives and technologies that encourage consumers to optimize energy use. The benefits of DSM are generally divided into two. STUDENT UNIVERSITY Decrease amount of electricity used and adjusting the time Shifting energy consumption from peak to non-peak hours.
  15. WHY DSM IS SO IMPORTANT ? 1. 2. 3. 4. COST REDUCTION REDUCING EMISSION LOAD SHIFTING ENERGY EFFICIENCY
  16. STRATEGIC LOAD GROWTH DSM PEAK CLIPPING VALLEY FILLING LOAD SHIFTING FLEXIBLE LOAD SHAPE STRATEGIC CONSERVATION
  17.  It is an international protocol used in building management systems. KNX provides a comfortable and functional installation with its open feature.  It can integrate all systems used in commercial buildings. Consumption values can be significantly decreased. WHAT IS KNX PROTOCOL ?Lighting Control Energy Management Operation Visulization HVAC Controls Security Systems Control Automation Remote Access
  18. MONITORING CONTROLLING LIGHTING MEASUREMENT UNIVERSITY ROOM MANAGEMENT  Lighting conditions: Monitoring system details  Lighting level  Socket Conditions  Field system control  Programming by date  Displaying each building consumption: Daily, monthly and annual consumption  Consumption comparison  Detailed comparison (energy, power, voltage, current etc.)  Occupancy: General view  Temperature display and operating mode visualization  Energy consumption level  Controlling room temperature
  19. 1 KNX 3 Ambient light intensity and detection. 2 If no one is in environment, plugs turn off automatically. 4 Manually opening or closing light Heating Cooling: eco or operating in comfort mode. Temperature can be changed manually. 5
  20. 27.6 14.3 33.5 19.5 23.7 Months in 2018 Cost in 2018 (TL) Cost Reduction in 2018 (TL) Saving in 2018 in TL and % Jan./Feb./Mar. Apr./May./Jun. Jul./Aug./Sep. Oct./Nov./Dec Totals in 2018 970.000 1.050.000 900.000 3.790.000 870.000 745.000 700.000 700.000 725.000 2.890.000 125.000 270.000 350.000 175.000 900.000
  21.  29500 square meter floor space  9000 student  2100 KNX Components  23.7 % lower energy costs after optimization  900.000₺ Cost Reduction Highlights at a glance What is the KNX components Price ?  1300 ₺ per KNX components  2700000 ₺ cost of initial installation for 27800 square meter  3 year amortization period through energy savings
  22. ADDITIONAL CONSIDERATIONS  Sustainability  Health and safety  Social aspects  Environment
  23. SUSTAINABILITY  Balance between nature and human  Meeting the increasing energy needs  Minimizing the carbon dioxide emission
  24. HEALTH AND SAFETY  Solar panel selections & calculations  Testing grounding leakage current lightning protection  Fire extinguisher  Hail damage  Lightning rod is required
  25. ENVIRONMENTAL APPROACH Using less water Reducing air pollution Help to slow climate change
  26. • Economics Oil Dependence Expensive electric bills • Job opportunities Solar Installer Solar Manufacturing Technician Lineman Electronics Technician Panel Cleaner Energy Efficiency Specialist Power Plant Operator SOCIAL ASPECTS
  27. Total Cost of OzU Microgrid Overall Saving & Cost Calculation Total Cost (₺) Net Saving (₺/Year) Return Time of Initial Investment Solar Panels 7.975.830,50 1.545.251,00 3.7 years Natural Gas Plant 5.040.000,00 1.745.538,16 DSM 2.700.000,00 900.000,00 TOTAL 15.715.830,50 4.190.789,16
  28. THANKS FOR LISTENING!

Editor's Notes

  1. A discrete energy system consisting of distributed energy sources and loads Local, reliable, and affordable energy security for urban and rural communities Benefits: Provides power quality, reliability, and security  for end users and operators of the grid Enhances the integration of ditributed and renewable energy sources Cost competitive and efficient Minimize carbon footprint and green house gas emissions by maximizing clean local energy generation
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