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Jordan Little March 23, 2017 Assessment of the Pros and Cons of Microgrids and Grid Extensions for Obtaining Reliable Access to Power Case Study Vacherie Ranch Case Study Vacherie Ranch West Sonoma County, CA Case Study Vacherie


  1. Jordan Little March 23, 2017

  2. Assessment of the Pros and Cons of Microgrids and Grid Extensions for Obtaining Reliable Access to Power

  3. Case Study – Vacherie Ranch

  4. Case Study – Vacherie Ranch West Sonoma County, CA

  5. Case Study – Vacherie Ranch Powered by Diesel

  6. Case Study – Vacherie Ranch Powered by Diesel ▪ Maintain fuel supply ▪ Frequent maintenance & downtime ▪ Produces dirty exhaust ▪ Noisy operation

  7. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator

  8. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Quieter & Cleaner ▪ Maintenance ▪ Fuel Supply

  9. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Transmission lines

  10. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Transmission lines ▪ Underground or trench ▪ > 3 poles ▪ Hills + soil issues

  11. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Transmission lines ▪ Microgrid ▪ Solar + Storage

  12. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Transmission lines ▪ Microgrid ▪ Solar + Storage ▪ Lower lifetime costs ▪ ITC + MACRS ▪ Clean & quiet

  13. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Transmission lines ▪ Microgrid ▪ Solar + Storage ▪ Lower lifetime costs ▪ ITC + MACRS ▪ Clean & quiet

  14. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Transmission lines ▪ Microgrid ▪ Solar + Storage ▪ Lower lifetime costs ▪ ITC + MACRS ▪ Clean & quiet

  15. Case Study – Vacherie Ranch Power Options ▪ Natural Gas Generator ▪ Transmission lines ▪ Microgrid ▪ Solar + Storage ▪ Lower lifetime costs ▪ ITC + MACRS ▪ Clean & quiet

  16. Case Study – Vacherie Ranch Microgrid ▪ Pre-fabbed offsite ▪ Trucked to ranch ▪ Commissioned on-site

  17. Case Study – Vacherie Ranch Microgrid ▪ Partner with Pure Power Solutions ▪ SimpliPhi + Outback Inside

  18. Economics of Poles vs. Containers

  19. Economics of Poles vs. Containers 3 or more poles → On -site generation

  20. Economics of Poles vs. Containers 3 or more poles → On -site generation Gas vs. Renewables:

  21. Economics of Poles vs. Containers 3 or more poles → On -site generation Gas vs. Renewables: ▪ Fuel source costs ▪ Fuel supply line ▪ Renewables incentives

  22. Economics of Poles vs. Containers 3 or more poles → On -site generation Gas vs. Renewables: ▪ Fuel source costs ▪ Fuel supply line ▪ Renewables incentives ▪ Federal ITC + MACRS ▪ There is an ROI

  23. Avoiding Pitfalls

  24. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage

  25. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods ▪ Tools ▪ Transportation ▪ Installation personnel ▪ End-user interaction

  26. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods Northern Chile ▪ Tools ▪ Transportation ▪ Installation personnel ▪ End-user interaction

  27. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods Northern Chile ▪ Poor power quality ▪ Temperature swings ▪ Elevation

  28. Avoiding Common Mistakes of Microgrids Pre-Fab Modular Shipments Northern Chile

  29. Avoiding Common Mistakes of Microgrids Northern Chile ▪ Simple, modular units ▪ 1 per home ▪ 150 total ▪ SimpliPhi + Studer inside

  30. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage

  31. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage

  32. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance ▪ Equipment Selection

  33. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance ▪ Re-filling water ▪ Equipment Selection ▪ HVAC system ▪ Liquid cooling

  34. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance ▪ Equipment Selection ▪ System Design ▪ Truck Rolls ▪ Trained on-site personnel

  35. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage

  36. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage

  37. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage ▪ Lithium-Ion with Cobalt

  38. About Lithium Ion LCO Lithium Cobalt Oxide NMC Lithium Nickel Manganese Cobalt Oxide NCA Lithium Nickel Cobalt Aluminum Oxide LFP Lithium Iron Phosphate

  39. About Lithium Ion LCO Lithium Cobalt Oxide NMC Lithium Nickel Manganese Cobalt Oxide NCA Lithium Nickel Cobalt Aluminum Oxide LFP Lithium Iron Phosphate

  40. About Lithium Ion Without Cobalt With Cobalt

  41. About Lithium Ion Without Cobalt With Cobalt LCO Lithium Cobalt Oxide NMC Lithium Nickel Manganese Cobalt Oxide NCA Lithium Nickel Cobalt Aluminum Oxide

  42. About Lithium Ion Without Cobalt With Cobalt LCO LFP Lithium Cobalt Oxide Lithium Iron Phosphate NMC Lithium Nickel Manganese Cobalt Oxide NCA Lithium Nickel Cobalt Aluminum Oxide

  43. Cobalt Problems With Cobalt

  44. Cobalt Problems With Cobalt ▪ Thermal Runaway

  45. Cobalt Problems With Cobalt ▪ Thermal Runaway ▪ Decreased Lifecycle ~ 500 Cycles for Cells prior to rapid depletion

  46. Cobalt Problems With Cobalt ▪ Thermal Runaway ▪ Decreased Lifecycle ▪ Narrow Temperature Window

  47. Cobalt Problems With Cobalt ▪ Thermal Runaway ▪ Decreased Lifecycle ▪ Narrow Temperature Window ▪ Toxic

  48. Cobalt Problems With Cobalt ▪ Thermal Runaway ▪ Decreased Lifecycle ▪ Narrow Temperature Window ▪ Toxic ▪ Inefficiencies

  49. Cobalt Batteries With Cobalt LCO Lithium Cobalt Oxide NMC Lithium Nickel Manganese Cobalt Oxide NCA Lithium Nickel Cobalt Aluminum Oxide

  50. Cobalt Batteries With Cobalt LCO Lithium Cobalt Oxide NMC Lithium Nickel Manganese Cobalt Oxide NCA Lithium Nickel Cobalt Aluminum Oxide

  51. About Lithium Ion Without Cobalt With Cobalt LCO LFP Lithium Cobalt Oxide Lithium Iron Phosphate NMC Lithium Nickel Manganese Cobalt Oxide NCA Lithium Nickel Cobalt Aluminum Oxide

  52. About Lithium Ion Without Cobalt LFP Lithium Iron Phosphate

  53. SimpliPhi LFP ▪ NO Thermal Runaway

  54. SimpliPhi LFP ▪ NO Thermal Runaway ▪ Increased Lifecycle Up to 10,000 Cycles

  55. SimpliPhi LFP ▪ NO Thermal Runaway ▪ Increased Lifecycle ▪ Wide Temperature Window

  56. SimpliPhi LFP ▪ NO Thermal Runaway ▪ Increased Lifecycle ▪ Wide Temperature Window ▪ Non-Toxic

  57. SimpliPhi LFP ▪ NO Thermal Runaway ▪ Increased Lifecycle ▪ Wide Temperature Window ▪ Non-Toxic ▪ 98% Efficient

  58. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage

  59. Avoiding Common Mistakes of Microgrids 1. Specialized installation methods 2. Frequent maintenance 3. Volatile energy storage

  60. About SimpliPhi SimpliPhi is dedicated to offering the safest the most efficient and the simplest way to use energy storage

  61. About SimpliPhi SimpliPhi optimizes Any power generation source On or Off-grid

  62. About SimpliPhi In business Since 2002 Over 10 MWh Deployed Made in California

  63. Thank You jordanl@simpliphipower.com

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