Presentation is loading. Please wait.

Presentation is loading. Please wait.

TRANSITION TITLE. SOLAR MANUFACTUING & TECHNOLOGY RYAN STOUT, FOUNDER & CEO.

Similar presentations


Presentation on theme: "TRANSITION TITLE. SOLAR MANUFACTUING & TECHNOLOGY RYAN STOUT, FOUNDER & CEO."— Presentation transcript:

1 TRANSITION TITLE

2 SOLAR MANUFACTUING & TECHNOLOGY RYAN STOUT, FOUNDER & CEO

3  Nusun Solar: Incorporated in 2010 Manufacturing arm for AWEG  Family history/Over 40 years experience in energy storage  Developed distribution, installation, and education  Established suppliers & sales partners  Associations/Affiliations Indiana Renewable Energy Association (INREA): Member Indiana Distributed Energy Advocates (IDEA): Founding Member/ Board American Solar Energy Society: Member COMPANY OVERVIEW

4 Build and Assemble “Made in USA” Next Generation Panels  Headquartered in Columbus, IN  Nano coated crystalline silicon photovoltaic panels (Solar PV)  Starting production=25MW  Clean manufacturing environment SOLAR MANUFACTURING

5 Economic Development Value  Distributed generation plant specifics per 25MW line 80 plus full time employees High average pay wage with benefits Initial capital investment of $4,500,000 Yearly revenue capability $45,000,000  Expandable in 25MW increments with $500,000 minimum investment  Diversified portfolio Full line manufacturing PLM growth strategies New product testing R&D partnerships  Renewable energy advocate Renewable expansion within state and community State incentives

6 SOLAR TECHNOLOGY  ONYX Solar PV technology  High efficiency and optimal voltage  No moving parts  Utilize 125mm & 156mm monocrystalline cells Higher development costs Multi cell design capabilities Nano-coating light filtering technology Optimum Voc and Vmp = multiple inverter compatibility

7 EFFICIENCY & POWER  Highest voltage in the market  Built with top-of-the-class cells and wafers  Composed strictly of ‘A’ grade cells with minimum 9N purity Maximizes individual panel’s performances Minimizes interdependency among the panels Produced with positive tolerances  Maintains stable input voltage to inverters in extreme temperatures (hot and cold)  Relatively smaller in size than its competing solar modules  Produces 13.55Watt/ ft2 making it the Most efficient solar panel in its class!

8 SOLAR PHOTOVOLTAIC MAPS

9 NORTH AMERICA INSOLATION MAP SOLAR PHOTOVOLTAIC MAPS INDIANA AVERAGE: 4.7 (SUMMER 5.8) (WINTER 2.9) MICHIGAN AVERAGE: 4.2 (SUMMER 5.7) (WINTER 2.0) NORTH DAKOTA AVERAGE: 4.9 (SUMMER 6.3) (WINTER 3.0)

10 ADVANTAGES:  Original PV technology invented in 1955  Grown from single crystal so all cells uniform in color, circular shape and dark blue  Most efficient, most power per square foot of module  Long life, 25 year warranties and beyond 40+ year life  Usually have highest open circuit voltage (OCV)  Premium technology for all customers SOLAR PV PANEL TYPES: MONOCRYSTALLINE DISADVANTAGES:  Checkered pattern face  Frame  Cost of purified silicone, semiconductor grade

11 ADVANTAGES:  Entered the market in 1981  Silicon melted and poured into a mold forming a square block which equals less waist  As the silicon cools in mold, crystals form in an imperfect manner causing variations of blue  Just behind single on efficiency so it takes a slightly larger surface area  Long life, 25 year warranty and 40 year life  Usually have lower (OCV) than mono and better suited for battery backup systems SOLAR PV PANEL TYPES: POLYCRYSTALLINE DISADVANTAGES:  Frame  Weight  Cost of purified silicone

12 ADVANTAGES:  Newest of the three technologies  Microscopically thin deposit of silicon or cadmium telluride  Least expensive of technologies  Some panels are flexible  Pickup larger spectrum of the sun  Best used for battery maintainers for smaller applications in consumer market SOLAR PV PANEL TYPES: THIN FILM DISADVANTAGES:  Least efficient, up to 50% larger modules needed to match single or poly  Watch quality, thin film materials tend to be less stable than crystalline causing degradation over time  Most panels have 5 year life expectancy some claim to have 20 year but very questionable  Uncertain durability over life of panel

13  30% Federal Tax Credit/Grant  Carbon credits  Feed-in Tariff  Renewable Energy Certificates (RECs) - $0.20 - $0.32 per kWh  Power Purchase Agreements  100% Depreciation of Asset in 1st Year  Net Metering  Hedge Against Increasing Utility Bills Electric rates have increased 465% in the past 40 years and appears to be on an accelerating course RENEWABLE ENERGY POLICY

14 TRANSITION TITLE SOLAR INSTALLATION

15 TRANSITION TITLE

16

17

18

19

20

21

22

23

24

25

26

27 www.nusunsolar.com


Download ppt "TRANSITION TITLE. SOLAR MANUFACTUING & TECHNOLOGY RYAN STOUT, FOUNDER & CEO."

Similar presentations


Ads by Google