1. Be Off The Grid.com US Department of Energy ….2009 on LED Technology US Department of Energy ….2009 on LED Technology "No other lighting technology offers our nation so much potential to save energy and enhance the quality of our building environments”. Healing the Earth – one light at a time

2. Global Warming

3. CO2 EMISSIONS BY LIGHT SOURCE

4. Global warming is the most pressing environmental issue of this century. What does this have to do with how we choose the way we light up our world? US government statistics- power plants in the US produced 2,459,000,000 tons of carbon dioxide (CO2) in 2006. Almost 32% of the electricity they generated was used for lighting. Get serious about fighting global warming… Make lifestyle choices that will reduce our greenhouse gas emissions. Most significant thing you can do…simple as L.E.D. Replace traditional lights* with an LED lights Reduce our carbon dioxide emissions by 27.4 million metric tons of CO2 per year! 3 x more carbon dioxide than Costa Rica gives off in whole year.** Global Warming

5. Mercury Vapor banned in 2008 S.10 Energy Policy Act of 2005 As ordered reported by the Senate Committee on Energy and Natural Resources on May 26, 2005 SUMMARY: "The legislation would authorize funding for several programs aimed at energy production, conservation, and research and development. It would authorize the use of energy savings performance contracts (ESPCs), make several changes to the regulatory framework governing the nation's electricity system, and establish a mandate for the use of renewable fuels." Section 135 would prohibit the manufacturing and importing of mercury vapor lamp ballasts after January 1, 2008. A ballast is an electrical device for starting and regulating fluorescent and certain other lamps. The mercury vapor lamp ballast has been decreasing in its share of the market for ballasts during the last 20 years. Moreover, according to industry contacts, few, if any mercury vapor lamp ballasts are imported into the United States. The majority of such ballasts are manufactured in the United States for domestic use. According to industry sources, mercury vapor lamp ballasts are now only manufactured for rural street lights and residential floodlights. Based on information provided by industry and government sources, the value of annual shipments of such ballasts amounts to about $15 million. The cost of the mandate, measured in lost net income to the industry, would be less than that amount. Energy Efficiency Resources Program. Section 141 would require ratemaking authorities for gas and electric utilities (including states, local municipalities, or co-ops) to either demonstrate that an energy efficiency resource program is in effect or to hold a public hearing regarding the benefits and feasibility of implementing an energy efficiency resources program for electric and gas utilities. CBO estimates no significant costs would result from this requirement. PREVIOUS CBO ESTIMATES Federal Budget Effects On April 19, 2005, CBO transmitted a cost estimate for H.R. 1640, the Energy Policy Act of 2005, as ordered reported by the House Committee on Energy and Commerce on April 13, 2005. Like this legislation, H.R. 1640 would authorize appropriations for a wide array of energy-related activities. Differences between the estimates of spending subject to appropriation under this bill and H.R. 1640 reflect differences in authorization levels, particularly for the Low-Income Home Energy Assistance Program and activities related to science and coastal impact assistance. Like H.R. 1640, this legislation would authorize FERC to establish an ERO to oversee the nation’s electricity transmission system. Both bills would authorize the new organization to collect and spend fees (which would be classified as revenues). However, H.R. 1640 would cap those fees at $50 million a year. This legislation contains no such cap; therefore, our estimates of direct spending and revenues related to the proposed ERO are higher than under H.R. 1640. CBO previously completed two cost estimates for bills that would permanently authorize the use of ESPCs: H.R. 1640 and H.R. 1533, the Federal Energy Management Improvement Act of 2005. CBO transmitted a cost estimate for H.R. 1533, as ordered reported by the House Committee on Government Reform, on April 13, 2005. Provisions of this legislation and H.R. 1533 related to ESPCs are similar; however, H.R. 1640 would cap total payments under ESPCs at $500 million a year. Therefore, our estimate of spending for ESPCs is lower under H.R. 1640 than under this bill or H.R. 1533. Also, this bill would authorize the use of ESPCs through 2016.

6. Global Warming  LEDs contain NO Mercury - Florescent Lights Do   49% of the electricity in the US is produced from coal fired power plants. Besides CO2, power plants emit hazardous substances including: Mercury, Nitrous Oxides, Sculpture Oxides, and others.   LEDs for lighting = 80% less electricity = 80% less substances contaminating our environment = 80% less contact with us.   LEDs last 60 x longer than incandescent lights and 10 x longer than fluorescent lights = less waste = less replacements.   LEDs don’t waste energy as heat = electricity you use for air conditioning inside. * All data and statistics are derived from publicly available data from the source for official energy statistics from the US government.

7. LED Lamp Features  Ecology – Reduces Global Warming.  Economy – 80 + % less power consumption than traditional lights.  Extended Life -Rated at 50,000 hours which translates to 10 + years maintenance-free product life.  Eliminates - Glare, and night blossoming outside… Stops light pollution!  Excellent Luminosity -Ultra bright, cool white light close to daylight quality, provides bright white light which improves color rendering and improves night visibility to 300% over traditional light sources.  Cost Saving -Save up to $280 per year per light, -2,300 over the product’s lifetime.  GHG (Co2) Reduction  - 768.2 lbs/yr; 10,574 lbs over the lifetime - as much Co2 as the average passenger car produces in 11 months of driving. *(  - 768.2 lbs/yr; 10,574 lbs over the lifetime - as much Co2 as the average passenger car produces in 11 months of driving. *(Based on 1.55 lbs Co2 per kwh, 11,560 lbs Co2 per passenger car per year)   Easy Installation  Modular construction and mounting.  – Modular construction and mounting.

8. Exterior LED Lamp/Bulb Vs High Pressure Sodium High Pressure Sodium LED Lamp Applications Major Roadways & Residential Streets Parking Lots Docks and Pliers Tennis Courts – Indoor Sporting Areas

9. Exterior LED Lamp/Bulb Vs High Pressure Sodium/Metal Halide A – LED Street Light no glare, close to daylight B – Metal Halide Street Light – Strong glare, high color temperature with harsh radiation levels C – Sodium Street Lamp – strong glare, very low color temperature producing untrue yellow and orange radiation effects

10. Exterior LED Lamp/Bulb Vs Metal Halide 120 Watts LED Street Light – LED Consumption 133 watt, power consumption 20 watts, power factory 0.98 Total Power Consumption : 155W The bean pattern is rectangular 26 x10 meters. Maximum intensity is 42 Lux and average intensity of 30 Lux Traditional 250 Watts Metal Halide Lamp Lamp power 285 watts, rectifier 23 watts Power factor : 0.5 Total Power Consumption 616 watts Brightness is significantly less than LED lamp Maximum intensity 35 lux and average intensity of 15 lux. The beam pattern is oval and undefined

11. Products SIB – Replacement Bulb 37w Comparable to: 150 w Conventional JOL 2 – 2 Panel LED Lamp 75w Comparable to: 250 w Conventional JOL 4 – 4 Panel LED Lamp 120w Comparable to: 350 w Conventional JOL 6 – 6 Panel LED Lamp 225w Comparable to: 500 w Conventional

12. SIBJOL2JOL4JOL6 36 w 75 w 120 w 225 w 2,5005,00010,00015,000 66+66+66+66+ >90%>80%>80%>80% Pure White 5-7K 120120120120 10.9 x 3.5 21.3 x 12.5 x 3.5 28.3 x 12.5 x 3.5 38.7 x 12.5 x 3.5 ExternalLockingLockingLocking 2,300 Lumens 4600 Lumens 9,300 Lumens 14,000 Lumens AC 85-264 50/60htz 50,000 + 150w250w350w500w 75w150w250w400w 12/24v12/24v12/24v12/24v $360.00$600.00$1,000.00$1,800.00 SpecificationsModel Power Consumption Lumens Lumens Per Watt Lumen Efficiency Color Viewing Angle Dimensions - inches Photocell Luminous Projection Input Voltage Life Expectancy High P S Eq. 18’ High P S Eq. 24’ LED Voltage Price Per Unit

13. Exterior LED Lamp/Bulb Vs Traditional High Pressure Sodium TypeHigh Pressure SodiumLED 1Unit250-300w120w 2Power ConsumptionHigh 100%Very low 10-15 % 3Energy SavingNoYes, 80+% 4Lighting Quality Yellow and OrangeClose to daylight (pure white) 5Safety Concern Light pollution Glare for driver's eyes Close to daylight quality, rendering of colors and higher real and effective almost zero 6Life Time of Bulb 6-8,000 Hours (1-2 years, base on 10 hours/day) 50,000 hours + 7Maintenance CostHigh (change bulb by every 1-2 years)Low 8 Power Supply System Stabilization NO. Surges Needs of 3 times the electric power at turn- on…and if the power supply is not stable it will cause damage or reduce the life to less than 1-2 years. Yes Digital No Surges Constant low power consumption at turn-on….and all the time. 9 Power Support Facilities like wires, HP transformers… 100%40% 10UV EmissionYesNo 11Operating TemperatureHot LightCool Light Few hundred degrees<50 degrees 12Environmental ProtectionNO YES, Less Pollution no CO2’s

14. YEARS1st Year2 nd Year3 rd Year4 th Year5 th Year6 th Year7 th Year LED Lamp Cost $ 1,000.00 35% Electric+ 4% Electric Electric $ 34.23 $ 46.21 $ 48.05 $ 49.98 $ 51.98 Totals $ 1,034.23 $ 46.21 $ 48.05 $ 49.98 $ 51.98 Cumulative Costs $ 1,034.23 $ 1,080.44$ 1128.49 $ 1176.54 $ 1226.52 $ 1,276.50 $ 1,328.47 METAL HALIDE Lamp Cost $ 11.07 Electric $ 134.61 $ 181.72 $ 188.99 $ 196.55 $ 204.41 Labor Replacement $ 50.00 Ballast $ 96.00 Labor Replacement $ 75.00 $ 83.00 Totals $ 145.68 $ 231.72 $ 371.06 $ 238.99 $ 257.62 $ 375.55 $ 215.48 Cumulative Costs $ 145.68 $ 377.72 $ 748.48 $ 987.45 $ 1,245.07 $ 1,620.62 $ 1,836.10 High Pres. Sodium Lamp $ 9.07 $ 9.70 Electric $ 127.61 $ 172.27 $ 179.16 $ 186.33 $ 193.78 Labor Replacement $ 50.00 Ballast $ 96.00 Labor Replacement $ 75.00 $ 83.00 Totals $ 136.68 $ 172.27 $ 350.16 $ 179.16 $ 246.03 $ 365.33 $ 193.78 Cumulative Costs$ 136.68 $ 309.40 $ 309.40 $ 659.56 $ 838.72 $ 1,084.75 $ 1,450.08 $ 1,643.86 Costs and Savings Mercury Vapor Lamps are no longer allowed to be utilized in the United States - must be replaced with NON-MERCURY BULBS

15. High Pressure YEAR LEDMetal Halide Sodium 1 $ 1,034.22 $ 145.68 $ 136.68 2 $ 46.21 $ 231.72 $ 172.72 3 $ 48.05 $ 371.06 $ 350.16 4 $ 48.05 $ 238.99 $ 179.16 5 $ 49.98 * $ 257.62 * $ 246.03 6 $ 49.98 $ 375.55 $ 365.33 7 $ 51.98 $ 215.48 $ 193.78 8 $ 51.98 $ 254.41 $ 253.48 9 $ 54.06 $ 429.65 $ 407.53 10 $ 54.06 $ 262.58 $ 201.53 11 $ 56.22 $ 232.16 $ 209.59 12 $ 56.22 $ 488.09 $ 485.66 13 $ 58.47 $ 240.10 $ 217.98 Total $ 1,659.48 $ 3,743.09 $ 3,419.63 LED COSTS- $(1,659.48) $(1,659.48) SAVINGS- $ 2,083.61 $ 1,,760.15 (* Return on Investment) EACH LAMP OPERATIONAL COST ANALYSIS 250W EQUIVALENT LIGHTING LIFE OF LED LAMP (50,000 Hours)

16. YEARLEDMetal HalideHigh Pressure Sodium Initial Outlay Budgeted Dollars Year One $ 1,034.22 $ 145.68 $ 136.68 2 yr Cumulative $ 1,080.43 $ 377.40 $ 309.40 3 yr Cumulative $ 1,128.48 $ 748.46 $ 659.56 4 yr Cumulative $ 1,176.53 $ 987.45 $ 838.72 5 yr Cumulative $ 1,226.51 $ 1,245.07 $ 1,084.75 6 yr Cumulative $ 1,276.49 $ 1,620.62 $ 1,450.08 7 yr Cumulative $ 1,328.47 $ 1,836.10 $ 1,643.86 8 yr Cumulative $ 1,380.45 $ 2,090.51 $ 1,897.34 9 yr Cumulative $ 1,434.51 $ 2,520.16 $ 2,304.87 10 yr Cumulative $ 1,488.57 $ 2,782.74 $ 2,506.40 11 yr Cumulative $ 1,544.79 $ 3,014.90 $ 2,715.99 12 yr Cumulative $ 1,601.01 $ 3,502.99 $ 3,201.65 13 yr Cumulative $ 1,659.48 $ 3,743.09 $ 3,419.63 13 yr Existing Bulb Cost $ 3,743.09 $ 3,419.63 13 yr LED cost $ (1,659.48) 13 Year Conversion Savings $ 2,083.61 $ 1,760.15 Each Lamp

17. Cost Comparison Chart 5 Yr ROI on Metal Halide 5.6 Yr ROI on High Pressure Sodium

18. Be Off The Grid.com Healing the Earth – one light at a time US Department of Energy ….2009 on LED Technology "No other lighting technology offers our nation so much potential to save energy and enhance the quality of our building environments”.