LVD EMI Lighting


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Advantages to Electromagnetic Induction

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LVD EMI Lighting

  1. 1. Advanced NRG Solutions and LVD Working together saving energy, lighting the world
  2. 2. Advanced NRG Solutions is a multifaceted independent representative, engineering consulting and business broker firm. Founded in 2008 (actually 2007) to work with past, existing and future partners interested in networking, alternative energy solutions, commodities profits and energy saving products from tank-less water heaters to premium lighting to solar products, bio-fuels and transportation implementing compressed air technology. We facilitate you working directly with manufacturers bringing the best technologies to you without distributor mark up. LVD™   Founded in 1989,  Shanghai Hongyuan is a professional lighting company combining research and development, manufacturing, and sales direct from the manufacturer via our representative. Invented in 2003 with over 100  World Wide Patents, LVD™ is the first company to produce this electrode-less lamp on a large scale and their focusing on promoting this product (and only this product)  around the world. In terms of its unique features and advantages, LVD™ Lamps bring the end-users many benefits including better lighting, electricity cost reduction, re-lamping/maintenance cost reduction, air-conditioning cost reduction, safety and security by improved lighting, productivity increases as well as providing better visibility including depth perception.
  3. 3. Induction Lamps Vs. LED Lamps: While induction lamp technology has matured in the last few years, it is often overlooked or underutilized in lighting applications since none of the major manufacturers promote induction lamps in any significant way.  LED lighting seems to get the most “buzz” in the market as LED’s are promoted as the best alternative to conventional lighting due to their longevity. Induction lamps have a lifespan of 60,000 to 100,000 hours (depending on type and model), which is much longer than the typical high-power white LED lamp lifespan which is in the 50,000 to 55,000 range. The major difference between the technologies (other than lifespan) is in conversion efficiency (energy utilization), full spectrum lighting and costs. LED lighting fixtures have conversion efficiencies in the 35 to 60 Lumens/Watt (L/W) range. Induction lamps have a conversion efficiency ranging from 65 L/W in low wattage (8 ~ 20 W internal inductor types) to >90 L/W in the high wattage (250 ~ 400 W external inductor models) range. In some applications, advanced energy saving technologies like solar panels incorporated into the fixtures can provide energy savings greater than 75%.
  4. 4. Examples of applications Case Studies Energy Saving’s Project Design References ` The following slides are comparisons to the most prevalent technology used in road lighting… High Pressure Sodium.
  5. 5. 2009-3-23 Typical Case Study
  6. 6. 2009-3-23
  7. 7. Examples of street light and tunnel applications; the top two are using solar panels
  8. 8. Examples of high bay lighting in factory and indoor applications
  9. 9. ( 1 ) Re-lamping Project Location: Caiyuan Road, Chongqing,China Before: Bad Color Rendering Index After: Good Color Rendering Index LVD = Electromagnetic Induction lighting HPS = High Pressure Sodium 200W LVD replaces 400W HPS
  10. 10. 主干道 <ul><li>LVD: 200W </li></ul><ul><li>Road illumination </li></ul><ul><li>Overall uniformity </li></ul><ul><li>Vertical uniformity </li></ul><ul><li>Glare. </li></ul><ul><li>>57% Energy reduction vs. HPS system </li></ul>4 Road Requirements:
  11. 11. 2009-3-23 Nanpu Bridge: total length – 8346 meters , Center span: 423 meters First steel and concrete composite girder cable-stayed bridge built in China
  12. 12. ( 2 ) Project Location Nanpu Bridge, Shanghai,China Before: 18 lux After: 36 lux The lux (symbol: lx ) is the SI unit of illuminance and luminous emittance. It is used in photometry as a measure of the apparent intensity of light hitting or passing through a surface. <ul><li>One lux is equal to one lumen per square meter, where 4π lumens is the </li></ul><ul><li>total luminous flux of a light source of one candela of luminous intensity: </li></ul><ul><ul><li>1 lx = 1 lm·m -2 = 1 cd·sr·m –2 . </li></ul></ul>
  13. 13. ( 2 ) Project Location Nanpu Bridge, Shanghai,China 250W HPS 150W LVD Rmb = Renminbi , the currency of the People's Republic of China 1 Chinese Yuan Renminbi = 0.14646 US Dollar 1 US Dollar (USD) = 6.82790 Chinese Yuan Renminbi (CNY) Before After Lamp type qty type qty 高压钠灯 548 无极灯 548 Electric bill 49,320 Rmb/month 28,770 Rmb/month 591,840 Rmb/year 345,240 Rmb/year Maintenance 38,360 Rmb/year 0 Rmb/year Total 630,200 Rmb/year 345,2402 Rmb/year Saving electric bill 284,960.00 RMB/year $41,734.65 USD/year energy 50,005 kWh/month 29,171 kWh/month 600,060 kWh/year 350,052 kWh/year Saving energy 250,008 kWh/year Energy Saving analysis
  14. 14. ( 3 ) Project Location: Meridian Street, Groton, USA Meets all utility requirements. Operates in both cold and hot climate without dramatic degradation of light output <= 5% @ 2,000 Hrs Uses 30- >60% less energy than High Pressure Sodium. Reduce the light reflected from the road surface.
  15. 15. ( 4 ) Project Location: Korea Left: LVD- 86lux Right: HPS- 42lux *A comparison of technologies on the same street; more than double the lux.
  16. 16. ( 5 ) Project Location: West Africa installing a 0639-80W unit. *Consider using solar panels in conjunction for increased energy efficiency.
  17. 17. ( 6 ( Project Location: Canada using a 0639-80W unit. HPS The left and center pictures are the same location; the right shows it across from HPS
  18. 18. Thank You! Shanghai Hongyuan Lighting & Electric Equipment Co., Ltd Original version created 4-5-2009 By Calvin Zhu and modified by Andre D. Henderson, Sr. For answer’s to your questions, pricing and quotes please contact: Andre D. Henderson, Sr. Advanced NRG Solutions Phone: (972) 475-0171 Email: ahenderson @ advancednrgsolutions .com Website:
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