Induction Technology Overview  Technology Design is Similar to Fluorescent But Without the Electrodes = Less Prone to Failure  Design Relies on The Fundamental Principle of Electromagnetic Induction and Gas Discharge to Create Light  Coil Creates an Electromagnetic Field Inside the Glass Tube That Contains an Inert Argon Gas  Coil Discharge Path Accelerates Electrons, Which Collide with Mercury Atoms and “Excites” The Electrons.  Excited Electrons Emit UV Radiation Which is Converted to Visible Light as it Passes Through The Phosphor Coating on The Inner Surface of the Bulb

Lowest Energy Consumption  Induction Lamps Consume The Least Amount of Energy of Any Lighting Technology Induction Technology Overview WATTAGEWATTAGE

Longest Life  At 100,000 Hours Rated Life, It Has The Longest Operating Life of Any Lighting Technology = Significant Savings in Maintenance Costs Induction Technology Overview HoursHours

Lowest Mercury Content  Uses Only 6 Micrograms of Amalgam Mercury Induction Technology Overview NOTE: Although LED Lights May Not Use Mercury, The Manufacturing Process Uses Highly Toxic Chemicals Such as Lead and Arsenic. In Addition, With a 50,000-hour Lifespan, Two LED fixtures are Manufactured for Every One Induction Light Fixture

Induction Technology Overview Range of Color Temperatures Choice of correlated color temperature (CCT), warm or cool light, for desired effect and particular applications Range of Input Voltage Each lamp has the ability to operate on voltages ranging from 120v to 277v Gradual & Minimal Lumen Depreciation Still at 70% luminosity at end of life means fewer replacements, more efficient lighting Outstanding Color Rendering Color Rendering Index (CRI) of 80 provides for spectrally enhanced vivid & natural colors U.S. Department of Energy Approved Research has shown that Induction lighting color temperatures (5000K) can reduce lighting levels and energy usage Stable Output Relatively unaffected by fluctuations in line voltage, the Induction lamp output remains constant over wide ranges of inputs Warranty Industry’s longest warranty at 10 years

Induction Technology Overview No Flickering or Noise A distraction-free option for indoor or outdoor applications Instant-On Capability Because induction lamps do not require warm-up time to come to full luminescence, they can be controlled by occupancy sensors to provide further energy savings Hot and Cold Operation Performs well in extreme temperatures – both cold and hot Deferred Maintenance and Less Power Generates a better ROI then other alternatives Low Temperature Operation Induction lamps run at temperatures below 200° saving air conditioning energy High Lumen Output 2,800 initial lumens (40W lamp) to 18,750 initial lumens (250W lamp)