Nanoleaf Impact

Nanoleaf can change the world, one light bulb at a time. 19% 3,877 Lighting alone takes up 19% of the global electricity consumption, which is 3,877 Tera Watt-hour (TWh) in 2013. TWh" Global Electricity Consumption by Lighting in 2013* 68 TWh Canada 468 TWh European Union 190 TWh Japan 495 TWh United States 582 TWh China These numbers can be significantly reduced if more efficient lighting technology, such as the Nanoleaf LED (light-emitting diode) bulbs, were adopted. There are 3.3 billion A-type light bulbs currently in use in United States. Less than 1% is energy efficient LED. 55% 43% <1% Incandescent CFL (compact fluorecent) LED If you had the choice, which light would you choose? 16 lumens/W 66 lumens/W 133 lumens/W Nanoleaf chose to reimagine the light bulb to create the world's most energy efficient light. 360 Long life time of 30,000 hours Minimal heat waste Made with PCB (no visible heat sink) (printed circuit board) capability Instant-on 360 degrees omni- directional lighting Highly durable (shatter proof) A light safe for us and our planet 100~240V ROHS Hg (Pb E26 / E27 Over temperature protection Available in globally compatible voltages Safe in enclosed E26/E27 standard Edison screw 100% ROHS Mercury (Hg) & Lead(Pb) free fixtures compliant A light to reduce your carbon footprint and your monthly energy bill Lifetime Cost Comparison (based on 30,000hrs, $0.14USD per kWh, 100W equivalent) Bulb cost Energy cost $445.00 77% $121.20 cost saving compared to incandescent $100.40 A light to make an impact towards a greener future LED Market Penetration Trend in the US* Today 2020 36% 2030 74% <1% 300 TWH annual energy saving in 2030 equivalent CO. 210 50 million 1,000-megawatt power plants saved metric tons of carbon 24 emission reduced million homes powered Because Nanoleaf believes in making the right choices. enanoleaf www.nanoleaf.me @thenanoleaf * Sources: The International Energy Agency: Key World Energy Statistics 2013 || JRC Scientific and Policy Reports: Energy Efficiency Status Report || US Department of Energy: Adoption of Light-Emitting Diodes in Common Lighting Applications || US Department of Energy: Energy Savings Potential of Solid-State Lighting in General Illumination Applications