D.Light Design Wins Ashden Award for a Lamp Brighter than Kerosene
Tiana Reid — July 6, 2010 — Social Good
References: ashdenawards.org & planetgreen.discovery
India's design firm 'D.Light Design' has won an Ashden Award for its solar lamp, which is cited as the world's most affordable solar lantern. What's more, this technology is four times brighter than the average kerosene lamp. D.Light Design's solar lamp is also a cleaner option to kerosene, which produces indoor air pollution that can damage human health.
The potential in these new lamps is incredible. One of the entrepreneurs in the Ashden Award announcement said that "this will do to kerosene what mobile phones did to letters.”
The potential in these new lamps is incredible. One of the entrepreneurs in the Ashden Award announcement said that "this will do to kerosene what mobile phones did to letters.”
Trend Themes
1. Affordable Solar Technology - The trend towards low-cost solar lanterns presents disruptive innovation opportunities in the renewable energy industry.
2. Clean Energy Solutions - The increasing demand for cleaner alternatives like D.Light Design's solar lamp creates opportunities for disruptive innovation in the sustainable energy sector.
3. Improved Lighting Efficiency - The development of solar lamps that are four times brighter than traditional kerosene lamps opens up disruptive innovation opportunities in the lighting industry.
Industry Implications
1. Renewable Energy - The renewable energy industry can capitalize on the trend towards affordable solar technology and develop disruptive innovations that offer clean and accessible energy solutions.
2. Sustainable Energy - The sustainable energy sector has an opportunity to leverage the demand for cleaner alternatives and drive disruptive innovation in the form of clean energy solutions like D.Light Design's solar lamp.
3. Lighting - The lighting industry can seize the opportunity presented by improved lighting efficiency in solar lamps to introduce disruptive innovations that redefine lighting standards and promote energy efficiency.
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