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Soil naturally contains energy conducive metals like zinc, copper and iron, and microbial fuel cells (sometimes referred to as an earth batteries) are capable of converting electrolytes in soil into usable energy. Dutch designer Marieke Strap's Soil Lamp uses conductive plates made from copper and zinc buried within the soil to provide constant and (nearly) eternal light for an LED bulb. Maintaining a Soil Lamp is as simple as watering a plant - just feed it a splash of water every now and then to keep the energy flowing....<br><br><a href='https://inhabitat.com/soil-lamp-is-powered-by-dirt/'>READ ARTICLE</a>1
Soil naturally contains energy conducive metals like zinc, copper and iron, and microbial fuel cells (sometimes referred to as an earth batteries) are capable of converting electrolytes in soil into usable energy. Dutch designer Marieke Strap's Soil Lamp uses conductive plates made from copper and zinc buried within the soil to provide constant and (nearly) eternal light for an LED bulb. Maintaining a Soil Lamp is as simple as watering a plant - just feed it a splash of water every now and then to keep the energy flowing....<br><br><a href='https://inhabitat.com/soil-lamp-is-powered-by-dirt/'>READ ARTICLE</a>2
soillamp-ed02Soil naturally contains energy conducive metals like zinc, copper and iron, and microbial fuel cells (sometimes referred to as an earth batteries) are capable of converting electrolytes in soil into usable energy. Dutch designer Marieke Strap's Soil Lamp uses conductive plates made from copper and zinc buried within the soil to provide constant and (nearly) eternal light for an LED bulb. Maintaining a Soil Lamp is as simple as watering a plant - just feed it a splash of water every now and then to keep the energy flowing....<br><br><a href='https://inhabitat.com/soil-lamp-is-powered-by-dirt/'>READ ARTICLE</a>3
soilpoweredlamp243Soil naturally contains energy conducive metals like zinc, copper and iron, and microbial fuel cells (sometimes referred to as an earth batteries) are capable of converting electrolytes in soil into usable energy. Dutch designer Marieke Strap's Soil Lamp uses conductive plates made from copper and zinc buried within the soil to provide constant and (nearly) eternal light for an LED bulb. Maintaining a Soil Lamp is as simple as watering a plant - just feed it a splash of water every now and then to keep the energy flowing....<br><br><a href='https://inhabitat.com/soil-lamp-is-powered-by-dirt/'>READ ARTICLE</a>4
