![\"Green](\"http:\/\/www.ijdesign.com\/blog\/green-web-design-solar-road-.jpeg\")
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The Dutch are always doing great things on the environmental front. Check out this article from NPR, below, that talks about a new bike path that is integrated with solar panels. While they are only testing a small 230 feet section to start off with, this section could power 2-3 houses for a year. Can you imagine if all of our roads and paths collected solar energy? We could power everything with the sun! What a thought!<\/p>\n
Read on…<\/p>\n
Source:\u00a0http:\/\/www.npr.org<\/a><\/p>\n A Dutch project that integrates solar panels into a bike commuter path will officially open this week, on a special roadway outside Amsterdam. Power generated by the SolaRoad’s panels will be funneled into the national energy grid.<\/p>\n The project in the town of Krommenie is being called the world’s first public road that includes embedded solar cells. The crystalline silicon solar cells are encased in two layers of tempered safety glass, mounted in a concrete housing.<\/p>\n The equipment is part of pre-built concrete slabs that\u00a0SolaRoad<\/a>\u00a0says have been refined in years of testing. The company says it’s been a challenge to produce energy-producing slabs that are both durable and rideable by thousands of cyclists a day.<\/p>\n “It has to be translucent for sunlight and repel dirt as much as possible,” the company says. “At the same time, the top layer must be skid resistant and strong enough in order to realize a safe road surface.”<\/p>\n The section of the path that’s opening this week is some 230 feet long. Its creators call it a test of an idea that could someday lead to roads that generate the same power that electric cars use to travel on them.<\/p>\n The researchers say the portion of the path that’s opening Wednesday could meet the electrical demands of two or three houses for a year.<\/p>\n Because they lie flat instead of being angled to take optimal advantage of the sun, the path’s panels will produce about 30 percent less power than similar panels might produce on a rooftop. But the\u00a0researchers also note\u00a0that with around 87,000 miles of roadways, Holland’s total road surface area is “significantly larger” than that of rooftops that could host solar panels.<\/p>\n SolaRoad is a collaboration led by the research group TNO and the government of the province of North Holland. You can read more about its technical aspects at the\u00a0Phys Org site<\/a>, which reports that most of the $3.7 million cost was paid by the local authority.<\/p>\n![\"Green](\"http:\/\/www.ijdesign.com\/blog\/green-design-blog-solar-road-.jpg\")
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