According to the information below (I received this via Linked-In from a former UF Planning student now in her native Netherlands), there is also a cultural tourism component to this solar bike lane project which will provide economic return in addition to lighting/energy impacts.
“The opening of the bike path is also the start of the international theme year Van Gogh in 2015.”
Also I don’t which distance for the path is correct since CNN reports 230 Feet (ft) = 70.104 Meters (m).
Information provided from the (translated) Netherlands news is 600 meters (M) = 1968.5 Feet (ft).
Clarifying this could impact the energy/ cost efficiency analysis results.
Kathleen Pagan, AICP, Alachua County Growth Management
[log in to unmask]" alt="http://www.eindhoven.nl/upload_mm/b/5/2/78213_fullimage_van-gogh-fietspad.jpg" height="225" width="300" border="0">
(via Linked In from Tessa Koene, UF Graduate MAURP)- It's about 600 meters long in Eindhoven (one of our technical-university cities) and works with little glow-in-the-dark peddles. Kind of the same system as the stars I had as a kid on my ceiling. It's designed by Daan Roosegaarde (http://en.wikipedia.org/wiki/Daan_Roosegaarde). The lane is designed to look like the famous "The Starry Night", from Van Gogh. The goal of the lane is to show that you don't need lightening as we know it till now, but that this kind of solution works as well.
In the Ministry I work for (infrastructure and environment) Roosegaarde is quite known as well. One of our highways is designed as an innovative highway and we try to work with him a lot. He has great ideas about mainly lightening.
I could not read the article without a sense of bewilderment at the huge cost and obvious wastes associated with the 'solar lighted bike path', i.e., $16,086 per lineal foot. Offer the contract to qualified bids and I would expect the cost would be less than one-tenth of the above. Lighted bike paths is a noble objective for safety and convenience; but, the project as presented makes a mockery of sound science and technologies and applications thereof. There are hundreds of off-site applications for solar that are economical and practical for stand-alone or minimum subsidies.
R. L. Vetter, PhD; PAS; Dipl. ACAN; President
AGRI-BIO SYSTEMS, INC.
2811 Edgewater Dr. Elgin, IL. 60124
On Thursday, November 20, 2014 6:04 PM, "Mussoline,Wendy A" <[log in to unmask]> wrote:
Dear BEST members:
The Netherlands continues their sustainable innovations with the world’s first solar road. SolaRoad opened to the public last week in a small town of Krommenie, located approximately 15 miles northwest of Amsterdam. SolaRoad is a 230-foot long bike path that collects solar energy by day and lights up by night. The significance of such a brilliant innovation may not be appreciated in the US since we have relatively few cyclists. However, the Netherlands is well known for its tremendous network of “fietspaden” (bike paths) as bikes are the primary mode of transportation for the Dutch. There are more than 13 million bikes for a population of 16.5 million people (nearly one bike per person). And for those of you that have spent time in Northern Europe in the winter months, you recognize that darkness comes around 4:00PM so lighted bike paths are essential for the commute home from work.
Not only does SolaRoad provide lighting for commuters, but this small stretch of solar road is expected to generate enough electricity to power two or three average homes annually. SolaRoad consists of concrete modules overlain with tempered glass and embedded with silicon solar cells that convert sunlight into electricity. Although the design is less efficient than solar panels on rooftops, the potential surface area on all roadways in the Netherlands is enough to motivate the research. SolaRoad is a pilot-project that will be researched and optimized over the next three years. The project is a collaboration among businesses, researchers and the local government and has a price tag of 3.7 million dollars.
Wendy Mussoline, PhD, PE
Post-doc in Bioenergy and Sustainability Technology Lab