Global Airport Solar Power Market Growth Analysis Mar-2017

Global Airport Solar Power Market 2017-2021
The Airport Solar Power market report contains a comprehensive market and vendor landscape in
addition to a SWOT analysis of the key vendors for 2017-2021. The following companies are the key
players in the global airport solar power market: Ameresco, Robert Bosch, Canadian Solar, Gaia Solar,
Solar Energy Corporation of India, and SunEdison. Other Prominent Vendors in the market are EMMVEE
Solar Systems, Indo Solar, Solar Frontier, TECO Energy, and Vikram Solar.
For More Information Inquire @
http://www.reportsnreports.com/contacts/inquirybeforebuy.aspx?name=929010
Market Trend
One trend in airport solar power market is achieving appropriate ratio of voltage and energy gap. Solar
cell with a small energy gap is capable of absorbing most photons but generates low voltage, and
similarly, a cell with a larger energy gap generates a higher voltage but allows lower-energy photons to
pass. Till date, achieving the ideal ratio between these parameters have been challenging to the
researchers, which in turn, proved to be a barrier to the commercialization of several promising
technologies.
Market Driver
One driver in airport solar power market is availability of large areas of unused land within airports. An
airport is usually spread over large areas to accommodate runway for flights. For instance, the Denver
International Airport in Colorado, US, Washington Dulles International Airport in Virginia, US, and the
Dubai International Airport in the UAE are spread across 33,531 acres, 12,000 acres, 7,200 acres of land,
respectively. A significant portion of this widespread area is left unused to provide an unobstructed view
for take-off and landing of flights. In addition, the terrace tops of terminals and parking areas are left
unused. Such vast lands can be put to use while allowing undisturbed flight operations.
Market Challenge
One challenge in airport solar power market is high cost of silicon. Globally, an increasing use of PV cells
for energy generation has been observed. Installation of renewable energy systems in airports is
happening at the latter end of use of solar cells. PV systems and solar cells have already found large-
scale applications by governments for lightings of rural areas, street lights and for water heating
purposes in apartments and hotels. These uses have contributed to the large-scale consumption of
silicon, which is one of the prime elements in the construction of solar panels. Though silicon is the
earth's second most common element and contributes to more than 25% of the Earth's extracted
element in the solid state, there has been an upward curve with respect to its prices. This, in turn, has
led to increasing prices of solar panels and cells.
Purchase Report Directly @ http://www.reportsnreports.com/purchase.aspx?name=929010