The competitive value of territorial resources for photovoltaic energy on the island of Gran Canaria

Abstract

ABSTRACT:This work aims to identify the most suitable location for photovoltaic power plants on the Spanish island of Gran Canaria. To that end, we propose a methodology which will assess those physical territorial resources involved in the development of photovoltaic solar energy by means of two devices: the available territorial resource map and the available territorial resource index. In order to achieve this objective, multi-criteria analysis through an analytical hierarchy process with geographical information systems was used. The empirical analysis concluded that a large percentage of the island territory enjoys excellent potential for the setting-up of photovoltaic plants. The contribution of this research is particularly important in an island context, since it is in this type of territory where such tools are especially relevant to plan the best use of limited land area and availability.

Determinant factors in site selection for photovoltaic projects: A systematic review

“…Several authors quote the radiation as the most important parameter in the indication of potential areas for solar power plant installation . The solar global radiation determines the amount of photovoltaic energy that can be achieved depending on the solar climatic areas where the power plant is placed . In order for the large‐scale solar energy installations to be economically viable, they must be built in areas that receive a meaningful solar irradiance …”

“…The efficiency of the photovoltaic system decreases with the increase of the module temperature. Therefore, for the same degree of solar irradiation, a photovoltaic system will produce less energy in a warmer area than in an area with lower temperatures …”

The uncertain games of energy transition in the island of Sardinia (Italy)

“…Santana Sarmiento et al, 2017). Insulation and distance necessitate greater effort at achieving energy secure provision.…”