Tthe right to effective judicial protection and disability: the convention on the rights of persons with disabilities

On 13 December 2006, the General Assembly of the United Nations adopted the Convention on the Rights of Persons with Disabilities (CRPD). It is the first comprehensive human rights treaty of the 21st century. The Convention is intended as a human rights instrument with an explicit, social development dimension. It adopts a broad categorization of persons with disabilities and reaffirms that all persons with all types of disabilities must enjoy all human rights and fundamental freedoms. Precisely, the Convention marks a 'paradigm shift' in attitudes and approaches to persons with disabilities The Convention contains two articles directly connected with judicial effective protection, one more than the other, but on the other hand, one cannot be understood without the other. Both articles are Article 12 –Equal recognition before the law- and Article 13 –access to justice- As a scholar in Procedural Law, my contribution to the International Scientific Congress on Private Law of the Philippines and Spain aims to enshrine the relevant importance of the both provisions that guarantee effective judicial protection for persons with disabilities in order to analyze, subsequently, the implementation of them in Spanish legislation

Exergy analysis of a solar photovoltaic module

PV energy is the direct conversion of solar radiation into electricity. In this paper, an analysis of the influence of parameters such as global irradiance or temperature in the performance of a PV installation has been carried out. A PV module was installed in a building at the University of Málaga, and these parameters were experimentally determined for different days and different conditions of irradiance and temperature. Moreover, IV curves were obtained under these conditions to know the open-circuit voltage and the short-circuit current of the module. With this information, and using the first law of thermodynamics, an energy analysis was performed to determine the energy efficiency of the installation. Similarly, using the second law of thermodynamics, an exergy analysis is used to obtain the exergy efficiency. The results show that the energy efficiency varies between 10% and 12% and the exergy efficiency between 14% and 17%. It was concluded that the exergy analysis is more suitable for studying the performance, and that only electric exergy must be considered as useful exergy. This exergy efficiency can be improved if heat is removed from the PV module surface, and an optimal temperature is reached.