O papel da custódia de títulos financeiros nos mercados financeiros internacionais: mercados auto compensados e não compensados

Este relatório de estágio tem como objetivo descrever e contextualizar aspetos práticos relativos ao funcionamento dos mercados financeiros que não são habitualmente abordados nos manuais sobre este tipo de mercados. O relatório tem por base o estágio profissional realizado no BNP Paribas Securities Services, que proporcionou contacto direto com várias práticas, principalmente no domínio da prestação de serviços de custódia de títulos financeiros. A custódia é um serviço de post-trading, com grande relevância para a gestão e manutenção dos títulos financeiros e abrange todos os procedimentos que decorrem da negociação, de entre os quais se destacam aqueles que dizem respeito à distribuição de rendimentos; The AUD’s (assets under custody) role in the international financial markets: auto compensated markets and non compensated markets Abstract: This report aims to describe and contextualize practical aspects related to the functioning of financial markets that are not usually addressed in handbooks on such markets. The report is based on a professional internship at BNP Paribas Securities Services, which provided direct contact with various practices, particularly in the provision of financial securities custody services. The custody is a post-trading service, with great relevance for the management and maintenance of financial securities and covers all the procedures resulting from the negotiations, of which are especially relevant those relating to the distribution of income earnings.

Comparison of Photovoltaic panel’s standard and simplified models

Shockley diode equation is basic for single diode model equation, which is overly used for characterizing the photovoltaic cell output and behavior. In the standard equation, it includes series resistance (Rs) and shunt resistance (Rsh) with different types of parameters. Maximum simulation and modeling work done previously, related to single diode photovoltaic cell used this equation. However, there is another form of the standard equation which has not included Series Resistance (Rs) and Shunt Resistance (Rsh) yet, as the Shunt Resistance is much bigger than the load resistance and the load resistance is much bigger than the Series Resistance. For this phenomena, very small power loss occurs within a photovoltaic cell. This research focuses on the comparison of two forms of basic Shockley diode equation. This analysis describes a deep understanding of the photovoltaic cell, as well as gives understanding about Series Resistance (Rs) and Shunt Resistance (Rsh) behavior in the Photovoltaic cell. For making estimation of a real time photovoltaic system, faster calculation is needed. The equation without Series Resistance and Shunt Resistance is appropriate for the real time environment. Error function for both Series resistance (Rs) and Shunt resistances (Rsh) have been analyzed which shows that the total system is not affected by this two parameters' behavior.