Democratic Deficit in the EU : Towards Parliamentary Democracy?!

Nowadays, the western societies are based on parliamentary democracy. Therefore, weak legislative power of the European Parliament is alleged for the democratic deficit in the EU. How it can be possible that the parliamentary democracy which is practiced on the national level can be achieved beyond the nation-states without diminishing the democracy at the nation-states? If not, how legitimacy can be obtained so that the continued existence and expansion of the EU should be justified? Since expectations for democratization of the EU are still unmet, finding answers to the actual questions is a great appeal. The thesis will explore the fundamental debates and arguments contributing to the democracy in the EU through the parliaments. I will try to reflect to the different ways of thinking and the prospects of establishing parliamentary democracy beyond the nation states.

Solar Energy assessment based on weather station data for direct site monitoring in Indonesia

This thesis evaluates different sites for a weather measurement system and a suitable PV- simulation for University of Surabaya (UBAYA) in Indonesia/Java. The weather station is able to monitor all common weather phenomena including solar insolation. It is planned to use the data for scientific and educational purposes in the renewable energy studies. During evaluation and installation it falls into place that official specifications from global meteorological organizations could not be meet for some sensors caused by the conditions of UBAYA campus. After arranging the hardware the weather at the site was monitored for period of time. A comparison with different official sources from ground based and satellite bases measurements showed differences in wind and solar radiation. In some cases the monthly average solar insolation was deviating 42 % for satellite-based measurements. For the ground based it was less than 10 %. The average wind speed has a difference of 33 % compared to a source, which evaluated the wind power in Surabaya. The wind direction shows instabilities towards east compared with data from local weather station at the airport. PSET has the chance to get some investments to investigate photovoltaic on there own roof. With several simulations a suitable roof direction and the yearly and monthly outputs are shown. With a 7.7 kWpeak PV installation with the latest crystalline technology on the market 8.82 MWh/year could be achieved with weather data from 2012. Thin film technology could increase the value up to 9.13 MWh/year. However, the roofs have enough area to install PV. Finally the low price of electricity in Indonesia makes it not worth to feed in the energy into the public grid.