The aim of the analysis is to present the implementation and development of agricultural biogas plants as a chance for diversification of agriculture in Poland. The main exogenous and endogenous determinants of the development of agriculture biogas plants in Poland were indicated. It is an attempt to present agricultural biogas plants in terms of their spatial distribution as well as the installed capacity and efficiency of agricultural biogas installations. Moreover, the feedstock structure for agricultural biogas production is also analysedStefania Środa-Murawsk

Energy transition is surely not only about the technological change, but it also has to necessarily reflect socio-cultural and environmental transformations on the local level. Hence, local communities’ energy literacy belongs to the crucial elements in designing successful energy transition and strengthening rural resilience. Energy literacy is a concept widely related to the multifaceted phenomenon of energy consumption, both in its individual and collective dimensions. Therefore, the aim of the present study is to analyse the level of energy literacy in rural conditions, considering its three key dimensions (awareness, attitude, and behaviour). Our reflective considerations about energy literacy build on the current knowledge that stress its importance for the reinforcement of rural resilience. The case study, Zławieś Wielka, in the north-central Poland, was selected where a social survey (N = 300) on the relation between energy literacy and rural resilience was conducted. By means of employing the cross-tabulations method for data analyses, our results signal that certain indications of the ecological awareness among the rural residents are being formed. Our findings clearly suggest that, on the one hand, the needs for more environmentally reasonable management with energy, including electricity and heat, come to the fore. On the other hand, various types of investments in improving the energy efficiency of residential buildings and utilising energy generation from renewable energy sources are observed. It seems that the surveyed community has a clear potential to become the vector for sustainable and just energy transition of the countryside. The essential conditions that urgently need to be implemented to ensure the viability of rural energy transition are the educational reinforcement within the community and more generous long-term institutional support from the central government, targeted on endogenous development and enhancing the local social capital.

The main principles of the smart city concept rely on modern, environmentally friendly technologies. One manifestation of the smart city concept is investments in renewable energy sources (RES), which are currently a popular direction in urban transformation. It makes sense, therefore, to analyse how Polish cities are coping with this challenge and whether they are including the implementation of RES facilities in their development strategies. The aim of the article is to analyze and assess the level at which renewable energy facilities are being implemented or developed in the urban space of cities in Poland as a pillar of the implementation of the smart city concept. This goal is realized on two levels: the theoretical (analysis of strategic documents) and the practical (analysis of the capacity of RES installations, questionnaire studies). The study shows that renewable energy installations are an important part of the development strategies of Polish cities, and especially of those that aspire to be termed “smart cities”. Moreover, it is shown that the predominant RES facilities are those based on solar energy.

The paper aims at determining the role played by funds from the European Union in the development of renewable energy sources in Poland in the context of European Union cohesion policy. We have derived data from the official European Funds Portal for the size of projects and the financial support obtained from the European Union for the use of a specific renewable energy source. We have analyzed all (928) projects related to hydro- and geothermal energy, biomass (together with biogas), wind, and solar energy implemented in all 16 voivodships (administrative regions of the second order, NUTS 2). It must be mentioned that, in the programming period 2007–2013, the available European Union funds made it possible to obtain the largest support for all investments in renewable energy sources in Poland so far. The total value of the projects co-financed from these funds has amounted to 2 billion euro. Analyzing the value of investments in technologies based on varied renewable energy sources, an evident disproportion in either the size of particular installations or the costs of investments is observed. We demonstrate that large wind farms constitute more than 60% of the total value of investments in renewable sources subsided by the European Union. Small projects have also been subsided, but mainly those related to solar energy. Generally, the wind energy investments are established in northern and western parts of Poland, including Zachodniopomorskie, Pomorskie, Dolnośląskie, and Łódzkie voivodships, while the solar energy investments are found in the eastern and southern parts of Poland.