From the middle of the first decade of the 2000s protests by residents against the siting of wind turbines took place in all regions of Poland. The actions taken by anti-windmill groups were addressed to institutions at all levels of government and argued by the negative impact of windmills on acoustic environment, health, property values, and landscape. The aim of this article is to identify the characteristics of the anti-windmill movement in Poland in relation to the concept of new social movements. Based on analyses of the local press, a literature review, and other sources, the activity of the protesters, their impact on the image of wind energy in the local media, the motivations of the protests, and their consequences were all discussed. The protesters took a variety of actions against the siting of wind turbines from the typically formal to the highly informal, taking care to publicise them, thus shaping a negative image of wind energy in the local media. Locally, there were numerous groups of protesting residents who fought for a solution to a specific problem related to the location of a wind turbine, with different motivations for the protests. These groups gained the support of local residents and intervened with local authorities. On the supra-local level, there were several organisations whose aim was to establish restrictive distances of windmills from residential development. Their activities were supported by conservative party politicians. They negated the EU climate policy and global warming.
Spatial rent (annuity) makes it possible to estimate the economic value resulting from the use of space for a given type of activity. This article provides calculations of spatial rent in regard to offshore wind energy development and proposes a data-driven approach for optimizing spatial management strategies, ultimately contributing to more informed decision-making processes in marine spatial management. It analyses seven projects that could be developed in the Polish part of the Baltic Sea as part of Poland’s energy transition. The article employs a robust methodology that integrates technoeconomic analysis and financial forecasting to calculate spatial rent by discounting net cash flows. The calculations are carried out for two windiness scenarios, with the results of the weighted average annual energy production ranging from 38.02 GWh/km2 to 40.56 GWh/km2. Such energy production could yield an annual spatial rent of 10.72 million €/km2 to 13.30 million €/km2.
Both transmission and distribution power lines are fundamental components of the electrical power system, enabling the transmission and distribution of electricity generated in power plants to end consumers. However, their presence is associated with certain land use restrictions, which are described in detail in local spatial development plans that are local acts of law. In the relevant literature, there is a noticeable lack of the proper analysis leading to a conclusion about the character of the mentioned restrictions. Using selected local plans as examples, this study aims to identify limitations on the placement of building objects in the vicinity of overhead power lines.
The aim of the research was to determine the forms of support provided to energy clusters in Poland. The author sought to answer the following questions: What activities do energy clusters receive support for? Does the support come from foreign (EU) or domestic funds? How do energy clusters fit in the current cluster policy in Poland? The study area was the Lower Silesia Voivodeship – one of 16 administrative regions of Poland. The author selected this region, because it has the largest number of energy clusters in Poland. The following methods were used to achieve the goal of the research: (1) a review of literature and industry reports; (2) a CAWI survey of clusters; and (3) interviews with cluster coordinators. Public support received by the surveyed clusters concerned either the commencement or the continuation of cluster activity. In the initial phase of the clusters activity, the support received concerned documentation work, drafting plans for the expansion of the power grid, and purchasing an energy monitoring and management system. At later stages of cluster development, the implemented projects mainly concerned the construction of ground-based PV farms and photovoltaic installations on the roofs of public utility buildings. Less frequently implemented projects included the thermal modernisation of public buildings, hybrid investments (PV and wind turbine), and energy storage facilities. Apart from the above, educational projects were implemented. The support funds came mainly from the EU funds (Operational Programmes and the Interreg programme). In turn, support from national funds came from the Voivodeship Fund for Environmental Protection and Water Management, from local government funds, or from the Polish Deal, i.e. the government’s programme of strategic investments.