Cooperation with local authorities Vortex Energy - Twój zaufany partner w zakresie energetyki odnawialnej

• Increased municipal revenues – through taxes and fees associated with the investment.

• Support for the national energy strategy – the municipality contributes to achieving national renewable energy production targets.

• Development of local infrastructure – investments help modernize roads, power networks, and other elements of technical infrastructure.

• Promotion of the region – the presence of modern energy facilities enhances the municipality’s reputation and attractiveness, strengthening its image as a progressive and environmentally friendly place to live and invest.

• Support for local initiatives – renewable energy companies often engage in financial or organizational support for social, cultural, and educational projects.

Wind turbines are installed only in areas that meet specific technical, environmental, and regulatory criteria, including:

• locations with favourable wind conditions,
• a minimum distance of 700 m from residential buildings,
• sites outside protected areas (Natura 2000, national parks, nature reserves),
• away from bird and bat habitats,
• at a safe distance from forests, tree lines, roads, and railways,
• with access to appropriate transport infrastructure (for turbine delivery),
• and taking into account the opinions of local communities and municipal authorities.

Energy storage systems (BESS) are located in areas that meet technical, grid, and environmental requirements:

• close to existing power infrastructure such as Main Supply Points (GPZ),
• usually on industrial or service land, occasionally on agricultural land,
• at least 200 m away from residential buildings,
• with road access for transport and maintenance,
• outside environmentally protected areas (parks, reserves),
• near renewable energy sources (RES) or potential energy consumers.

The local community plays an important role in the development process. Investments are carried out transparently and in open dialogue with residents – through public consultations and participation in administrative proceedings as stakeholders.

1. Social consultations

• During local spatial planning procedures – public meetings and online sessions are organized, allowing residents to submit comments and suggestions regarding the planned project and its potential impact on the landscape and local economy.
• During the environmental impact assessment (EIA) procedure – residents can review the project documentation and ask questions.
• Investor-led dialogue initiatives – additional meetings, workshops, and consultations organized by the investor to present the project, address concerns, and respond to community questions.

2. Participation as a party in administrative proceedings – information about planned investments is made publicly available on the Public Information Bulletin (BIP) websites of the authorities conducting the proceedings. This enables residents to access the documentation and submit comments or questions within procedures related to environmental and building permits.

For energy storage projects, the local community may also take part in the process; however, due to the smaller spatial scale of such investments, the level of public involvement is usually more limited and depends on the decisions of administrative authorities conducting individual proceedings.

If the number of parties to the proceedings exceeds 20, information about ongoing environmental procedures is published by the municipality in the Public Information Bulletin (BIP).

Before any investment begins, a detailed assessment is carried out to evaluate the potential impact on residents’ health and comfort – including acoustic, visual, and environmental aspects.

• Acoustic analysis – a mandatory part of the environmental impact assessment that examines the noise levels generated by wind turbines and energy storage systems. The results must comply with applicable standards and regulations (e.g. the Regulation of the Minister of the Environment on permissible noise levels in the environment).
• Visual impact assessment – determines how the project will appear in the landscape and whether it may affect residents’ comfort or the visual character of the area.
• Post-construction monitoring – once the wind farm is operational, additional acoustic studies are carried out to measure actual noise levels and assess their impact on nearby communities. This ensures that the completed project complies with environmental reports and legal standards, providing safety and comfort for local residents. 

Today, wind farms are becoming a natural part of the landscape in many regions of Poland and across Europe. Even before construction begins, a landscape analysis is carried out to assess how turbines will be visible from different viewpoints and what visual impact they may have on the surroundings. This allows the project to be designed in a way that minimizes any potential visual effects.

In addition:
• wind farms are typically located in agricultural areas, excluding protected zones such as national parks, nature reserves, and Natura 2000 sites,
• turbines blend harmoniously into open spaces, creating a modern and orderly landscape,
• the presence of wind farms enhances the prestige and pro-environmental image of municipalities, including those in tourist regions.

Energy storage facilities are low-profile installations that occupy a relatively small area and have minimal environmental and visual impact. They are most often located in industrial zones or near existing power infrastructure, which significantly reduces interference with the surrounding landscape. Due to their compact scale, they do not alter the character of the area and can be easily integrated into their surroundings.

Before any project begins, comprehensive environmental studies are carried out to assess the potential impact of the wind farm on birds, bats, and other animal species. During the planning phase, habitat inventories and migration route monitoring are conducted to identify potential risks and adjust the location and layout of turbines accordingly.

Every project undergoes a full Environmental Impact Assessment (EIA) to ensure it does not cause negative effects on the natural environment. Based on the findings, mitigation measures are introduced — such as careful site selection, optimized turbine placement, and seasonal operating restrictions. Wind farms cannot commence operation without a positive environmental decision, which guarantees environmental protection. 
During operation, post-construction ornithological and chiropterological monitoring is performed to assess the actual impact on birds and bats. This allows ongoing implementation of protective measures if necessary.

Modern wind farms are increasingly equipped with bird detection and protection systems that use cameras and artificial intelligence to identify vulnerable species. In the event of a potential collision risk, turbines can be automatically slowed or stopped, allowing birds to pass safely.

The impact of wind farms on both wild and domestic animals is minimal — turbines occupy only a small portion of the land, leaving the remaining area available for continued agricultural use.

These measures, already proven effective at wind farms across Europe and worldwide, significantly reduce the risk of collisions. By implementing such technologies, our projects are not only environmentally safe, but also modern, efficient, and fully aligned with the principles of sustainable development and responsible energy transition.

Energy storage facilities occupy a relatively small area and have minimal impact on the environment and landscape. Depending on their capacity, such projects may be subject to environmental impact assessment procedures. Due to their small scale and the absence of tall structures, their effect on birds, wild animals, and livestock is generally very limited.

No. Land adjacent to a wind farm retains its existing function and may continue to be used for agricultural purposes.

The local zoning plan adopted for the turbine area covers a zone with a radius of at least 700 metres around the installation. These areas remain predominantly agricultural and are excluded from residential development, which helps minimize the project’s impact on nearby residents.

The construction and operation of wind farms do not impose permanent restrictions on the use of neighbouring land — its functional use remains unchanged. Minimum distance requirements from property boundaries and buildings are considered already at the planning stage to ensure that agricultural activity on adjacent plots is not affected.

1. Building permits are issued by the Voivode competent for the project location.
2. Prior to that, an Environmental Decision must be obtained from the Regional Directorate for Environmental Protection (RDOŚ), following consultation with, among others, the Sanitary Inspectorate and Polish Waters.
3. The Local Zoning Plan is adopted by the Municipal Council together with the Mayor or Commune Head (Wójt).
4. The investor must also obtain grid connection conditions from the Distribution System Operator (DSO) or Transmission System Operator (TSO).

1. Building permits are issued by the District Governor (Starosta) or the City Mayor.
2. Depending on the scale and location of the project, an Environmental Decision may be required, issued by the Mayor or Commune Head (Wójt).
3. Land development conditions are also issued by the Mayor or Commune Head (Wójt) of the municipality where the facility is located.
4. For energy storage systems connected to the power grid, additional approvals from transmission or distribution system operators are required.