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Discover funding programmes for sustainable land use
Do you dream of using your land sustainably while benefiting from attractive funding programs? The federal government supports innovative projects like solar parks and Agri-PV. Discover the opportunities and turn your fallow land into a profitable and environmentally friendly energy source. Learn more about the possibilities and contact us for personalized advice.
Funding programmes for sustainable land use offer substantial financial benefits and contribute to the energy transition. Take the opportunity to turn your land into profitable energy sources.
The privileging of solar parks in accordance with § 35 BauGB accelerates the approval processes and enables a faster implementation of projects. This can significantly shorten the amortisation period.
Biodiversität and innovative concepts like Agri-PV enhance the value of your land and promote acceptance among the public. The integration of these aspects is crucial for sustainable and successful land use.
If you are a farmer, investor, or property owner looking for ways to sustainably use your land while also securing attractive grants, you are in the right place. Sustainable land use is not only essential to reduce the ecological footprint but also offers immense economic opportunities. By utilizing funding programs, you can transform your properties into profitable and eco-friendly energy sources. Discover how you can actively participate in the energy transition and increase your land value with solar parks, agri-PV installations, and other innovative concepts.
Overview of the significance of sustainable land use
Sustainable land use means balancing ecological, economic, and social aspects. It involves securing resources for the long term while also achieving economic benefits. This includes the use of renewable energies, the promotion of biodiversity, and the reduction of CO2 emissions. A sustainable strategy considers long-term impacts on the environment and society.
Why funding programs are crucial
Funding programs play a vital role in implementing sustainable projects. They provide financial incentives that make investments in renewable technologies more attractive. By reducing investment costs and offering grants, they create win-win situations for farmers, investors, and the environment. The programs not only support the energy transition but also the regional economy and the creation of new jobs. Find out about the current funding guidelines from the BMWK.
The installation of solar parks offers an excellent opportunity to transform unused land into profitable energy sources. By utilizing government grants, you can maximize your return and simultaneously make a significant contribution to the energy transition. There are a variety of funding programs at the federal and state level specifically tailored to the promotion of solar parks. These programs support you with the financing, planning, and implementation of your projects.
Nationwide Funding Programs
The EEG (Renewable Energy Act) is a central instrument for promoting solar power in Germany. It guarantees fixed remuneration rates for the electricity fed into the grid and offers bonuses for special systems such as Agri-PV and Moor-PV. These bonuses recognize the higher costs and additional effort associated with these technologies. The BMWi provides detailed information on the current remuneration rates and bonuses. Additionally, KfW funding programs, such as loans and grants tailored specifically to renewable energies, are available. These programs not only support the installation of solar systems but also the promotion of battery storage to ensure grid stability.
Regional and Municipal Funding Initiatives
In addition to the nationwide programs, there are numerous regional and municipal funding initiatives that focus on specific priorities. For instance, some federal states promote biodiversity in solar parks by offering additional incentives for creating wildflower meadows and other nature-oriented elements. The municipal participation in solar projects is also increasingly encouraged to enhance public acceptance and boost local value creation. The EEG 2023 promotes the financial participation of communities in solar projects, generating additional revenue sources for municipalities and increasing public acceptance. Find out about the specific programs in your federal state to utilize the optimum funding opportunities for your project. Our experts at Auctoa are happy to assist you in discovering the suitable funding programs for your sustainable land use.
The privileging of solar farms under § 35 BauGB is a significant step towards accelerating the energy transition. The amendment in the Building Code classifies ground-mounted PV systems in certain areas as privileged projects, significantly simplifying the approval processes. This provides farmers and investors with the opportunity to utilize their land for solar energy generation more quickly and with less hassle. The changes in the Building Code substantially facilitate the construction of solar farms by speeding up and simplifying the approval process. This results in quicker project implementation and more efficient land use for the energy transition.
Amendments in the Building Code
The most important innovation is the classification of ground-mounted PV systems as privileged projects within the 200-metre zone of motorways and railway tracks. This means that such installations generally no longer require elaborate development plan procedures, significantly speeding up the approval processes. The amendment of § 35 BauGB provides farmers and investors the opportunity to use smaller plots more efficiently for solar parks, as regulatory hurdles are lowered.
Accelerated Development Readiness
With the elimination of development plan procedures, building applications can be submitted directly, resulting in significant time and cost savings. This enables quicker development readiness of projects and faster implementation of solar parks. However, it is important to consider reviewing ongoing development plan procedures in favour of direct building application submissions. The accelerated development readiness reduces lead times for solar park projects and enables quicker payback of investments.
Restrictions and Public Interests
Despite the privileging, public interests must still be considered. This particularly pertains to land use plans, which can designate agricultural land along motorways, as well as distancing regulations according to the Federal Highways Act (§ 9 FStrG). Nature conservation law must also be observed to ensure biodiversity in solar parks. It is crucial to incorporate conservation aspects early in the planning process to avoid potential conflicts and ensure the environmental compatibility of projects. Compliance with conservation laws and the promotion of biodiversity are essential components of sustainable land use. Our experts at Auctoa support you in considering legal frameworks and public interests.
The economic aspects and financing options for solar parks are diverse, offering attractive choices for both farmers and investors. From investment costs and yield forecasts to various financing models, there are numerous factors to consider in the planning and implementation of a solar park project. Choosing the right financing model can be crucial for maximizing the profitability of the project and optimizing returns. Solar Direktinvest offers comprehensive project development, including acquisition, planning, construction, and monitoring of PV systems, ensuring independence through internal processes and strong market partnerships.
Costs and Yields of Solar Parks
The investment costs for ground-mounted PV systems in Germany were between €480 and €520 per kWp in December 2023. As the size of the plant increases, the cost per kWh decreases. In Germany, the production capacity is around 100 watts/m². A 1 MWp system on one hectare generates approximately 1,000,000 kWh annually and supplies about 235 average households. It is important to realistically calculate costs and yields to ensure the economic viability of the project. SENS Energy focuses on projects >10 hectares, as larger installations are typically more economical.
Financing Models
There are various financing models available for solar park projects. One option is the leasing of land, where farmers lease their land to a solar park operator for a fixed period (e.g., 30 years) and receive a regular income in return. SENS Energy offers farmers the opportunity to secure a fixed income for 30 years by leasing areas (at least 5 hectares). Another option is direct investment in solar parks, where investors directly participate in a solar park and benefit from the returns. Solar Direktinvest offers financing solutions with low equity and 20-year loans with an interest-free start year. The choice of the right financing model depends on the individual goals and preferences of the farmer or investor. Our experts at Auctoa are happy to advise you on selecting the appropriate model and support you in financing your solar park project.
The technical requirements and site selection play a crucial role in the success of a solar park project. High solar irradiation, minimal shading, and optimal grid connection are essential factors that must be considered when selecting a location. The soil conditions and topography of the terrain are also important. Careful examination of these aspects helps maximize the efficiency and profitability of the solar park. Choosing the right location is vital for the economic viability and efficiency of the solar park.
Optimal Site Conditions
Ideal sites are characterized by high solar irradiation and minimal shading. This means that the site should be as free as possible from buildings, forests, or other obstacles that could impair sunlight exposure. A flat topography is also advantageous, as it allows for uniform module alignment and easy installation. SENS Energy emphasizes that ideal sites exhibit high solar irradiation, minimal shading, and a relatively flat topography.
Technical Aspects
Before installing a solar park, a soil survey should be conducted to ensure soil stability for module mounting. The module orientation should also be optimized to harness maximum solar irradiation. In Germany, a south-facing or east/west orientation is common. There are various PV technologies suitable for solar parks, including fixed mounting systems and trackers. Agri-PV and Floating-PV are special options that may be viable in certain cases. SENS Energy offers various PV technologies, including fixed mounting systems, trackers, Agri-PV, and Floating-PV.
Sustainability and biodiversity are playing an increasingly important role in the development of solar parks. By promoting biodiversity, solar parks can not only contribute to nature conservation but also increase their value and enhance acceptance among the public. There are various measures that can be taken to promote biodiversity in solar parks, such as establishing wildflower meadows, creating habitats for insects and birds, or integrating sheep grazing. The integration of conservation measures in solar parks is a crucial step to ensure the sustainability of the projects and increase public acceptance.
Promoting Biodiversity
One way to promote biodiversity in solar parks is the establishment of wildflower meadows. These not only provide food and habitat for insects but also look beautiful and contribute to the attractiveness of the solar park. Other measures, such as creating habitats for birds and small animals or integrating sheep grazing, can also enhance species diversity. SENS Energy emphasises that solar parks can increase biodiversity compared to control areas.
Land Use and Conservation
In land use for solar parks, prioritised areas according to the Renewable Energy Act (EEG) should be considered. These include conversion areas, fallow land, landfill sites, traffic areas, and agricultural land. Innovative concepts such as Agri-PV and Moor-PV can be a useful addition as well. The BMWi supports the integration of innovative concepts for ground-mounted systems like Agri-PV, Floating-PV, and Moor-PV in funding programmes. It's important to plan land use carefully and consider the minimum nature conservation criteria. Our experts at Auctoa support you in bringing land use and conservation into harmony.
Case studies and best practices provide valuable insights into the successful implementation of solar park projects. By analysing real projects, farmers and investors can learn from the experiences of others and optimise their own projects. It is crucial to understand the challenges and success factors to ensure the profitability and sustainability of solar parks. Analysing successful projects offers valuable insights and inspiration for planning and executing one's own solar park projects.
Successful Solar Park Projects
An example of a successful solar park project is the Heuchelheim Solar Park. This solar park has a capacity of 3450 kWp and generates 3.45 million kWh annually. This can supply 1150 two-person households. The Heuchelheim Solar Park demonstrates that solar parks can make a significant contribution to energy supply. Solar Direktinvest realised the Heuchelheim Solar Park, showcasing their expertise in solar park development.
Lessons from Practice
There are important lessons to be learned from practice. One challenge, for instance, is the wear and maintenance of the facilities. Precision issues can also occur. Success factors include the early involvement of experts and consideration of local conditions. Regular maintenance and inspection of the facilities are essential to ensure optimal performance. Collaborating with experienced experts and considering local conditions help to overcome challenges and ensure the success of the project.
The development of solar parks faces various challenges, but also offers numerous opportunities for the future. Current challenges include the approval processes and bureaucracy that hinder the expansion of solar energy. Network capacities also represent a bottleneck, making it difficult to connect new facilities. In the future, innovative technologies and concepts will play an important role in overcoming these challenges and fully harnessing the potential of solar energy. The future development of solar parks will be shaped by innovations and the overcoming of current challenges.
Current Challenges
One of the biggest challenges is the approval processes and bureaucracy. These can be lengthy and complicated, hindering the expansion of solar energy. It is important to simplify and accelerate these processes to promote the expansion of solar energy. Network connection capacities are also a bottleneck. The expansion of network infrastructure is necessary to enable the connection of new installations. The federal government is working on simplifying and digitizing grid connections for EE systems up to 30 kW.
Future Trends
In the future, Agri-PV and Floating-PV will play an increasingly important role. These technologies enable the integration of agriculture and solar energy or the use of water surfaces for solar parks. Technological innovations, such as more efficient solar modules and battery storage, will also drive the development of solar parks. The integration of agriculture and solar energy offers new possibilities for sustainable and efficient land use. Our experts at Auctoa are monitoring current trends and supporting you in implementing innovative solar park concepts.
The sustainable use of land offers immense potential for farmers, investors, and the environment. By taking advantage of subsidy programmes, you can transform your land into profitable energy sources while contributing to the energy transition. It is important to assess the suitability of the land, seek expert advice, and make use of the current subsidies available. The sustainable use of land is a crucial step towards advancing the energy transition and protecting the environment.
Summary of Key Findings
The economic benefits for farmers and investors are diverse. By utilising subsidy programmes, you can maximise your returns while contributing to climate protection. Recognising and harnessing the potential of sustainable land use is essential. Sustainable land use not only offers economic advantages but also makes a significant contribution to the energy transition and climate protection.
Recommendations for Farmers and Investors
Assess the suitability of your land and consider location factors. Seek expert advice and stay informed about the current subsidy offers. Utilise the subsidy programmes and implement your projects. Solar Direct Investment offers comprehensive project development, including acquisition, planning, construction, and monitoring of PV systems, ensuring independence through internal processes and strong market partnerships.
Government grants for solar parks provide an excellent opportunity to invest in a sustainable and efficient energy solution. Whether it's converting a fallow area or expanding your agricultural operations, the available subsidy programmes and tax advantages make switching to solar energy attractive and financially attainable.
With a variety of subsidy programmes and tax incentives, there are numerous ways to reduce the costs of building a solar park. Auctoa offers comprehensive advice and support in choosing the right location, meeting technical requirements, navigating the application process, and avoiding potential issues.
By opting for a solar park, you invest in the future of your country. Not only do you reduce your dependency on fossil fuels and secure a constant source of income, but you also make an important contribution to environmental protection.
Now is the perfect time to explore the funding opportunities for your project. Contact us today to start your personalised consultation and apply for funding quickly and easily. Register for free and receive an initial assessment of your property's refurbishment needs immediately.
The BMWK provides information on current funding guidelines in the field of renewable energies.
SENS Energy offers insights into key aspects of ground-mounted photovoltaic systems and highlights the profitability of larger installations.
What types of land are suitable for solar parks?
Generally, conversion areas, brownfields, landfill sites, land along motorways/railways, and agricultural land are suitable for solar parks. Important factors include high sunlight exposure and a cost-effective grid connection.
What financial benefits do support programmes offer for solar parks?
Support programmes such as the EEG (Renewable Energy Act) guarantee fixed feed-in tariffs for the electricity supplied and provide bonuses for Agri-PV and moorland PV. The KfW also offers loans and grants.
What should be considered when choosing a location for a solar park?
Ideal locations have high sunlight exposure, minimal shading, and a relatively flat topography. A soil survey is important to check soil stability.
How does § 35 BauGB speed up the approval of solar parks?
The amendment to § 35 BauGB privileges free-standing PV systems in certain areas, eliminating the need for complex development planning procedures and speeding up approval processes.
What role does biodiversity play in solar parks?
Promoting biodiversity with wildflower meadows and habitats for insects/birds enhances the value of the solar park and increases public acceptance.
What financing models are available for solar parks?
There are various models, including leasing land to solar park operators and direct investment in solar parks, where investors directly share in the returns.
What restrictions exist despite the privileging under § 35 BauGB?
Public interests must still be considered, particularly land use plans and distance regulations according to the Federal Trunk Road Act. Nature conservation law must also be observed.
What innovative concepts are being promoted?
The BMWK promotes the integration of innovative concepts like Agri-PV, floating PV, and moorland PV into funding programmes to optimise land use.
