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⭐️ Renewable energies

 

an industry expert in the fields of mechanical engineering, logistics and photovoltaics , I write here in my

 

The best way to reach me is at: wolfenstein@xpert.digital or by phone: 089 / 89 674 804

 

Depending on the technology used, electricity from renewable energies can be produced significantly cheaper than electricity generated in conventional power plants. This is shown by a study by the Fraunhofer Institute for Solar Energy Systems ISE. Accordingly, electricity from gas turbines and hard coal-fired power plants is the most expensive to produce.

 

Photovoltaic systems convert solar radiation into electrical energy using solar cells. In a global comparison, Germany was recently one of the leading countries, along with China, the USA and Japan, in the use of photovoltaics to generate electricity.

 

In Germany, the installed capacity of photovoltaic systems increased continuously. In 2020, photovoltaic systems with an output of around 54 gigawatts were installed in Germany. The electricity generated by this amounted to around 51 terawatt hours of electricity in the same year. The largest capacities for generating solar power are in the south of Germany. Bavaria is currently by far the federal state with the largest capacities, followed by Baden-Württemberg.

  • Solar park developer and project manager MEC Energy faces insolvency – planning a solar power plant? What you need to consider now

    ▶️ Solar park developer and project manager MEC Energy is insolvent – ​​planning a solar power plant? What you need to pay attention to now

    | MEC Energy Insolvency: Review the contract and security status for planned solar systems. | Clarify whether your project is affected by the insolvency and who currently bears project responsibility. | Review construction and supply contracts, as well as payment obligations and deadlines. | Check guarantees, warranties, and bank financing for transferability. | | Inquire whether subcontractors or suppliers can continue to perform. | | Review technical documentation, test reports, and as-built plans. | Contact the insolvency administrator, project partners, and your legal advisor. | Be aware of possible delays in grid connection and permits. | Recalculate additional cost risks and hedging options. | Obtain written commitments and document all steps. [...]

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    80% faster: How an enterprise AI platform is revolutionizing the processes of a global real estate company

    ▶️ Inspect solar parks in just a few hours with Outflier: How this startup cuts inspection costs by 80%

    Outflier enables the inspection of solar farms in just a few hours. | The startup reduces inspection costs by up to 80%. | | Automated drone and AI analyses ensure fast results. | Detailed reports provide precise fault detection and performance measurement. | Operators receive immediate maintenance recommendations for optimization. | Scalable processes make large-scale inspections efficient. | | Shorter downtimes thanks to rapid diagnosis and prioritization. | Significant cost savings increase the return on investment of PV systems. | Data clarity and traceability improve asset performance. | | Sustainable inspection strategies extend the lifespan of systems. [...]

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  • 35 million Euro solar park in the Ore Mountains on 66 hectares (federal highway B95) with 100,000 modules planned in Wiesa

    ▶️ 35 million Euro solar park Wiesa in the Ore Mountains on 66 hectares (federal highway B95) with 100,000 modules planned

    | Planned: A €35 million solar park in the Ore Mountains. | Location: Wiesa near the B95 federal highway. | Area: 66 hectares will be used for the photovoltaic system. | Capacity: Around 100,000 solar modules are to be installed. | | The goal is to promote renewable energy and climate protection. | Power generation: Sustainable energy supply for the region. | | Transport links due to the proximity to the B95 facilitate construction and operation. | Landscape compatibility and nature conservation are taken into account. | Investment strengthens the regional economy and creates jobs. | xpert.digital reports on planning, opportunities, and impacts. [...]

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    Solar park in Bürstadt on 13 hectares: Conflict between agriculture and energy transition – Agri-PV as a compromise?

    ▶️ Solar park in Bürstadt on 13 hectares: Conflict between agriculture and the energy transition – Agri-PV as a compromise?

    A new 13-hectare solar park in Bürstadt is sparking debates about climate protection and land use. Farmers see their land threatened and fear for crop yields and traditional businesses. Proponents emphasize the importance of renewable energies for the energy transition and regional power supply. Agri-PV is presented as a possible compromise that allows simultaneous agriculture and power generation. Acceptance depends on fair leasing models, community participation, and transparent processes. Economic opportunities for farmers through additional income are in addition to investment and maintenance costs. Ecological aspects such as biodiversity, pollinator protection, and soil quality determine the sustainability balance. Policymakers and planners must create clear guidelines to resolve conflicting objectives legally and socially. Locally led pilot projects and scientific monitoring can demonstrate practical solutions. The Bürstadt case demonstrates the importance of dialogue-oriented solutions for combining climate goals and rural development. [...]

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  • ModuRack at the RE+ 2025 trade fair in Las Vegas – North America's leading energy event

    ▶️ ModuRack at the RE+ 2025 trade fair in Las Vegas – North America's leading energy event

    The MagicSolar system from ModuRack enables significantly faster installation times. | It reduces overall costs through optimized material and labor requirements. | The system increases energy efficiency and reduces losses. | Its modular design allows it to be flexibly adapted to various rooftop and ground-mounted projects. | Compact and easy to transport, it simplifies logistics and storage. | ‍ | | Less installation effort means lower labor costs and faster commissioning. | Designed to be robust and durable, it ensures long-term operational reliability. | Scalable for small installations up to large-scale projects and PV farms. | Ideal for sustainable, cost-effective solar solutions with high profitability. | Learn more at RE+ in Las Vegas, booth V2649. [...]

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    Why a solar park in Hemer (at the Edelburg) is feasible, while the Landhausen industrial area is facing resistance

    ▶️ Why a solar park in Hemer (at the Edelburg) is feasible, while the Landhausen industrial area is facing resistance

    | The solar park at Edelburg in Hemer is technically feasible thanks to suitable land and good solar radiation. | | The location at Edelburg minimizes landscape and nature conservation conflicts compared to more sensitive areas. | Connections to the grid and existing infrastructure facilitate the project's connection and economic viability. | Local acceptance of renewable energies is higher, which can make approval processes run more smoothly. | Economic incentives and long-term savings speak in favor of investing in a solar park. | | In contrast, the Landhausen industrial park is facing resistance due to expected traffic congestion and land use. | Citizens and environmental organizations criticize the potential negative impacts of the industrial park on nature and local recreation. | Unclear planning, a lack of compensation, and a lack of resident involvement reinforce opposition to Landhausen. | Overall, the comparison shows that site quality, acceptance, and infrastructure are the deciding factors for the feasibility of a solar park. | Transparent communication and careful site selection could further improve the prospects for renewable projects in Hemer. [...]

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  • The solar park project in Frankenblick in the district of Effelder, more precisely in the district of Blatterndorf

    ▶️ Solar park Limbach-Dorf near Schmelz with 80 megawatts on 80 hectares planned for more than 30,000 households

    | The Limbach-Dorf solar park near Schmelz is expected to generate 80 megawatts of power. | Clean, renewable energy will be generated on an area of ​​approximately 80 hectares. | The plant is planned to supply more than 30,000 households. | The project will strengthen the regional energy supply and grid stability. | It will reduce CO2 emissions and promote local climate protection. | Construction and operation will create local jobs and economic stimulus. | The location near Schmelz combines good infrastructure with high levels of solar irradiation. | xpert.digital provides transparent information about the project's planning, progress, and benefits. | | The solar park is an important step towards the energy transition in the region. | It will provide affordable, sustainable energy for thousands of households in the long term. [...]

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    More than half is solar: 33.3 GW - The USA is building 64 GW of new power plants – and breaking with its past

    ▶️ More than half is solar: 33.3 GW – The USA is building 64 GW of new power plants – and breaking with its past

    | The USA is building 64 GW of new power plants, including 33.3 GW of solar power—a historic boost for renewable energies. | The expansion marks a clear break with the fossil-fuel past and strengthens energy security. | Solar is dominating growth and transforming market structures and investment flows. | Government support and private investment are rapidly driving change. | Modern grid infrastructure and storage solutions are now key to integration. | Energy companies and investors are responding with ambitious expansion plans. | The structural change is creating new jobs but requires adaptation in affected regions. | Our analysis explains how 33.3 GW of solar is redefining the US energy landscape. | This development also has global significance for climate goals and technology development. | On xpert.digital, you will find in-depth insights, figures, and trends on US expansion. [...]

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  • Controversies over renewable energies in the Basque Country: Between climate protection and nature conservation

    ▶️ Controversies surrounding renewable energies in the Basque Country: Between climate protection and nature conservation

    The controversy surrounding renewable energies in the Basque Country highlights the complex challenge between climate protection and nature conservation. | Wind turbines and solar parks are being discussed as important solutions for the energy transition, but also raise questions about the impact on the natural landscape. | The region is struggling with the tension between ecological necessity and the protection of sensitive ecosystems. | Renewable energy projects promise a sustainable future, but are encountering local resistance from conservation groups. | The unique Basque landscape with its mountains and coasts is at the center of the debate on environmentally sustainable energy production. | Innovative technologies offer hope for compromise solutions that consider both climate protection and nature conservation. | The local population is divided between economic interests and the desire to protect the environment. | Expert discussions demonstrate the need for a balanced approach to renewable energies. | Political decision-makers face the challenge of developing a sustainable energy strategy. | Dialogue and a willingness to compromise appear to be the key to reconciling the interests of climate protection and nature conservation. [...]

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    Central Park Solar | Largest solar park in Portugal with 272 MW – Rio Maior Solar Park (204 MW) and Torre Bela Solar Park (68 MW)

    ▶️ Central Parque Solar | Largest solar park in Portugal with 272 MW – Rio Maior Solar Park (204 MW) and Torre Bela Solar Park (68 MW)

    The Central Parque Solar in Portugal is an impressive renewable energy project with a total capacity of 272 MW. | The Rio Maior Solar Park, with 204 MW, forms the largest part of this impressive solar facility. | The Torre Bela Solar Park complements the project with an additional 68 MW and contributes to sustainable energy production. | These solar parks represent a significant step towards a green energy supply for Portugal. | The technology enables the efficient use of solar energy and reduces CO2 emissions. | Investing in solar energy demonstrates the growing awareness of environmental protection and sustainable development. | The solar park is an excellent example of the energy transition in Europe. | With this plant, Portugal can cover a significant portion of its energy needs with renewable sources. | Solar park technology is continuously evolving and becoming increasingly efficient. | Central Parque Solar is a flagship project that showcases the future of renewable energies. [...]

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  • The solar park project in Frankenblick in the district of Effelder, more precisely in the district of Blatterndorf

    ▶️ The solar park project in Frankenblick in the district of Effelder, more precisely in the district of Blatterndorf

    The solar park in Frankenblick represents a pioneering energy project in rural areas. | The facility in the Blatterndorf district demonstrates the innovative use of brownfield land for renewable energies. | Its strategic location in the Effelder district enables sustainable electricity production. | The project underscores the importance of decentralized energy supply for the energy transition. | Local agricultural land is being converted in an intelligent and environmentally friendly way. | The solar park investment contributes to reducing CO2 emissions. | Modern technologies enable the efficient use of solar energy. | The project is a showcase example of municipal energy transition strategies. | It demonstrates the potential of local renewable energy projects. | Frankenblick is thus positioning itself as a progressive municipality in the field of sustainable energy production. [...]

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    VSB (part of TotalEnergies) is building a 303 MW solar park on 260 hectares northeast of Wrocław – electricity for 117,000 households from 2027

    ▶️ VSB (part of TotalEnergies) is building a 303 MW solar park on 260 hectares northeast of Wrocław – electricity for 117,000 households from 2027

    VSB, part of TotalEnergies, is planning an impressive solar park northeast of Wrocław with a capacity of 303 MW. | This innovative solar park will be built on an area of ​​260 hectares and is a significant step towards renewable energies. | From 2027, the plant will produce electricity for approximately 117,000 households, thus making an important contribution to sustainable energy supply. | The investment underscores TotalEnergies' commitment to the development of renewable energy sources in Poland. | This project will enable thousands of households to be supplied with clean and environmentally friendly energy. | The solar park will not only strengthen the local energy infrastructure but also contribute to the reduction of CO2 emissions. | It is an outstanding example of the transformation of the energy sector towards sustainable technologies. | The investment shows how modern companies can actively combat climate change. | Such projects accelerate the transition to a low-carbon economy. | With this solar park, VSB is demonstrating its leadership in the development of future-oriented energy solutions. [...]

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  • Energy giant RWE CEO in Germany demands: End to the free grid for solar systems?

    ▶️ Energy giant RWE CEO in Germany demands an end to the free grid for solar systems

    RWE CEO discusses the future of solar system subsidies in Germany with a controversial demand. | The debate revolves around free grid feed-in and potential economic challenges for energy companies. | Solar systems have experienced a significant upswing in the German energy transition in recent years. | The proposal raises important questions about the sustainability and financing of the energy transition. | Environmentalists and energy experts view the demand critically and emphasize the importance of renewable energies. | The discussion could have far-reaching consequences for private solar system owners. | Technological innovations and economic interests clash in this debate. | The energy transition remains a complex issue with many different perspectives. | RWE is repositioning itself in the changing energy landscape. | The future of solar energy in Germany remains exciting and full of challenges. [...]

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    Orlen Solar Park in Kotla (Lower Silesia, Poland) – 170 MW on 200 hectares for 100,000 households | Park Słoneczny

    ▶️ Orlen Solar Park in Kotla (Lower Silesia, Poland) – 170 MW on 200 hectares for 100,000 households | Park Słoneczny

    The Orlen Solar Park in Kotla represents an impressive renewable energy project in Lower Silesia, Poland. | Covering an area of ​​200 hectares, the park generates a remarkable 170 megawatts of solar energy. | This innovative facility can supply up to 100,000 households with clean and sustainable electricity. | The investment demonstrates Poland's growing commitment to green energy technologies and climate protection. | The solar park contributes to reducing CO2 emissions and improving the environmental footprint. | Modern photovoltaic systems like this park demonstrate the future viability of renewable energy systems. | The technology enables decentralized and environmentally friendly electricity production directly in the region. | The Orlen Solar Park is an important step towards a sustainable energy transition. | The use of solar energy helps reduce dependence on fossil fuels. | Projects like this are crucial in the global fight against climate change. [...]

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  • Park Słoneczny | Large-scale solar park project Borek in Deszczno with 24 megawatts and 40,000 photovoltaic modules for 10,500 households

    ▶️ Park Słoneczny | Large-scale solar park project Borek in Deszczno with 24 megawatts and 40,000 photovoltaic modules for 10,500 households

    With a capacity of 24 megawatts and 40,000 photovoltaic modules, this innovative solar park covers the electricity needs of 10,500 households. | The plant is an important step towards reducing CO2 emissions and promoting sustainable energy production. | By harnessing solar energy, the project contributes to decarbonization and creates a clean alternative to conventional energy sources. | The technology enables the efficient conversion of sunlight into electrical energy and demonstrates the capabilities of modern solar technology. | The project in Borek shows how large-scale solar parks can drive the energy transition. | The 40,000 photovoltaic modules represent an impressive investment in a sustainable energy future. | With this solar park, the region is making a significant contribution to climate protection and the energy transition. | The innovative technology and the park's great potential make it a showcase project for renewable energies. | Xpert.digital presents this pioneering project as an example of modern, environmentally friendly energy solutions. [...]

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    Solar systems/solar park Click package solution: coordinated as a package, installed faster and up to 30% cheaper

    ▶️ Solar systems/solar park Click package solution: Coordinated as a system, installed faster and up to 30% cheaper

    Xpert.digital presents a revolutionary solar system/solar park click-package solution for a sustainable energy future. | The perfectly coordinated system components guarantee fast and efficient installation. | With this innovative solution, customers can save up to 30% on installation costs. | Environmental friendliness and cost savings merge into a smart, comprehensive solution. | The click-package solution makes solar systems as easy as assembling a modular system. | Investors and homeowners benefit from the time-saving and economical technology. | The highest quality standards and well-designed components are at the heart of the development. | The solution uniquely combines technology, sustainability, and user-friendliness. | Xpert.digital sets new standards in solar park technology for a greener future. | A complete solution that perfectly combines efficiency, cost-effectiveness, and environmental protection. [...]

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  • The Solar Park Initiative (Park Słoneczny) in Kleszczów: Groundbreaking energy transition in Poland's largest coal mining region

    ▶️ The Solar Park Initiative (Park Słoneczny) in Kleszczów: Groundbreaking energy transition in Poland's largest coal mining region

    The solar park initiative in Kleszczów marks a significant turning point in Poland's energy landscape. | With this pioneering project, the region is transforming its largest coal mining area into a sustainable energy source. | The conversion symbolizes a bold step towards decarbonization and renewable energy production. | By harnessing solar energy, the park reduces dependence on fossil fuels while protecting the environment. | The infrastructure of the former coalfield is being intelligently repurposed, demonstrating an exemplary conversion strategy. | The project demonstrates the possibility of a just transition for industrial regions in the energy transition. | Innovative technologies and local investments are driving the transformation and creating new jobs. | The initiative has the potential to serve as a model for similar transformation projects in other coal-mining regions in Europe. | Local communities and political decision-makers are working together to shape a sustainable future. | The solar park in Kleszczów is more than just an energy project – it is a symbol of change, hope, and ecological responsibility. [...]

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    The electricity grid infrastructure as a bottleneck in the energy transition: challenges and solutions

    ▶️ The electricity grid infrastructure as a bottleneck in the energy transition: challenges and solutions

    The power grid infrastructure is at the heart of the challenges of the energy transition and requires innovative solutions. | Grid capacities urgently need to be modernized to efficiently integrate the growing amount of renewable energy. | Smart grid technologies and digital control systems offer new opportunities for optimizing power distribution. | Decentralized energy storage solutions can help balance peak loads and improve grid stability. | The challenge lies in adapting the existing infrastructure to the dynamic requirements of renewable energy sources. | Collaborations between grid operators, energy suppliers, and technology companies are crucial for successful transformation processes. | Innovative technologies such as smart grids enable more flexible and intelligent energy distribution. | Research and development play a key role in overcoming technical challenges. | Sustainable infrastructure solutions are the key to a successful energy transition. | The future of energy supply requires holistic and forward-looking planning strategies. [...]

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  • The largest solar parks in Poland in 2025 (Top Ten): A comprehensive analysis of the solar energy landscape | Park Słoneczny

    ▶️ The largest solar parks in Poland in 2025 (Top Ten): A comprehensive analysis of the solar energy landscape | Park Słoneczny

    The top solar parks in Poland 2025 offer a fascinating insight into the country's renewable energy landscape. | With innovative technologies and strategic locations, these projects are revolutionizing Polish energy production. | Each park represents a significant investment in a sustainable future and contributes to reducing carbon emissions. | The diversity of solar installations demonstrates Poland's technological sophistication and commitment to green energy solutions. | Economic considerations play a crucial role in the development of this impressive solar energy infrastructure. | International investors and local companies are working together to realize these pioneering energy projects. | The efficiency and performance of the solar parks are continuously improving thanks to technological innovations. | Regional differences in solar intensity are cleverly exploited to achieve maximum energy yield. | Environmental protection and economic development go hand in hand in these projects. | These top ten solar parks demonstrate Poland's leadership in the renewable energy revolution. [...]

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    Planned 100 MW solar park of the Tarmstedt municipality (Breddorf municipality) in Lower Saxony

    ▶️ Planned 100 MW solar park of the Tarmstedt municipality (Breddorf municipality) in Lower Saxony

    The planned 100 MW solar park in the Tarmstedt municipality represents a significant future project for renewable energies in Lower Saxony. | With this ambitious project, the municipality of Breddorf is setting an important example for the sustainable energy transition and climate protection. | The investment in solar energy is expected to make a significant contribution to the regional electricity supply. | Through the intelligent use of land, the municipality can significantly increase its energy autonomy. | | Solar module technology enables the efficient conversion of sunlight into electrical energy. | The project contributes to reducing CO2 emissions and conserving fossil resources. | The solar park initiative promotes the local economy and creates new jobs in the region. | Modern storage technologies will further stabilize and increase the flexibility of the electricity supply. | The project is an important step toward a decentralized and sustainable energy infrastructure. | With this solar park, the Tarmstedt municipality is positioning itself as a pioneer of the energy transition in Lower Saxony. [...]

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