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Green Investment Group, has sold an 80 MWp solar project bundle in Poland to GoldenPeaks Capital. The sale was facilitated by law firm Denons and includes mostly

GoldenPeaks Capital has secured a junior financing facility from US investment manager AB CarVal to boost its expansion in Poland's solar energy sector. This flexible HoldCo debt facility will help GoldenPeaks acquire and construct ready-to-build solar photovoltaic projects, addressing financing needs before attracting senior project finance debt.The financing agreement, whose value remains undisclosed, will support the acquisition of solar projects totaling over 220 MW in Poland. GoldenPeaks, specializing in Central and Eastern European renewable energy markets, aims to develop more than 1 GW of solar capacity annually in the region. How will GoldenPeaks Capital's financing impact solar energy expansion in Poland? - Increased Project Pipeline: With the financial backing from AB CarVal, GoldenPeaks Capital can accelerate the acquisition of additional solar projects, significantly expanding its project pipeline in Poland. This influx of capital facilitates the rapid identification and acquisition of ready-to-build solar photovoltaic systems.- Job Creation: The expansion of solar projects will necessitate a workforce for construction, installation, operation, and maintenance of the solar facilities. This could result in increased job opportunities in the renewable energy sector in Poland, ultimately supporting local economies.- Boosting Renewable Energy Targets: Poland has committed to increasing its share of energy from renewable sources as part of its obligations under the European Union's climate policies. The successful implementation of GoldenPeaks’ solar projects can significantly contribute to meeting these renewable energy targets, pushing Poland closer to its goals for 2030 and beyond.- Attracting Further Investments: The success of financing agreements such as this can signal to other investors that Poland’s solar market is viable and rapidly growing. This can lead to increased interest from both domestic and international investors, further stimulating the sector.- Technological Advancements: With a focus on developing over 1 GW of solar capacity annually, investment in cutting-edge solar technology and infrastructure becomes more likely. This can foster innovation within Poland’s energy sector, as companies may invest in research and development to improve efficiency and reduce costs.- Enhancing Energy Security: Expanding solar energy resources is critical for Poland’s energy independence. Increased capacity will reduce reliance on imported fossil fuels, providing a more diversified and stable energy mix that enhances national energy security.- Environmental Benefits: The growth of solar energy projects contributes to reducing greenhouse gas emissions, aligning with global climate change initiatives. The transition to solar power can help Poland reduce its carbon footprint and promote a cleaner, more sustainable energy future.- Regulatory Support and Policy Influence: The commitment by GoldenPeaks Capital to invest in solar energy may encourage the Polish government to create or adapt policies that enhance support for renewable energy, such as tax incentives or streamlined permitting processes, improving the overall investment climate in the sector.- Long-Term Financial Sustainability: By establishing a strong initial portfolio of solar projects through this financing, GoldenPeaks is likely to achieve economies of scale, leading to lower operational costs over the long term. This economic efficiency can result in more competitive electricity pricing, benefiting consumers and businesses alike.- Community Engagement and Development: As GoldenPeaks expands its renewable energy projects, it may engage with local communities to address their needs and concerns. This community-centric approach can foster local support, making project implementation smoother and promoting social acceptance of solar energy initiatives.In summary, GoldenPeaks Capital's strategic financing arrangement is set to catalyze significant growth in Poland's solar energy sector, driving economic, environmental, and social benefits that align with broader renewable energy objectives.

GoldenPeaks Capital has signed a power purchase agreement (PPA) with Boryszew SA to supply 24 GWh of solar power annually in Poland. The PPA has a 10-year term and the power will be sourced from newly built solar plants with a combined capacity of 21 MWp. The clean power will be sold to Boryszew Green Energy and Gas, a unit of Boryszew SA. GoldenPeaks claims to be one of the largest photovoltaic system owners in Poland and Hungary and has recently acquired 283 MW of shovel-ready PV projects in Poland, with plans to purchase an additional 150 MW by the end of the year. What is the capacity of GoldenPeaks Capital's newly built solar plants in Poland? The newly built solar plants owned by GoldenPeaks Capital in Poland have a combined capacity of 21 MWp. These solar plants will supply 24 GWh of solar power annually to Boryszew SA. The power purchase agreement (PPA) between GoldenPeaks Capital and Boryszew SA has a 10-year term. The clean power generated by these solar plants will be sold to Boryszew Green Energy and Gas, a unit of Boryszew SA. GoldenPeaks Capital claims to be one of the largest photovoltaic system owners in Poland and Hungary. GoldenPeaks Capital has recently acquired 283 MW of shovel-ready PV projects in Poland. The company also has plans to purchase an additional 150 MW of PV projects in Poland by the end of the year.

SA, a Polish photovoltaics installer, has sold 3.48 MW of solar projects to GoldenPeaks Capital Group. This transaction is part of a larger 28 MW sale agreement between the

GoldenPeaks Capital Holding Ltd has launched a 64.6-MW photovoltaic park in Hungary, marking the company's first operational solar project in the country. This development is part of GoldenPeaks' broader strategy to expand its renewable energy footprint in Hungary.The solar park's commissioning is a significant step in Hungary's renewable energy sector, contributing to the nation's efforts to increase its sustainable energy sources. GoldenPeaks plans to continue its investment in the region with several more projects in the pipeline, aiming to bolster Hungary's transition to cleaner energy solutions. How does GoldenPeaks' new solar park impact Hungary's renewable energy landscape? Enhances Hungary's renewable energy capacity, contributing to national targets for reducing carbon emissions. Supports Hungary's commitment to the European Union's renewable energy goals, helping the country meet its obligations. Provides a model for future renewable energy investments in Hungary, potentially attracting more international investors. Creates local jobs during the construction and operational phases, boosting the local economy. Reduces Hungary's reliance on fossil fuels, increasing energy security and stability. Encourages technological innovation and infrastructure development in the renewable energy sector. Contributes to the diversification of Hungary's energy mix, reducing vulnerability to energy price fluctuations. Promotes environmental sustainability by decreasing the overall carbon footprint of Hungary's energy production.

GoldenPeaks Capital has signed a 12-year power purchase agreement (PPA) with Danish packaging company Faerch Group in Hungary. The PPA will provide Faerch with 15 GWh of renewable energy annually, totaling around 180 GWh over the contract's duration. This deal marks one of the first PPAs in Hungary and was facilitated by PPA marketplace operator LevelTen Energy and electricity supplier Reel.Faerch Group's CFO, Tom Sand-Kristensen, stated that the PPA will help the company achieve its Renewable Energy Strategy by providing reliable and cost-effective renewable energy to its sites in Hungary. The agreement will also support the construction of a new solar park to meet Faerch's energy needs, showcasing a commitment to sustainability and reducing carbon emissions. What is the significance of GoldenPeaks Capital's PPA with Faerch Group in Hungary? The PPA between GoldenPeaks Capital and Faerch Group in Hungary is significant as it marks one of the first PPAs in the country, demonstrating a growing interest in renewable energy solutions. The 12-year agreement will provide Faerch Group with 15 GWh of renewable energy annually, totaling around 180 GWh over the contract's duration, helping the company achieve its Renewable Energy Strategy. The PPA will support the construction of a new solar park to meet Faerch's energy needs, showcasing a commitment to sustainability and reducing carbon emissions. The deal was facilitated by PPA marketplace operator LevelTen Energy and electricity supplier Reel, highlighting the collaboration between different entities to promote renewable energy adoption in Hungary.  

GoldenPeaks Capital has secured EUR 109 million in financing and a deal with Google LLC for the construction of 117 MW of solar plants in Poland. The financing was provided by German bank NORD/LB and will support two portfolios of over 100 photovoltaic projects, set to be operational by the end of the year. The solar plants will generate enough electricity to power over 12,000 homes annually and will be sold under a 10-year power purchase agreement with Google, aiding the tech giant in reaching its carbon reduction goals.The construction of the solar plants is part of GoldenPeaks' focus on green energy in Central and Eastern Europe. The company's partnership with Google highlights the growing trend of tech companies investing in renewable energy projects to reduce their carbon footprint. The financing and off-take deal demonstrate the increasing interest and investment in solar energy in Poland and the region as a whole. How will GoldenPeaks' solar plants in Poland impact Google's carbon reduction goals? The 117 MW of solar plants in Poland will significantly contribute to Google's carbon reduction goals by providing renewable energy to power over 12,000 homes annually. The 10-year power purchase agreement with Google will ensure a stable source of clean energy for the tech giant, further supporting its commitment to sustainability. GoldenPeaks' focus on green energy in Central and Eastern Europe showcases the company's dedication to promoting renewable energy in the region. The partnership between GoldenPeaks and Google reflects the growing trend of tech companies investing in renewable energy projects to reduce their carbon footprint. The financing provided by German bank NORD/LB highlights the increasing interest and investment in solar energy in Poland and the region as a whole, signaling a shift towards cleaner energy sources.

GoldenPeaks Capital, a solar developer focused on Central and Eastern Europe, has successfully completed and connected two solar farms in Hungary. These projects boast a combined installed capacity exceeding 92 megawatt-peak (MWp), marking a significant expansion in the region's renewable energy infrastructure.The completion of these solar farms underscores GoldenPeaks Capital's commitment to enhancing sustainable energy solutions in Hungary. This development is part of the company's broader strategy to increase its renewable energy footprint across Central and Eastern Europe, contributing to the region's transition towards cleaner energy sources. How Does GoldenPeaks Capital's New Solar Farms Impact Hungary's Renewable Energy Landscape? Increases Hungary's renewable energy capacity, contributing to national energy targets. Reduces reliance on fossil fuels, decreasing carbon emissions and environmental impact. Supports Hungary's commitment to the European Union's renewable energy goals. Provides a model for future renewable energy projects in Central and Eastern Europe. Enhances energy security by diversifying energy sources. Creates local jobs during construction and maintenance phases. Encourages investment in renewable energy infrastructure in the region. Demonstrates the viability and scalability of solar energy projects in Hungary. Contributes to the stabilization of energy prices by providing a sustainable energy source. Strengthens Hungary's position as a leader in renewable energy within the region.

GoldenPeaks Capital Holding Ltd, a solar installer and operator, has entered into a virtual power purchase agreement (VPPA) with NGK Ceramics Polska. This agreement marks a significant step for NGK Ceramics, a Polish manufacturer of ceramic components for the automotive sector, in its efforts to transition towards renewable energy sources.The VPPA will enable NGK Ceramics to procure solar energy generated by GoldenPeaks, supporting the company's sustainability goals and reducing its carbon footprint. This collaboration highlights the growing trend of industrial players in Poland and beyond seeking cleaner energy solutions to power their operations and contribute to environmental conservation. How will the VPPA between GoldenPeaks and NGK Ceramics impact Poland's renewable energy landscape? Boost to Renewable Energy Adoption: The VPPA between GoldenPeaks and NGK Ceramics is likely to encourage other industrial players in Poland to consider similar agreements, thereby accelerating the adoption of renewable energy across various sectors. Increased Solar Energy Capacity: By facilitating the procurement of solar energy, this agreement will contribute to an increase in the overall solar energy capacity in Poland, supporting the country's renewable energy targets. Economic Incentives: The VPPA can provide economic benefits by stabilizing energy costs for NGK Ceramics, which may encourage other companies to explore renewable energy options as a cost-effective solution. Enhanced Energy Security: By diversifying energy sources and reducing reliance on fossil fuels, the agreement can enhance energy security in Poland, making the energy supply more resilient to market fluctuations. Environmental Impact: The shift towards solar energy will help reduce greenhouse gas emissions, contributing to Poland's efforts to meet its climate commitments and improve air quality. Innovation and Technology Development: The partnership may spur innovation and technological advancements in the renewable energy sector, as companies seek to optimize energy production and consumption. Job Creation: The expansion of solar energy projects can lead to job creation in the renewable energy sector, from installation and maintenance to research and development. Policy Influence: Successful implementation of the VPPA could influence policymakers to create more favorable conditions for renewable energy investments, such as incentives or streamlined regulatory processes. Corporate Social Responsibility: The agreement underscores the importance of corporate social responsibility, as companies like NGK Ceramics take proactive steps to reduce their environmental impact and promote sustainability. Public Awareness and Support: High-profile agreements like this can raise public awareness about the benefits of renewable energy, potentially increasing public support for further investments in the sector.

56,200 houses and save 130,361 tonnes of co2 (CO2). Both portfolios stand for GoldenPeaks Capital's initial financial investment in Poland, where the designer plans to invest

GoldenPeaks Capital has obtained a €114 million senior loan to finance the construction of two portfolios of solar PV parks in Poland, reinforcing a development strategy centered on repeatable, grid-friendly projects delivered at pace. The financing unlocks procurement of long-lead electrical gear—transformers, switchgear, protection systems—and allows mobilization of EPC crews across multiple sites, compressing timelines in a high-demand market. Poland remains one of Europe’s most dynamic PV arenas, driven by corporate PPAs, auctions, and expanding merchant opportunities as industry decarbonizes. GoldenPeaks’ portfolio approach leverages standardized designs: high-efficiency (often bifacial) modules on single-axis trackers where terrain permits, DC/AC ratios tuned for annual yield, and plant controllers configured for reactive power, ride-through, and rapid curtailment per Polish grid codes. Unified SCADA and string-level monitoring sharpen O&M, lifting availability by basis points that compound across fleets. Site selection emphasizes deliverability—proximity to strong substations, clear land access, and manageable environmental constraints. Biodiversity measures (species-rich groundcover, hedgerow reinforcement) and construction controls (traffic management, dust and storm-water plans) have become table stakes for local approvals. Decommissioning provisions and recycling pathways for modules and balance-of-plant components reassure landowners and municipalities. While the immediate scope is solar, designs typically preserve transformer headroom and pad space for future batteries. Even two to four hours of storage can shift midday generation into evening peaks, reduce curtailment, and open ancillary-service revenues as Poland’s flexibility markets mature. On the finance side, a senior loan at portfolio scale spreads risk and lowers transaction friction versus single-asset closes. It also supports bulk procurement pricing and schedule certainty—vital where delivery slippage on one transformer can delay an entire block. As assets reach COD, refinancing options broaden, including green bonds or term loans secured by contracted cash flows. For Poland’s grid and consumers, the dividend is straightforward: more local daytime megawatt-hours delivered quickly, with pathways to future flexibility. For GoldenPeaks, the facility is a flywheel—turning a paper pipeline into electrons on the wire, site after site.

and Eastern Europe–focused GoldenPeaks Capital has teamed up with China’s Envision Energy to deliver 1 GWh of battery energy storage projects across

GoldenPeaks inks 10-year solar PPA with Hankook in Poland, hedging power costs, cutting Scope 2 emissions, unlocking project finance, and showcasing CEE’s storage-ready, bankable shift beyond auctions.

GoldenPeaks Capital has inaugurated the 64.56-MWp Zemplen Solar Park in northern Hungary, enhancing Central Europe's renewable energy infrastructure with a mid-sized utility PV project. The plant utilizes bifacial modules and trackers to optimize energy capture, while operations focus on vegetation control and cleaning to maintain efficiency. The project highlights the advantages of mid-sized arrays, such as shorter interconnections and streamlined approvals, over larger sites.The Zemplen complex demonstrates the capability of private-sector IPPs to deliver viable projects in Hungary's evolving regulatory landscape. It emphasizes the benefits of geographic diversification, reducing weather risk and congestion. This model is expected to inspire similar developments across Central and Eastern Europe, balancing disciplined capital expenditure with effective community engagement. How does the Zemplen Solar Park impact Central Europe's renewable energy infrastructure? Enhances regional energy security by increasing the share of renewable energy in the energy mix. Supports Hungary's national renewable energy targets and contributes to the EU's climate goals. Demonstrates the potential for private investment in renewable energy projects in Central Europe. Encourages further development of solar infrastructure in neighboring countries by showcasing successful project implementation. Provides a model for integrating advanced solar technologies, such as bifacial modules and trackers, in Central European climates. Promotes economic growth and job creation in the renewable energy sector within the region. Reduces dependency on fossil fuels, contributing to a decrease in greenhouse gas emissions. Strengthens the grid by adding distributed generation capacity, which can improve resilience and reliability. Serves as a benchmark for future mid-sized solar projects, highlighting the efficiency and cost-effectiveness of such developments. Enhances local community engagement and acceptance of renewable energy projects through effective communication and involvement.

solar projects in Poland to Nyx Renewable Energy Sp zoo, a unit of GoldenPeaks Capital Group. The projects, consisting of 30 schemes with grid-connection agreements