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February 15.2026
3 Minutes Read

France's 2.9 GW Solar Tender: A Key Opportunity for Renewable Growth

France plans 2.9 GW of PV tenders despite lower 2030 target

France's Ambitious PV Tender Launch Amid Revised Targets

In a significant move for the solar industry, France's Economy Minister Roland Lescure announced plans for a substantial solar photovoltaic (PV) expansion through 2028. The country is set to launch a tender for 2.9 GW of new capacity, despite scaling back its 2030 target for solar to 48 GW in its updated Multiannual Energy Program (PPE 3).

Adjusting Ambitions: Shifts in Solar Targets

The new PPE outlines not only the tender initiatives but also emphasizes a broader strategy aimed at achieving somewhere between 55 GW and 80 GW of solar power by 2035. This adjustment represents a shift from an earlier target of 54 GW by 2030, indicating a 40% slowdown in deployment compared to the peak year of 2025, when France achieved a remarkable 6 GW in solar capacity additions. However, industry voices have reacted positively to the revised targets; the 48 GW goal remains higher than the previously discussed R2 scenario of 42 GW.

Investment Visibility and Industry Support

Industry representatives, including Eco-Practitioners like Daniel Bour and Édouard Roblot, welcomed these new developments, citing the tender's potential to reinvigorate investments. For developers, this is not merely about regulatory compliance but a lease on planning future capacity and project development. The framework reinstates confidence in the market amid previous delays in the CRE tender process, which had stalled many rooftop and parking canopy solar initiatives.

Support for Local Manufacturing: The Gigafactory Initiative

The tender also aligns with France's goals for sustainable job creation and local manufacturing. Frameworks supporting the establishment of gigafactories for solar cells and modules can greatly influence the economy and job markets. The anticipated investment of around €1 billion per factory aims to create approximately 2,000 jobs, while also enhancing local supply chains.

Political Backdrop: A Mixed Bag

This new direction follows a fraught political atmosphere, where past promises regarding renewable energy were arguably at risk due to pressures to maintain nuclear capabilities. The reversals in renewable mandates point to a balancing act within the French government, seeking to ensure energy security while progressing on climate goals. As critics voice concerns over the scaling back of earlier goals, some lawmakers see this as a way to foster a more stable energy market.

Future Implications: Navigating the Path Ahead

As the landscape for renewable energy continues to evolve in France, the success of the newly set targets will largely depend on government transparency, timely implementation of tenders, and the commitment to fostering an environment rich for both public and private sector investment. The upcoming reviews in 2027 could lead to pivotal changes in the strategy, potentially allowing for adaptive measures in response to the tech and economic landscapes.

In a world increasingly dependent on greener energy solutions, the developments in France's solar policies serve as a case study for balancing governmental objectives with industry needs. As stakeholders brace for the future, the interplay of these dynamics will undoubtedly shape the energy narrative, not only in France but globally.

For those interested in supporting cleaner energy initiatives, keeping informed about France's solar program could provide insights into the broader European shift towards renewable energy.

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02.15.2026

Solar Prices Remain Steady: What This Means for Green Energy Investment

Update Chinese Solar Prices Hold Steady Amid Industry Challenges The solar energy sector is closely watching price trends as China’s Nonferrous Metals Industry Association (CNMIA) reports stability in solar cell and module pricing. As of February 2026, the prices for key components in solar production, including wafers and modules, remain unchanged. This stagnation could signal deeper challenges faced by manufacturers in an ever-evolving market. Understanding the Pricing Dynamics of Solar Components CNMIA has affirmed that wafer prices hold steady, with n-type wafers at CNY 1.20 ($0.17), G12R at CNY 1.26, and G12 at CNY 1.45 each. Likewise, solar cells and modules are priced from CNY 0.41 to CNY 0.45 per watt and CNY 0.71 to CNY 0.75 per watt, respectively. These prices indicate a level of equilibrium in a marketplace that has been characterized by constant fluctuations. However, despite the stable pricing, industry operation rates have dipped slightly, which could illustrate underlying stress in supply chains or demand. The Impact of Production Rates on the Solar Market With production rates reportedly falling to 45%-46% for leading manufacturers and 50%-70% for others, concerns loom over whether reduced operations stem from decreased demand or inefficiencies in production. The National Energy Administration (NEA) noted an addition of 317 GW in solar capacity for 2025, a growth of 14% from the previous year. This statistic on capacity growth juxtaposes the operating challenges faced and may hint at dependencies on external supply factors or evolving market needs. Growth in China's Renewable Energy Sector Despite the challenges in pricing and production rates, 2025 demonstrated a remarkable transition in renewable energy in China, with solar generation reaching 1.17 trillion kWh and a utilization rate of 95%. Renewable energy capacity rose to a total of 2.34 TW, thereby composing about 60% of China’s entire installed power capacity. This increase underscores a significant potential for solar power as a central player in China's strategy to transition to greener energy solutions. Strategic Partnerships Driving Solar Innovation The collaboration between JA Solar and CGC Certification highlights the push towards innovative capabilities in the solar sector. Their focus on space PV applications showcases the expanding frontiers of solar technology beyond terrestrial limitations, hinting at untapped potential in this field. Such strategic partnerships may not only diversify applications but also pave the way for further breakthroughs in solar energy efficiency and effectiveness. Looking Ahead: What’s Next for Solar Energy in China? As the solar energy market faces both opportunities and challenges, one must consider how these fluctuations in pricing and production rates may influence future investments and technologies. The inclination for reliable solar power remains strong, with increasing governmental support and consumer interest shaping the landscape. In the face of these conditions, will manufacturers adapt their strategies to sustain demand, or will market pressures necessitate a more drastic overhaul of the sector? In conclusion, while pricing stability may reflect a moment of balance in the market, the underlying challenges present a pivotal opportunity for introspection and innovation within China's solar power sector. Stakeholders must remain vigilant and adaptive to the evolving landscape as it becomes increasingly central to both national and global energy discussions.

02.14.2026

Discover How New 0.15% Uncertainty in PV Measurements Impacts Solar Energy Trust

Update Achieving Precision in Photovoltaic Module Measurements The realm of solar energy is undergoing significant transformation, with the latest report from Fraunhofer ISE and the Physikalisch-Technische Bundesanstalt (PTB) emphasizing a remarkable advancement: a mere 0.15% uncertainty in photovoltaic (PV) module yield measurements. This finding underscores a critical need for accuracy in the renewable energy sector, particularly as the reliance on solar power escalates globally. Understanding the Importance of Low Uncertainty This recent interlaboratory comparison not only showcases the skill of both institutes but raises questions about the implications of such precise measurements. Instrumental in supporting the credibility of PV technology assessments, the low level of uncertainty embodies a pivotal stride toward ensuring that engineers and consumers alike can trust the performance data provided by manufacturers. As solar energy continues to become a mainstay in the quest for green energy, ensuring that yield measurements are reliable is essential for fostering trust among users. Tackling the Growing Discrepancies in Power Ratings Despite the promising news from the Fraunhofer and PTB report, challenges remain. The growing discrepancy between the power ratings reported by many PV manufacturers and independent measurements has seen a worrying median negative deviation of 1.4% as noted in 2025. How can this gap be closed? The findings from this comparison emphasize the need for improved transparency and accountability in the testing processes within the industry. Future Opportunities for Enhancing Measurement Accuracy With ongoing technological advancements and research, a proactive approach in engaging stakeholders—including manufacturers, engineers, and policymakers—can facilitate the development of standardized testing protocols. Increased collaboration among international institutes will also be paramount in addressing existing inconsistencies. The emphasis on low measurement uncertainty may not only drive enhancements in performance but also innovation in PV technology. Data-Informed Decision Making in the Solar Market The critical insights derived from these measurements will support engineering, procurement, and construction professionals in their decision-making processes. This bridges the gap between academic research and practical implementation, allowing them to select the most reliable PV modules that meet efficiency and power standards. Could heightened transparency in measurement yield lead to a new era of trust in solar technology? Conclusion: A Call for Stakeholder Engagement As the solar market continues to evolve, active collaboration between testing institutes like Fraunhofer ISE and stakeholders across the sector will ensure better calibration standards and module quality assessments in the years to come. The movement towards more rigorous measurement practices represents an essential step in the broader journey of enhancing trust and reliability in green energy, thus inviting all to align their efforts towards these innovations.

02.13.2026

Brazil's Upcoming Battery Auction: A Boost for Solar Energy and Storage

Update Brazil Moves Towards a New Era in Energy Storage As Brazil approaches a pivotal moment in its energy management strategy, the country's electricity regulator, Agência Nacional de Energia Elétrica (ANEEL), is finalizing bidding guidelines for reserve battery capacity auctions. Slated for March, these auctions represent the culmination of extensive preparations amid growing energy demands. Why the Shift to Battery Storage Matters With over 20 GW of battery projects set to launch, the focus on energy storage allowed by these auctions not only addresses Brazil's existing energy deficits but also plays a critical role in enhancing the reliability of the National Interconnected System (SIN). This strategic move comes in light of the anticipated energy deficits, reaching as much as 5,154 MW in adverse hydro scenarios. By embracing battery storage, Brazil aims to optimize excess solar and hydroelectric energy during peak production periods, ensuring a more stable power supply. Preparing for Upcoming Auctions Scheduled for March 18 and March 20, the upcoming auctions will also include opportunities for hydroelectric and thermoelectric plants powered by various fuel sources—natural gas, coal, and biodiesel—further diversifying the nation's energy portfolio. Regionalized auctions have been suggested to ensure that energy capacity is allocated based on geographic needs, a move emphasizing the importance of local energy solutions. Challenges on the Horizon Despite significant preparedness, the final guidelines for the battery auction are still pending, raising questions about timing and implementation. There is speculation that the battery auction may be postponed to later in the year, which could impact investment and confidence in Brazil's green energy market. Minister Alexandre Silveira's efforts to attract Chinese investment highlight a proactive approach towards addressing these challenges. Financial Implications for the Energy Sector Estimates suggest that if Brazil successfully contracts an anticipated 2 GW of power along with 8 GWh of battery storage during these auctions, approximately R$10 billion could flow into the energy sector. This would not only bolster investments in battery storage but also provide vital funding for enhancing the overall energy infrastructure. Looking Ahead As Brazil's energy landscape evolves, embracing eco-friendly solutions, particularly solar and battery storage, will be crucial to meeting both immediate and long-term energy needs. The emphasis on reserve capacity auctions marks a strategic shift towards a more resilient and diversified energy system, ideally positioning Brazil as a leader in sustainable energy innovation. Overall, the energy auction process serves as a thrilling microcosm of the broader transitions happening globally in renewable energy. For policymakers and investors alike, these developments will be ones to watch closely as they unfold in the coming months.

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