| JinkoSolar expects transition phase for PV market to last until 2027-28 By  				 Green Building Africa - Net Carbon Zero Buildings and Cities			 			  			— 				June 30, 2025
 
 
 JinkoSolar expects the PV market transition to last until 2027-28 due to negative power prices and project delays in Europe. In an exclusive interview with  pv magazine,  Vice President Europe Frank Niendorf says growth will recover as  storage and hybrid systems expand and consolidation progresses.
 pv magazine: How is business going for JinkoSolar in Europe and Germany?
 Niendorf:  We are currently in a transition phase – not only for Jinko, but for  the entire European solar market. The rapid expansion of PV capacity in  recent years, particularly in Germany, Spain, and the Netherlands, has  delivered impressive gains in clean electricity generation. However,  this growth has exposed structural bottlenecks in the energy system:  limited grid capacity, inflexible market rules, and a lack of storage  infrastructure. Grid connection delays have become a top concern for  developers and EPCs, especially in high-penetration regions. At the same  time, we’re seeing negative electricity prices during peak solar hours  become increasingly common – not as isolated incidents, but as a  recurring pattern in markets like Germany and the Netherlands. This has  had a direct impact on investor confidence and is slowing down  procurement for PV projects relying on merchant models or [power  purchase agreements]. That said, we do not see this as a market downturn  – rather, it’s a realignment phase. The fundamentals remain solid:  energy security, decarbonization goals, and industrial policy continue  to depend on solar energy. What is needed now is the next phase of the  energy transition — the large-scale integration of storage,  modernization of grids, and deployment of intelligent demand response  systems. We expect this adjustment period to continue until around 2026,  as regulatory frameworks and hybrid incentives take hold across the EU.  From 2027 onwards, we anticipate a strong acceleration in market  activity, particularly in hybrid and storage-coupled projects – which  will help stabilize electricity prices and restore investor confidence.
 
 Are  negative electricity prices now common in Germany at midday? How does  this impact your business, and is it an advantage that you offer both  photovoltaics and storage?
 Yes,  negative electricity prices around midday are occurring with increasing  regularity – not only in Germany, but across several European  countries. This is a clear signal that the energy transition is entering  its second phase: we have successfully deployed a large volume of  renewables, but the grid infrastructure and system flexibility have not  yet caught up. In Germany, the grid is often overloaded during periods  of high solar generation and low consumption, leading to negative  wholesale prices. This trend is putting pressure on the revenue models  of PV-only projects and increasing uncertainty for asset owners. At  Jinko, we see this not as a setback, but as a pivotal moment. We are  uniquely positioned because we offer both photovoltaic and storage  systems from a single source. This allows us to deliver hybrid systems  that optimize self-consumption, shift generation to more profitable time  slots, and support the grid when it’s most needed. This integrated  solution is especially attractive in the commercial and utility-scale  sectors, where clients are increasingly seeking protection against price  volatility and curtailment. Importantly, negative prices are not a sign  that we have too much solar power, they are a sign that we lack  sufficient flexibility. The European Commission and national governments  recognize this, and we are now seeing encouraging developments: new  capacity auctions, hybrid project incentives, and grid-supportive  policies are being introduced across the continent. With our portfolio,  we are well placed to meet these new demands and offer a path to market  viability in this evolving landscape.
 
 Has demand for energy storage grown recently?
 Absolutely.  We’ve seen a significant surge in demand for energy storage across  Europe – and not just in Germany. Now, our storage systems are  completely sold out, and we are rapidly expanding in capacity and  partnerships to meet this rising demand. This trend is driven by a  combination of price volatility, increased awareness of energy security,  and clear policy signals in multiple EU markets. Storage is no longer  seen merely to reduce peak loads or store surplus PV – it is now widely  viewed as essential infrastructure for the future energy system.
 
 Can you give some examples?
 Italy  is advancing hybrid solar-plus-storage through its FER2 incentive  framework. Spain is reforming its auction and grid access system to  reward flexibility. France and the Netherlands are seeing strong  commercial interest, particularly to manage peak tariffs and ensure  backup power. Poland, Hungary, and other CEE markets are introducing  supportive mechanisms for co-located renewables and storage. From our  perspective, storage has clearly moved into the mainstream. Utilities,  IPPs, and commercial operators all see it as a core component of their  energy strategy. At Jinko, we recognized this early, which is why we now  offer integrated PV and storage solutions tailored to these new  realities.
 
 Which sector in Germany do you think has the greatest growth potential?
 The  commercial and industrial (C&I) sector in Germany offers the  strongest growth potential. Across the economy, companies – from SMEs to  major corporations – are prioritizing energy autonomy, long-term cost  control, and climate neutrality. Solar, especially when combined with  storage, supports all three goals. The volatility in energy prices over  the past few years has led many businesses to reassess their energy  procurement strategies. Increasingly, energy is being treated not as a  commodity, but as a strategic asset. With the falling cost of n-type  TOPCon technology and growing availability of commercial storage, the  business case for C&I solar has never been stronger. We also see  large untapped potential in retrofitting existing commercial rooftops,  many of which remain underutilized. Upcoming reforms – including  Germany’s Solar Package 1 and EU-wide simplifications for permitting –  will unlock even more momentum in this segment.
 
 And how does the broader EU market compare?
 Across  Europe, the C&I segment is now the fastest-growing part of the  solar market – in many countries even outpacing residential. In Spain  and Portugal, high daytime tariffs are encouraging businesses to install  PV for self-consumption. France is expanding programs for tertiary  buildings, and countries like Austria and Belgium are ramping up  incentives for solar in logistics and commercial zones. At the same  time, there’s mounting pressure from investors, regulators, and supply  chain partners for companies to decarbonize their operations. On-site  solar and storage are among the most visible and cost-effective tools  available for this purpose. From our point of view, it’s clear that  customers are no longer just looking for hardware. They want bankable,  end-to-end solutions: high-efficiency modules like Tiger Neo, integrated  BESS, smart monitoring, and dependable service. That’s precisely what  JinkoSolar delivers.
 
 How  important is a strong position in the German and European markets for  JinkoSolar compared to China? How are demand and prices evolving there?
 Germany  and Europe more broadly are core strategic markets for Jinko. These  regions value quality, reliability, and long-term partnerships – values  that are fully aligned with our brand. Europe also serves as an  innovation and policy hub, allowing us to stay at the forefront of new  trends in decarbonization and digitalization. The Chinese market keeps  on being the big growth engine for the global PV market with stable and  growing installation volumes. Despite the strong demand from China the  industry keeps on facing a very challenging overcapacity phase, which  eventually must lead to a long-awaited industry consolidation. Module  prices are at historical lows. The current module market price level is  well below the actual production costs for many manufacturers, which is  not sustainable. With over 1 TW of production capacity chasing  roundabout 600 GW of annual global demand, the imbalance is putting  immense pressure on the industry. Consolidation is urgently needed, and I  expect some M&A activity along the entire value chain in the near  to midterm, which will reduce the number of active players and help  stabilize pricing over time.
 
 We hear significant changes are underway in China affecting both PV system promotion and the industry. Can you comment?
 Yes,  China is undergoing a strategic transformation in both the deployment  and manufacturing sides of the solar industry. On the policy side, the  government is reassessing how national incentives are structured to  avoid overcapacity and improve system efficiency. On the industrial  side, efforts are being made to curb excess supply, encourage  consolidation, and promote next-generation technology and sustainability  standards. This is a healthy and necessary development. A more balanced  and technology-driven solar industry will benefit everyone – from  manufacturers to end users. At Jinko, we support reforms that contribute  to a more stable, high-quality, and globally competitive solar sector.
 
 Are you already preparing for the next phase with your products?
 On  the product side, we remain very confident in our n-type TOPCon  technology, especially with the introduction of our new flagship  product, Tiger Neo 3.0, launched at SNEC. This third-generation TOPCon  module delivers 26.7% to 27% cell efficiency, 650 W to 670 W output per  panel, and a bifacial factor of approximately 85%. Production began in  June, and we are ramping up for mass availability through Q3 and Q4  2025. At the same time, we are also investing in next-generation  technologies. We are currently testing perovskite/TOPCon tandem  architecture, which has already surpassed 34% efficiency in certified  laboratory environments. While still in R&D, these technologies show  great promise and could represent the next leap in module performance.  Meanwhile, we are also scaling up our energy storage portfolio,  enhancing hybrid system design capabilities, and supporting clients  across Europe with integrated, bankable solutions. The market is  evolving – and so are we.
 
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