Chinese photovoltaic companies shift to full-spectrum projects with gigawatt-scale deals

In March, a flurry of module procurement agreements highlighted how China’s biggest photovoltaic companies are shifting gears, moving from simply being component suppliers to becoming full-fledged integrated new-energy partners. This trend is reshaping global project supply chains and intensifying competition in high-value markets.

According to PV Tech, firms like Jinko Solar, Tongwei, LONGi Green, and Aiko together secured over 4.6 gigawatts of module contracts during that month. Jinko alone accounted for approximately 2.37GW of this total. Their wins spanned multiple regions including Spain, Australia, New Zealand, France, and Japan. Notably, Jinko signed a 2GW supply deal with Australia’s Blue Sun Group for its TOPCon Flying Tiger 3 series, a deal that made up the bulk of their March intake. The same source points out that around 51.1% of the contracted volume went to Europe, 42.5% to Australia, and the remaining 6.4% to the Asia-Pacific and Middle East.

These transactions seem to be driven by two key trends. First, buyers are increasingly favoring large, consolidated procurement arrangements that combine module delivery with project development aspects like construction, storage, and long-term operation. PV Tech describes this current wave as gigawatt-scale partnerships that cover the whole value chain. Second, the market is focusing more on suppliers who can meet demanding technical, logistical, and financial standards. Industry insiders told PV Tech that this scenario could lead to a steady boost in top-tier players, with market share becoming more concentrated.

Jinko’s impressive March results come against a complicated financial backdrop. Official statements and industry reports indicate that Jinko shipped nearly 100GW of modules in 2024, an enormous volume. Despite that, they reported net losses for the year, mainly due to declining prices and squeezing margins. The company has announced plans to significantly ramp up capacity through 2025, aiming for 120GW annually for mono wafers, 95GW for cells, and 130GW for modules. These figures suggest Jinko is preparing to serve big multinational developers, even as existing market economics put downward pressure on margins. Some industry observers find it surprising that such high shipment volumes are paired with near-term losses, highlighting the fierce price competition and inventory issues currently shaking up global module markets.

Technology choice continues to play a major role in these deals, and it’s pretty interesting. Jinko’s TOPCon Flying Tiger 3 series, for example, is a key component in the Blue Sun agreement. Meanwhile, LONGi is heavily marketing its back-contact (BC) cells across Europe after renewing a 2GW framework with Energy 3000, plus snagging new orders in the Netherlands and the UK. These higher-efficiency, n-type technologies are increasingly replacing older p-type designs, especially for projects where maximizing yield and land use are critical. Market watchers say that the shift towards n-type TOPCon and BC architectures is speeding up, mainly because the improved module performance makes a strong case for developers working on constrained or high-end sites.

Tongwei’s recent wins further emphasize this pattern and underscore how much scale is needed to serve European markets. Reports from PV Tech mention Tongwei locked in a 500MW deal with two Italian partners and another 1GW contract with Poland’s KENO. Industry history shows that Tongwei has been active in European distribution channels over the past couple of years. In 2024, they secured a 700MW order from Genertec Italia and signed a 300MW supply deal with Memodo. Plus, they’ve announced hefty upstream investment plans, multi-billion renminbi projects aimed at boosting silicon and polysilicon capacity, highlighting their strategy to vertically integrate and support large downstream contracts, as PV Tech and PV Magazine have noted.

But it’s not just about modules. Trina Solar’s tracker division snagged a 360MW order in Spain this March, and Trina’s energy storage projects in Europe are reported to surpass 6GWh for 2026. Canadian Solar, for its part, announced a 500MW/2.49GWh energy-storage agreement with a US utility, scheduled for shipments through 2027. These examples Illustrate how major Chinese companies are bundling modules, trackers, and batteries to create more complete project solutions.

Moreover, the scale and geographic spread of these orders suggest a focus on localization. With over 80% of global PV manufacturing capacity in China, top companies are rushing to expand internationally, through local factories, R&D centers, and service hubs. PV Tech reports that this localization push helps meet needs for supply security, tariff mitigation, and local content requirements, especially in Europe and Southeast Asia. Industry analysts comment that such moves tend to solidify long-term relationships and boost switching costs for developers, making it more difficult for customers to shift providers.

This concentration of large orders has consequences for smaller manufacturers too. Big, gigawatt-level tenders require solid capital foundations, logistics know-how, and after-sales services. Analysts cited by PV Tech expect weaker players, those relying on older tech or with limited international reach, to be phased out faster than ever, which could boost overall sector health but also reduce the diversity of supplier options in the market.

Price volatility remains an unpredictable factor. Late in 2024, PV Magazine reported that China Coal Energy Group secured 4GW of modules at roughly $0.10 per watt, using a mix of TOPCon and PERC products. That’s a stark reminder that aggressive pricing is still very much in play for large domestic purchases. Such deals tend to compress margins across the supply chain and make medium-term profits more challenging for companies looking to grow globally.

For developers and climate investors in the UAE, this wave of Chinese supplier consolidation presents both risk and reward. On one hand, access to high-efficiency, competitively priced modules and integrated solutions could really speed up their renewable and storage initiatives. On the other hand, increased supply concentration means greater reliance on a limited set of global manufacturers, which might influence project negotiation power, warranty conditions, and strategies around local manufacturing.

As the industry shifts, the winners are likely to be those that blend advanced module tech with large-scale production, reliable delivery, and integrated system solutions. The deal flow in March hints that the PV market is moving into a new phase, less about fragmented volume and more about strategic, full-stack collaborations capable of meeting the demands of sizable developers worldwide.