LONGi Green Energy Posts Net Loss of 1.9 Billion Yuan in Q1

LONGi Green Energy Under Pressure in Q1, Net Loss Reaches 1.92 Billion Yuan

At the end of April, photovoltaic giant LONGi Green Energy released its Q1 2026 financial report. Data showed the company achieved operating revenue of 11.192 billion yuan for the quarter, a year-on-year decline of 18.03%. Net loss attributable to shareholders of the listed company reached 1.92 billion yuan, as performance continued to face downward pressure.

Exchange Rate Fluctuations Become Key Drag Factor

LONGi Green Energy noted in its announcement that one of the main reasons for the performance decline was the impact of exchange rate movements. The company shifted from foreign exchange gains to foreign exchange losses during the period, with losses increasing by approximately 700 million yuan year-on-year. This means that exchange rate factors alone dealt a significant blow to the company's profits.

As a deeply globalized photovoltaic enterprise, LONGi Green Energy derives a relatively high proportion of revenue from overseas operations, with a considerable portion settled in foreign currencies such as the US dollar. Against the backdrop of severe volatility in global currency markets, the impact of foreign exchange gains and losses on the company's financial performance has become increasingly prominent.

PV Industry Still in Deep Adjustment Phase

LONGi Green Energy's losses are not an isolated case. Since the second half of 2024, the photovoltaic industry as a whole has entered a deep adjustment cycle, with supply chain prices continuing to decline and profit margins for wafers, cells, modules, and other segments being significantly compressed. Although companies across the industry have been seeking breakthroughs through technological upgrades and cost reduction measures, the fundamental supply-demand imbalance has yet to be resolved in the short term.

In recent years, LONGi Green Energy has been betting heavily on the BC (Back Contact) cell technology route, attempting to build competitive barriers through differentiated technological advantages. However, the journey from R&D investment to large-scale profitable production for new technologies still requires time. Combined with the overall industry downturn, the company's short-term financial performance faces multiple challenges.

AI and Smart Technologies May Hold the Key to Industry Breakthroughs

Notably, as intensifying competition grips the photovoltaic industry, an increasing number of leading companies are integrating AI and smart manufacturing technologies into production and operations. Reducing costs and improving efficiency through AI-powered quality inspection, intelligent production scheduling, and smart PV plant operations and maintenance is becoming a new strategic direction for the industry. LONGi Green Energy has previously disclosed that the company continues to invest in smart manufacturing, leveraging big data and artificial intelligence to optimize production processes.

Against the backdrop of explosive growth in computing power demand, data centers' appetite for green energy is also rapidly rising, and the synergies between the photovoltaic and AI industries are becoming increasingly apparent. In the long run, this trend may open up new growth opportunities for photovoltaic companies.

Outlook: Short-Term Pressure, Long-Term Fundamentals Unchanged

Despite Q1 results falling short of expectations, from a long-term perspective, the overarching direction of the global energy transition remains unchanged. As one of the most economically viable clean energy sources, the underlying demand logic for photovoltaics remains solid. As an industry leader, LONGi Green Energy still holds significant advantages in technology reserves, production capacity, and brand influence.

Key factors to watch going forward include: the pace of industry capacity rationalization, the commercialization timeline of the company's BC cell technology, and the ongoing impact of global exchange rate trends on overseas operations. In this photovoltaic winter, who can be the first to ride through the cycle will depend on the dual test of technological innovation and operational resilience.