Against the backdrop of accelerated global energy structure transformation and surging overseas demand for energy self-sufficiency, photovoltaic, energy storage, and lithium battery new energy products have become essential components in overseas markets such as Europe, America, Southeast Asia, the Middle East, and Africa. Unlike the domestic policy-driven market, overseas new energy procurement places greater emphasis on global raw material prices, export pricing stability, overseas implementation costs, and long-term supply cost-effectiveness. In 2026, the global supply and demand pattern of new energy raw materials will continue to be restructured, completely abandoning the previous years' wild price fluctuations. Terminal export prices will enter a period of rational decline and stable fluctuations, profoundly impacting the procurement and layout decisions of overseas distributors, overseas contractors, foreign companies, and overseas end-users. This article provides an in-depth analysis of global new energy raw material prices, export production costs, overseas terminal selling price trends, and changes in international market demand from an overseas market perspective, offering professional and practical procurement references and industry analysis for overseas customers and foreign trade partners.

I. 2026 Global New Energy Raw Material Market (Export Perspective)

From a global supply chain perspective, core new energy raw materials include lithium battery cathode and anode electrodes, electrolytes, separators, photovoltaic silicon materials, silicon wafers, and metal auxiliary materials. In 2026, the global raw material market is characterized by ample global production capacity, narrower price fluctuations, and more stable cross-border supply. In recent years, overseas procurement costs have been extremely unstable due to tight international supply chains, shipping volatility, and resource monopolies. This year, however, global upstream production capacity is being released in a concentrated manner, leading to a more balanced supply and demand, significantly reducing price and inventory risks associated with overseas procurement, and making the pricing of new energy export products more transparent and controllable.

Regarding global lithium battery raw materials, international prices for lithium carbonate and lithium hydroxide remain stable at low levels, fluctuating within a narrow range. With the expansion of global lithium resource mining and the diversification of supply chains in many countries, the tight international resource supply situation has been completely alleviated. The overseas procurement costs of mainstream cell materials such as lithium iron phosphate and ternary materials continue to decline, directly leading to a reduction in the export unit price of energy storage batteries and power batteries. Global production capacity for supporting materials such as anodes, electrolytes, and separators is ample and highly standardized, significantly improving the stability of cross-border supply and effectively ensuring the delivery and cost stability of overseas bulk orders.

The international market for photovoltaic raw materials has also entered a stable period. Global polysilicon and silicon wafer production capacity is ample, and international prices have remained low for a long time, resulting in consistently affordable export prices for photovoltaic modules. The global supply chain for auxiliary materials such as photovoltaic glass, EVA film, and core inverter components is mature, with strong standardized mass production capabilities and minimal price fluctuations. Stable global raw material prices have significantly reduced the overall investment costs for overseas residential, commercial, and off-grid photovoltaic power station projects, greatly stimulating international installation demand.

II. Changes in Production Costs and Cross-Border Costs of New Energy Export Products

The comprehensive cost of new energy export products consists of four parts: international raw material costs, large-scale manufacturing costs, cross-border logistics costs, and certification and compliance costs. Raw material costs account for the largest proportion and are the core factor determining overseas selling prices. In 2026, the overall new energy export industry chain showed a trend of: continuously declining main material costs, improved mass production efficiency, mature cross-border support, and a steady decline in comprehensive export costs, significantly improving the cost-effectiveness for overseas customers.

The decline in international main material prices is the core driver of export product price reductions. The continued decline in international prices of core raw materials such as lithium and silicon directly reduces the ex-factory costs of energy storage batteries, photovoltaic modules, and lithium battery equipment. Compared to the previous two years, the comprehensive cost of energy storage cell exports has decreased by more than 20%, providing overseas distributors and contractors with greater profit margins and pricing advantages. Meanwhile, China's domestic new energy industry chain boasts a high level of localization maturity, eliminating reliance on imported core components and effectively mitigating cost risks associated with fluctuations in international commodity prices and exchange rates. This results in more stable export pricing and more controllable delivery.

Mass production and cross-border support costs continue to optimize. Leading new energy export companies utilize automated, modular, and standardized production lines, leveraging large-scale export orders to reduce costs through mass production. High product yield rates and stable quality control effectively reduce overseas after-sales repair costs. Simultaneously, the mature domestic new energy industry cluster, with complete upstream and downstream support, significantly shortens production cycles and reduces customization and inventory costs. Coupled with the stability of cross-border logistics channels and the return of ocean freight prices to a reasonable range in recent years, the logistical efficiency and cost advantages of exporting new energy products are further highlighted.

Technological iteration further amplifies the export cost-effectiveness advantage. New-generation high-efficiency battery cells, high-conversion-rate photovoltaic technology, and lightweight modular design improve international performance standards while optimizing material utilization, achieving "performance upgrades without cost increases." This better suits localized usage scenarios overseas, such as off-grid electricity, unstable grids, and high electricity prices, significantly enhancing the product's competitiveness in the international market.

III. Price Trends of Overseas New Energy End-Products in 2026

Benefiting from global raw material price reductions, cost reductions in mass production, and mature overseas supply chains, the overall overseas end-product prices of new energy products steadily declined in 2026, with a continuous improvement in comprehensive cost-effectiveness. Different overseas sub-sectors exhibited clear and differentiated price trends, making them ideal for overseas customers to conduct bulk purchases, inventory planning, and project implementation.

The overseas energy storage market saw the most significant price reductions. Export prices for residential energy storage, small portable energy storage, and industrial and commercial energy storage systems continued to fall, completely changing the situation of high-priced overseas energy storage equipment procurement. In regions such as Europe, Southeast Asia, Australia, and Latin America, high residential electricity prices, unstable power grids, and frequent power outages have made low-cost energy storage products a necessity for overseas households and factories. Stable supply capacity and affordable overseas prices allowed overseas distributors ample profit margins for inventory, leading to a continued surge in sales in the end-market.

The overseas photovoltaic market saw continued price transparency and affordability. Export prices for photovoltaic modules and complete photovoltaic systems steadily declined, significantly reducing the installation costs of overseas distributed photovoltaic and off-grid photovoltaic projects and shortening the investment payback period. For overseas engineering contractors and EPC companies, the current low and stable export prices of photovoltaic products present the best window of opportunity for large-scale overseas photovoltaic projects and expansion into local markets. The economic viability and feasibility of large-scale ground-mounted photovoltaic power plants and overseas island microgrid projects have significantly improved.

International market price stratification is becoming increasingly apparent. While low-end, low-priced, and homogeneous products are inexpensive, they generally suffer from incomplete certifications, substandard safety, short lifespans, and incompatibility with European and American compliance standards, resulting in extremely high after-sales risks overseas. In contrast, mid-to-high-end new energy products with international certifications, high safety standards, intelligent operation and maintenance, long-term warranties, and compliant exports enjoy stable overseas prices, better reputations, and higher repurchase rates. The international market is rapidly eliminating low-priced, inferior products and shifting towards quality-oriented, compliant, and standardized procurement, making the long-term competitive advantage of high-quality export products increasingly prominent.

IV. The Impact of Changes in Global Market Demand on Overseas Prices and Supply

Changes in the global energy landscape continue to drive the rigid demand for new energy. Many European and American countries continue to promote energy self-sufficiency and reduce reliance on traditional energy sources. Coupled with persistently high residential and industrial electricity prices overseas, the demand for photovoltaic (PV) + energy storage systems in overseas markets continues to experience rigid growth. Unlike domestic policy-driven demand, overseas markets are driven by market-based energy conservation, backup power, off-grid independent power supply, and energy investment returns. This stable and sustained market demand provides long-term growth potential for new energy export products.

Different overseas markets exhibit differentiated demand characteristics. The European market focuses on high-standard, high-safety, and fully certified residential energy storage and distributed PV products; Southeast Asia, the Middle East, and Africa focus on highly adaptable, stable, and cost-effective off-grid energy storage and PV microgrid systems; Latin America and Australia focus on energy-saving and cost-reduction solutions for industrial and commercial energy storage. This diversified overseas regional demand effectively absorbs different categories of export products, stabilizes the international market price system, provides overseas distributors and contractors with a wide range of product offerings, and mitigates the risks of competition in a single market.

V. Specific Procurement and Layout Recommendations for Overseas Clients

Based on the global raw material market conditions, export costs, and overseas price trends in 2026, the international new energy market has entered a golden period for overseas expansion characterized by low costs, stable prices, enhanced compliance, and expanding demand. In the next 2-3 years, global raw material prices will remain stable, limiting the potential for significant price reductions in exported products. Industry competition will shift from simple price wars to comprehensive competition based on international compliance, product quality, export services, customized solutions, and stable delivery. This is highly suitable for overseas clients seeking long-term investment and stable inventory.

Specific overseas procurement recommendations are provided for overseas distributors, overseas EPC contractors, and overseas companies:

VI. Summary (Overseas Perspective)

In 2026, the global market for new energy raw materials remained generally stable, export production costs continued to optimize, and overseas end-product prices declined rationally. The new energy overseas market officially entered a golden period of development characterized by large-scale, compliant, and cost-effective operations. Global energy self-sufficiency needs, high overseas electricity prices, and grid instability are among the market pain points that continue to drive international demand for photovoltaic and energy storage products. For overseas distributors, overseas contractors, and overseas investors, current low-price procurement, compliant deployment, and long-term cooperation with source factories are key to seizing the global new energy market dividends and consolidating local market competitiveness.