In 2026, international copper prices will rise strongly and enter a new era of "10000 yuan/ton". The price of London copper has repeatedly exceeded 12000 US dollars/ton and is steadily approaching the 15000 US dollars/ton mark. This round of rise is not a short-term fluctuation, but a systemic change driven by supply rigidity, demand restructuring, and financial expectations. Copper is transforming from a traditional industrial metal into a strategic resource that combines technology, energy, and geopolitics. Its price trend has become a "barometer" for global macroeconomics, energy transformation, and geopolitical games. This' copper bull 'market has a profound impact on the downstream industry chain, especially the motor industry - as one of the core areas of copper consumption, the motor industry is facing multiple challenges and restructuring in terms of cost, technology, and business models. The following provides a deep analysis from two dimensions, combined with the latest market trends and corporate response practices, to comprehensively present the deep logic and industry impact of this round of copper price increase.

1、 Five core driving factors for copper price increase in 2026

1. Continuous tightening on the supply side: The combination of mineral interruptions and insufficient investment creates a 'hard gap'

Global large-scale copper mines have experienced frequent accidents, leading to a sharp decrease in supply: the Grasberg copper mine in Indonesia was flooded due to mudslides, and production is expected to be suspended for up to six months; Serious landslides have occurred in the Chuquicamata mining area in Chile, and some Chinese controlled mines in the Democratic Republic of Congo have suspended exports due to safety inspections. A series of unexpected events have led to a reduction of over one million tons in global copper supply from 2025 to 2026, equivalent to 3% -4% of global annual consumption.

The growth of remaining known copper reserves worldwide cannot keep up with market demand, and new production capacity lags behind: since 2014, the number of large-scale copper discoveries worldwide has sharply decreased, high-quality deposits are becoming increasingly scarce, and exploration costs have skyrocketed. At the same time, due to the previous low copper prices, major mining companies have reduced their capital expenditures, resulting in delayed approval of new projects and a slowdown in construction. Even if production is accelerated at present, most projects will not be able to release production capacity until after 2028, making it difficult to alleviate the current tense situation.

The shortage of copper raw materials at the smelting end has led to difficulties in maintaining production: although the midstream smelting capacity in China, Chile, and Peru continues to grow, the upstream mining end is in short supply, resulting in concentrate processing fees (TC/RC) approaching the "zero" level. Some smelters even accept "negative processing fees" to maintain production line operations, only to maintain market share and customer relationships. The overall profits of the industry are severely squeezed, and some enterprises are close to the brink of losses.

2. US tariff policy triggers' inventory mismatch 'and market anxiety, artificially creating scarcity

The United States plans to impose a high 25% tariff on imported refined copper and copper products, covering multiple categories such as cathode copper, copper rods, and copper foils, citing "national security" concerns. This has sparked a wave of global traders rushing to hoard goods, with a large amount of copper resources being locked in and shipped to the United States in advance.

The inventory of cathode copper in the United States accounts for 75% of the world's total, a significant increase from less than 50% in 2024. It is expected to rise to 90% in the first quarter of 2026, causing the explicit inventory of major global exchanges such as LME and Shanghai Futures Exchange to continue to shrink, and the market's tolerance for supply disruptions has dropped to historical lows.

Any geopolitical conflict, maritime interruption, or port strike could trigger a price surge, creating a dual driving force of "artificial scarcity+financial speculation". The market is generally concerned that this move may trigger retaliatory trade barriers from other countries, further cutting off the global copper supply chain.

3. Green transformation and AI revolution give rise to structural demand explosion, and copper demand continues to grow

The copper consumption in the field of new energy has surged: the average copper consumption per electric vehicle has reached 80-100 kilograms, which is 3-5 times that of fuel vehicles; Photovoltaic power plants require about 5 tons of copper per megawatt of installed capacity, while wind power can reach up to 8-10 tons. With China, the European Union, and the United States accelerating their carbon neutrality goals, green infrastructure such as new energy vehicles, photovoltaics, wind power, and smart grids are accelerating comprehensively, continuously driving copper demand. According to the International Copper Research Group (ICSG), global demand for green energy related copper is expected to increase by 18% year-on-year in 2026.

In the field of artificial intelligence, AI big model training and inference rely on ultra large scale data centers, with a single data center using up to 3000-5000 tons of copper, covering server motherboards, power modules, cooling systems, and power distribution networks. With technology giants such as NVIDIA, Microsoft, and Google accelerating the deployment of AI infrastructure, global data center investment is expected to exceed $100 billion by 2026, and copper, as the "lifeblood of the digital age," is expected to significantly increase demand.

4. Positive macro environment: loose fiscal policy+interest rate cut cycle supports commodity bull market

The Federal Reserve started its interest rate cut cycle in September 2024. Although historical patterns show that copper prices are under pressure for 3-6 months after the rate cut, this round of performance is "strong against the trend", reflecting the market's strong confidence in a soft landing of the economy and increased fiscal stimulus in 2026.

The US Key Minerals Act and the EU Green Industry Program both provide significant subsidies to encourage the return of domestic copper processing and high-end manufacturing. G2 countries have entered a policy window period, increasing fiscal spending to stimulate the economy, promoting infrastructure investment and manufacturing recovery, and further strengthening demand expectations for industrial metals.

At the same time, the decline in real interest rates of the US dollar has reduced the opportunity cost of holding non yield commodities such as copper, enhancing its attractiveness as an anti inflation asset.

5. Financial attributes amplify volatility: speculative entry drives up the "scarcity premium", and market sentiment is high

Mainstream institutions such as Goldman Sachs, UBS, and Citigroup have raised their copper price targets to $12500-15000 per ton, believing that a "copper shortage" has become a consensus. Speculative funds were strategically placed in advance, and based on the narrative of "rigid supply+explosive demand", they went long on a large scale, resulting in a historic high of long positions in the futures market.

The price significantly deviates from the immediate supply and demand fundamentals, forming a financial driven upward trend. Copper, as a "commodity currency" and "economic barometer", its financial attributes are further activated in volatility, and the structure of spot premium (Backwardation) continues to deepen, reflecting strong market concerns about future shortages.

The recovery of the cryptocurrency market has indirectly boosted copper prices - Bitcoin mining and AI data centers are highly overlapping, and the construction of power infrastructure is synchronously driving copper demand.

2、 The impact on the motor industry: technological restructuring and industrial reshuffle under cost pressure

1. Increased cost pressure, compressed profit margins, and widespread pressure on the industrial chain

Copper accounts for as much as 30% -50% of the cost of motor raw materials, especially in brushed motors and low-voltage high-power motors, with some products even accounting for over 60% of the cost of copper materials. According to calculations, for every $1000/ton increase in copper prices, the cost of new energy vehicle drive motors increases by 2% -3%, and the cost of wind turbines per kilowatt hour increases by about 1.5%, directly compressing the profit margins of manufacturers and motor suppliers. ABB、 Top companies such as Dongyuan, Yinmengda, and Wolong Electric Drive have collectively announced a 10% price increase, with some small and medium-sized manufacturers following suit by 5% -8%. Cost transmission has become a common strategy in the industry, but it is facing resistance from downstream customers and its bargaining power is being tested.

2. Technological route differentiation: Brushless motors usher in strategic opportunities and accelerate the replacement process

The structure of brushed motors relies on copper windings and electric brushes to conduct electricity, and the cost reduction path is limited. They mainly rely on "material reduction" or "material substitution", but they are prone to sacrifice life and efficiency, have weak risk resistance, and face accelerated elimination in high copper price environments.

In the production of brushless motors, precise commutation is achieved through high-performance drive chips and vector control technology, increasing efficiency to over 90% and significantly reducing copper loss. Copper usage is reduced by 20% -30% at the same power, making "efficiency for material exchange" a core advantage.
The high copper prices have significantly accelerated the process of brushless substitution, especially in the fields of home appliances, power tools, new energy vehicles, industrial automation, etc., promoting the popularization of high-efficiency and energy-saving motors has become the main theme of industry technological upgrading. According to data from the China Electrical Appliances Industry Association, the market share of brushless motors in Q1 2026 has exceeded 65%, an increase of 12 percentage points year-on-year.

3. Enterprises transform their response strategies to cope with market fluctuations

More and more companies are adopting the "copper price+processing fee" contract model to achieve transparent price transmission, ensure stable processing profits, and reduce inventory risks.

In addition, top companies generally establish futures hedging teams and use financial instruments to hedge risks. By operating forward contracts through the Shanghai Futures Exchange and LME, we aim to lock in procurement costs for the next 6-12 months and avoid operational uncertainty caused by drastic price fluctuations.

Cost savings through technological and material innovation:

Promote alternative solutions such as aluminum windings, copper-clad aluminum wires, and silver copper composite wires to reduce material costs while ensuring performance;

Optimize electromagnetic design, increase power density, reduce iron core volume, and systematically reduce copper consumption per kilowatt of motor;

Exploring cutting-edge technologies such as carbon nanotube wires, polymer conductive materials, and high-temperature superconducting coils, some laboratories have achieved a reduction of copper usage by more than 50%.

Product high-end and intelligent transformation:Upgrade to intelligent control, integrated drive, and digital twin motors, providing an integrated solution of "motor+controller+software" to resist raw material fluctuations with technological premiums and enhance customer stickiness.
The repair and replacement market is under simultaneous pressure, and the service model is facing transformation

The cost of replacing windings, re embedding copper wires, and other services in motor maintenance has significantly increased. The purchase price of copper materials has doubled, and labor and equipment costs have also risen synchronously. Maintenance companies are facing a dilemma of "losing money if there is no increase, and losing customers if there is an increase". Some repair shops have switched to using aluminum wire or copper-clad aluminum wire, but customer acceptance is low and there are disputes over safety hazards. The industry is promoting the transformation towards new models such as "replacement and repair", "modular replacement", "remanufacturing+intelligent diagnosis", etc., to improve service efficiency and standardization level, reduce dependence on on-site winding, and extend product lifecycle.

4. The industry landscape is accelerating its reshaping, with parallel reshuffling and integration

Small and medium-sized enterprises are struggling to survive, with rising costs and weak terminal demand. Some companies are forced to reduce their copper consumption through methods such as cutting corners, shortening winding lengths, and using recycled copper in order to maintain cash flow. While this may be profitable in the short term, it will damage product reliability and brand reputation in the long run, and face risks of customer loss and quality claims, leading to increased pressure for elimination.

Top enterprises take advantage of the situation to expand, relying on technological reserves, financial strength, and global supply chain advantages to maintain stable supply and consistent quality, and further expand market share in the industry reshuffle. Wolong Electric Drive has improved its high-end market layout by acquiring European motor assets; Huichuan Technology has increased its R&D investment and launched the "Minimalist Copper" series of high-efficiency motors, winning the favor of new energy customers.

The collaborative upgrading of the industrial chain has become a trend, with motor companies signing long-term agreements with upstream copper suppliers (such as Jiangxi Copper and Tongling Nonferrous) to lock in prices and supply; Collaborate with downstream vehicle manufacturers and wind turbine manufacturers to establish a "cost sharing and technology research" mechanism, promote material innovation and standardization, and jointly build an anti fluctuation ecosystem.

3、 Future outlook: Challenges and opportunities coexist, transformation is the only way out

Short term (2026):Copper prices may continue to operate at high levels, with supply gaps and geopolitical risks still present. Coupled with strong financial speculation, prices may remain volatile in the range of $11000-14000. The motor industry needs to prepare for a "long-term winter" and strengthen cash flow management and cost control.

Mid term (2027-2030):With the increase in the utilization rate of recycled copper (aiming to reach 40% by 2030), the acceleration of urban mining development, and the maturity of aluminum instead of copper technology, material substitution will gradually alleviate the pressure. At the same time, the global tightening of motor energy efficiency standards (such as the mandatory implementation of IE5) has forced the popularization of high-efficiency motors and further optimized copper efficiency.

long-term:Technology driven is the fundamental way out - only through efficiency improvement, material innovation, system integration, and intelligent control can we break free from passive dependence on raw material prices. In the future, electric motors will not only be "power devices", but also "energy nodes" and "data entry points", and their value focus will shift from material costs to technological added value.

The future winners are not the companies with the most copper, but the innovators who know how to "use less copper, use copper well, and replace copper" the most. Whoever can achieve material reduction, efficiency improvement, and system integration first will be able to take the strategic initiative in the "copper bull" cycle. The transformation triggered by copper is reshaping the future map of the motor industry, driving the industry from "manufacturing" to "intelligent manufacturing".