Silver has always had two identities. It is a precious metal held in bars, coins and investment products, but it is also a working material found inside switches, circuit boards, solar cells, vehicles and industrial equipment.

The industrial side now accounts for more than half of annual silver demand, yet the story is becoming less straightforward. Solar manufacturing remains a major consumer, although manufacturers are using less silver per unit of capacity. Vehicle electrification is pulling demand in the other direction, while AI and data-centre expansion are creating a newer source of electronics demand that is clearly growing but still difficult to measure precisely.

Understanding industrial silver demand therefore means looking beyond a single headline number. The mix of demand is changing, and the technologies behind it are changing too.

Key Takeaways

- Industrial fabrication used 657.4 million ounces of silver in 2025, according to the World Silver Survey 2026. It was still the largest broad component of global silver demand despite falling 3% from 2024.

- Metals Focus forecasts industrial demand of 639.6 million ounces in 2026, another decline of roughly 3%.

- Photovoltaics are responsible for much of the current weakness. Solar installations continue to expand, but manufacturers are reducing silver loadings through thrifting and substitution.

- Automotive silver demand is moving in the opposite direction. Oxford Economics forecasts growth of about 3.4% a year from 2025 to 2031.

- AI and data centres should support future electronics demand, although current research does not provide reliable enough silver-loading data to assign them a precise share of the market.

What Is Silver Used For?

Silver is useful in industry for reasons that are difficult to reproduce with cheaper materials. It has the highest electrical conductivity of any metallic element and performs extremely well as a thermal conductor. It also resists oxidation at electrical contact points, which helps explain its use in components that need to work reliably over long periods.

The industrial uses of silver are surprisingly wide. Electrical contacts, printed circuits, switches, solar cells, vehicle electronics, power-management systems, brazing alloys and industrial catalysts all use the metal in one form or another. Silver compounds also have selected medical and antimicrobial applications.

The amount used in a single product is often tiny. That can make industrial demand easy to underestimate until those small quantities are multiplied across millions of vehicles, hundreds of gigawatts of solar capacity and enormous volumes of electronic equipment.

The scale became especially clear over the first half of this decade. Industrial silver demand reached a record 680.5 million ounces in 2024, then eased to 657.4 million ounces in 2025. The World Silver Survey 2026 attributes much of that reversal not to a collapse in electrification or electronics, but to changing silver use within the solar industry.

Industrial Silver Demand Has Started to Change Shape

The 2026 forecast looks unusual at first glance. Investment in grids, electric vehicles, computing infrastructure and AI continues, yet total industrial silver demand is expected to decline.

Metals Focus forecasts 639.6 million ounces of industrial demand in 2026, compared with 657.4 million ounces in 2025. North American demand is expected to rise, while declines in East Asia, South Asia and Europe pull down the global figure.

The explanation lies largely inside the electrical and electronics category. Automotive use, grid investment and AI-related electronics remain supportive, but those gains are not expected to offset the contraction in photovoltaic demand.

That difference between the total and its individual components is important. Industrial silver demand is not moving as one block. One large application is becoming less silver-intensive just as other applications are becoming more important.

Silver in Solar Panels: Why More Panels Do Not Mean More Silver

Photovoltaic manufacturing has been one of the biggest changes in the silver market over the past decade.

Silver paste is printed onto solar cells to create conductive pathways. When the cell generates an electrical current, those pathways collect and carry it. Silver is particularly effective in the role because high conductivity helps reduce electrical losses.

The growth was rapid. Photovoltaic silver demand reached a record 197.6 million ounces in 2024, and PV represented about 29% of total industrial silver demand that year. A decade earlier, its share had been about 11%.

What happens next is more complicated.

Solar manufacturers have every reason to reduce the amount of silver they use. When silver becomes more expensive, the incentive becomes stronger. Cell makers have narrowed conductive lines, improved metallization and experimented with partial replacement by copper and other materials.

This process is generally known as silver thrifting.

The effect is already visible. The Silver Institute says photovoltaic installations are more than ten times higher than they were a decade ago, while silver demand from PV is only around three times higher. In other words, solar deployment and silver consumption have stopped moving at the same rate.

The World Silver Survey 2026 expects the divergence to continue. Solar installations may keep rising while silver consumption by the sector falls because the reduction in silver used per cell outweighs growth in the number of cells produced.

That is a much more useful way to think about silver in solar panels than using a fixed “grams per panel” figure.

How Much Silver Is in a Solar Panel?

There is no reliable universal number.

Different manufacturers use different cell technologies and metallization designs, while silver loadings are changing quickly. A figure quoted for one panel generation can become misleading when applied to another.

For market analysis, silver demand per unit of solar capacity is more useful than silver per individual panel. The direction is clear even without forcing a single number onto the market: silver intensity is falling.

That does not make silver irrelevant to solar. It means the industry is learning to produce more solar capacity from each ounce it consumes.

Silver in Electric Vehicles: Automotive Demand Is Taking a Different Path

The automotive silver story has less drama than solar, but its direction is easier to read.

Cars already contain silver in switches, electronic control units, safety systems, infotainment, electrical contacts and other components. Electrification adds battery-management systems, more sophisticated power electronics and a growing network of charging infrastructure.

Battery-electric vehicles generally use more silver than conventional vehicles. Oxford Economics, in research published by the Silver Institute, puts typical battery-EV silver use at approximately 25 to 50 grams per vehicle and estimates that EVs consume roughly 67% to 79% more silver than internal-combustion vehicles on average.

The same research forecasts global automotive silver demand to increase at a 3.4% compound annual rate between 2025 and 2031, reaching about 94 million ounces by 2031. EVs are expected to overtake internal-combustion vehicles as the largest source of automotive silver demand by 2027 and account for 59% of the sector by 2031.

Those are forecasts rather than guarantees. EV adoption rates, vehicle design and the amount of silver used in individual components can all change.

Still, automotive demand differs from the current PV story in one important respect. Vehicle electrification is adding electrical complexity, while solar manufacturing is working aggressively to remove silver from each unit of output.

AI and Data Centres: Real Demand, Less Reliable Numbers

AI has become one of the most frequently repeated parts of the silver investment story, and also one of the easiest to overstate.

The connection itself is credible. AI requires data centres filled with servers, processors, networking equipment and power-management systems. Those facilities also need switchgear, electrical connections, backup power and increasingly large amounts of grid infrastructure. Silver is present in many of the electronic and electrical components involved.

The scale of computing infrastructure is rising quickly. Oxford Economics estimates that global IT power capacity increased from approximately 0.93 gigawatts in 2000 to nearly 50 gigawatts in 2025. AI is adding to that demand for processing capacity.

What cannot yet be stated with the same confidence is exactly how much silver a data centre consumes.

The Silver Institute’s technology research explicitly notes the absence of precise silver-loading data for data centres. That makes estimates assigning AI or data centres a fixed percentage of global silver demand much less robust than figures for established sectors such as automotive or photovoltaics.

A careful interpretation is therefore more useful than an eye-catching percentage. AI and data centres are likely to increase demand for silver-bearing electronics and power equipment, but the scale of the effect still has to be inferred from hardware and infrastructure growth rather than measured directly in ounces.

That distinction matters if the aim is to understand the market rather than simply build a bullish narrative around it.

Why Does Industrial Silver Demand Matter to Investors?

Silver does not trade like a purely industrial commodity. Investment demand, jewellery, mine supply, recycling, inventories, interest rates and broader precious-metals sentiment all influence the market.

Industrial demand nevertheless carries unusual weight because of its size. In 2025 it accounted for well over half of total silver demand, which was approximately 1.13 billion ounces. A material change in industrial consumption can therefore alter the wider supply-demand balance.