Silver’s 3% Industrial Demand Drop Masks a Deeper Sectoral Shift

Silver industrial demand fell 3% in 2025 and is forecast to drop another 3% in 2026. At the same time, supply has persistently failed to keep pace with consumption, leaving the silver market in deficit for the sixth year running. Both of those statements are true simultaneously, and reconciling them is where the real demand story lives.

The apparent contradiction dissolves once you disaggregate. The headline decline is overwhelmingly a solar photovoltaic story: manufacturers are engineering silver out of each panel they produce, even as electric vehicle hardware and data centre infrastructure pull consumption in the opposite direction. The aggregate number is masking a sectoral reshuffle, not signalling a broad industrial retreat.

Here is what the sector-by-sector breakdown tells you about silver’s industrial demand trajectory through 2031, and which technology verticals represent durable exposure versus near-term noise. The distinction matters if you are evaluating silver as an investment thesis, not just reading a commodity summary.

Why the headline industrial decline is not the story it appears to be

Start with the numbers that drive the headlines:

• 2024: Industrial silver consumption reached 679.0 million ounces
• 2025: Consumption fell to 657.4 million ounces, a 3% year-over-year decline and the first post-pandemic pullback after four consecutive years of growth
• 2026 forecast: Approximately 639.6 million ounces, a further 3% decline driven overwhelmingly by photovoltaic offtake

Total silver fabrication demand fell approximately 2% in 2025 to roughly 1.13 billion ounces, with industrial uses accounting for approximately 58% of that total. Electrical and electronics applications are projected at 422.9 million ounces in 2026, down roughly 6% year-over-year. A clean read of those figures looks like broad weakness.

It is not. The record projected 19% drop in photovoltaic silver consumption in 2026 is doing almost all of the heavy lifting. Strip PV out, and the remaining industrial base is far more stable than the headline suggests, with brazing alloys and solders actually forecast to rise 1% year-over-year to approximately 51.0 million ounces.

Demand has outpaced available silver supply for six years in a row, even across periods when industrial consumption has fallen or flattened. Supply constraints, not demand resilience, may be the more consequential variable in silver pricing.

That deficit context changes the investment read on any further industrial decline. An investor who reacts to the headline 3% drop without disaggregating it by sector risks misreading the structural supply-demand balance entirely.

Silver supply deficit dynamics interact with industrial demand shifts in ways that are not captured by the aggregate consumption line: when industrial offtake falls but mine supply and recycling cannot cover the structural gap, the pricing floor can remain elevated even through periods of headline demand weakness.

Solar PV: why the world’s largest silver end-market is consuming less of it

Solar photovoltaics remain the single largest industrial end-market for silver, accounting for roughly 17-29% of industrial demand depending on methodology. The sector’s consumption trajectory tells a story that defies simple interpretation:

According to Oxford Economics, the world’s installed solar capacity is on track to grow at a 17% CAGR through 2030. Yet silver demand from the sector is falling at record rates. The divergence is not a contradiction; it is a mechanism.

Manufacturers are aggressively cutting silver loading per watt through three main techniques:

• Copper substitution in metallisation pastes, directly replacing silver content under pressure from elevated prices
• Zero-busbar designs that eliminate silver-intensive wiring connections between cells
• Ultra-fine screen printing that deposits thinner, more precise silver layers, pushing loadings toward technical floors

Some projections point toward loadings below approximately 5 mg/W by the late 2020s. The result is that volume of solar panels installed is not a reliable proxy for silver demand from the sector, and using solar deployment headlines as a bullish signal for silver will consistently mislead.

Copper substitution in solar metallisation is advancing faster than most demand models anticipated, with manufacturers across China and Southeast Asia trialling hybrid paste formulations that reduce silver loadings by 30-50% per cell while maintaining acceptable conductivity and long-term reliability benchmarks.

The TOPCon complication: more silver per cell, less silver per watt

The technology transition introduces a genuine ambiguity that prevents a clean directional call. The shift from older PERC (Passivated Emitter and Rear Cell) cells to newer TOPCon (Tunnel Oxide Passivated Contact) architecture, which is accelerating across the industry, tends to draw on greater silver content at the cell level. The cell itself uses more silver, but the cell also produces more power per unit, and the overall loading-per-watt target continues to push lower.

That means the trajectory depends on which variable moves faster: cell-level silver intensity rising with new architectures, or watt-level silver intensity falling with manufacturing efficiency. Scenario analysis, not a single trend line, is the appropriate analytical response. For investors building a silver demand thesis, solar cannot be modelled as a simple function of installed capacity. The technology transition demands explicit mg/W assumptions and a range of outcomes rather than a point estimate.

EVs and data centres: where durable silver demand is actually being built

According to Oxford Economics, battery electric vehicles (BEVs) use somewhere between 67% and 79% more silver per vehicle than conventional internal combustion engine (ICE) equivalents. Silver is incorporated across four main component categories:

1. Electrical contacts throughout the vehicle’s power and control systems
2. Battery management systems that monitor and regulate cell performance
3. Power inverters that convert DC battery output to AC for the motor
4. Sensors and charging hardware, including onboard charging circuits and ADAS sensor arrays

The average BEV requires roughly 25 to 50 grams of silver to build. Oxford Economics forecasts automotive silver demand to climb to around 94 million ounces by 2031, representing a 3.4% CAGR from 2025.

What makes automotive silver demand different from solar is substitution resistance. Many automotive applications are safety- and reliability-critical, including braking systems, power inversion, and battery management. Manufacturers cannot engineer silver out of these components without compromising performance in ways regulators and insurers will not accept. Per-unit intensity is therefore more stable and far less price-sensitive than in PV.

Automotive silver demand is structurally differentiated from solar because each vehicle platform locks in a fixed intensity profile for a 10-15 year product lifecycle, meaning adoption-curve forecasts translate more reliably into forward demand volumes than the technology-variable loadings that define the PV sector.

Each percentage point of global fleet electrification locks in a structurally higher silver baseline that persists for a decade or more of vehicle life. That gives investors a durable and measurable demand anchor that does not rely on price-cycle assumptions.

Goldman Sachs Research estimates that global electricity consumption by data centres will be 165% higher in 2030 than it was in 2023, driven by the rapid buildout of AI-focused computing capacity.

In its analysis of silver’s demand outlook, Oxford Economics singles out data centres and artificial intelligence as a distinct demand pillar alongside EVs and solar, citing all three as the sectors most likely to underpin silver consumption growth over the years ahead. Silver’s combination of electrical and thermal conductivity and corrosion resistance makes it difficult to substitute in high-density, high-reliability environments like server farms, switchgear, and advanced cooling systems.

Current surveys note that gains from AI-related data centres, grid upgrades, and high-speed transmission are partially offsetting PV weakness, though they are not yet large enough to reverse the aggregate decline. These two sectors represent the poles of silver demand confidence: automotive offers a quantifiable, adoption-driven growth curve; data centres offer high potential but require investors to track capex and deployment metrics as leading indicators until better bottom-up intensity data emerges.

How to disaggregate silver’s industrial demand profile for investment decisions

Headline industrial silver demand is not the right input for investment analysis. The sector composition, and the per-unit intensity dynamics within each sub-market, are what matter. Here are four monitoring variables, ranked by confidence and measurability:

1. Solar mg/W loading: The single most important variable for near-term headline direction. Track the speed at which loadings approach technical floors, with some commentary pointing below approximately 5 mg/W by the late 2020s
2. EV adoption rate: Each percentage point of fleet electrification delivers a measurable silver demand increment. The 3.4% CAGR to 94 million ounces by 2031 is the investable anchor
3. Data-centre capex and AI hardware deployment: Goldman Sachs’ projection of 165% power demand growth through 2030 is the most quantifiable public proxy available for downstream silver intensity until better bottom-up data emerges
4. Legacy electronics pricing pressure: Traditional electronics and some industrial uses are under both price and cyclical pressure, contributing to recent fabrication declines but representing a shrinking share of total demand

Substitution risk as the differentiating variable across sectors

Not all silver demand is equally durable, and substitution risk is the filter that separates structural exposure from cyclical exposure. Safety-critical applications in automotive, including braking, power inversion, and battery management, resist silver substitution because performance and regulatory requirements create hard technical floors. High-performance data centre hardware operates under similar constraints, where conductivity and reliability thresholds limit viable alternatives.

Solar metallisation and legacy consumer electronics face no such constraints. When silver prices rise, manufacturers in these sectors have both the incentive and the technical freedom to substitute. Investors should weight these sectors differently.

An investor who tracks mg/W trends in solar, EV adoption curves, and data-centre capex independently, rather than watching the aggregate industrial demand line, will consistently receive an earlier and more accurate signal about where silver demand is heading.

Where the industrial demand story lands for silver through 2031

Silver’s industrial demand profile is restructuring along three tiers:

• Durable growth anchor: Automotive and EV infrastructure, supported by a 3.4% CAGR to 94 million ounces by 2031, low substitution risk, and steady adoption curves
• Large but volatile incumbent: Solar PV, facing a record 19% projected decline in 2026, with TOPCon ambiguity creating genuine scenario width beyond that
• High-optionality emerging layer: AI data centres and digital infrastructure, backed by 165% projected power demand growth through 2030 but lacking component-level silver intensity data to support precise volume forecasts

The structural tension is real. Industrial demand may continue falling in headline terms for another year or two while EVs and data centres are still too small to offset PV’s decline, even as the underlying directional shift favours silver. The overall market deficit, now in its sixth consecutive year, provides the supply-side context that interacts with all of these demand dynamics and keeps the pricing floor higher than headline industrial weakness would suggest.

The directional shift from solar-dominated to EV- and data-centre-led silver consumption is already underway. Investors who position for that transition before the headline aggregate numbers reflect it will be acting on the more useful signal.

For investors wanting to understand how physical and financial investment demand interacts with the structural industrial supply-demand imbalance, our dedicated guide to silver investment demand and the market deficit covers the mechanics of how ETF flows, bar and coin accumulation, and speculative positioning compound the six-year deficit.

This article is for informational purposes only and should not be considered financial advice. Investors should conduct their own research and consult with financial professionals before making investment decisions. Forward-looking demand projections are subject to change based on technology developments, policy shifts, and market conditions.