Silver Rises Over 120% YTD 
Published: 06-19-2026, 02:28 pm
Key Takeaways
- Solar PV silver demand fell 19% in 2026 to roughly 151 million ounces — the largest single-year reduction on record [World Silver Survey 2026, Silver Institute / Metals Focus]
- Despite that reduction, the global silver market is heading for its sixth consecutive annual supply deficit, widening to 46.3 million ounces from 40.3 million in 2025
- The deficit is widening because supply is contracting faster than demand — both sides of the ledger are shrinking; the gap is growing
- 762.1 million ounces have been drawn from above-ground stocks since 2021 — confirmed on page 17 of the World Silver Survey 2026
- Solar’s reduction is thrifting (using less silver per cell), not substitution (replacing silver with copper). They are different mechanisms
- Copper substitution in the dominant TOPCon cell architecture faces unresolved reliability issues; mass adoption is estimated at 2028–2030
- Three structurally growing demand pools are partially replacing solar’s volume loss: electric vehicles, AI data centres, and grid infrastructure
- Roughly three-quarters of silver is mined as a byproduct of base metals — supply cannot rapidly respond to silver-specific price signals
Solar photovoltaic manufacturers reduced silver consumption by 19% in 2026, to roughly 151 million ounces. Despite that reduction, the global silver market is heading for its sixth consecutive annual supply deficit of 46.3 million ounces — wider than the year before. The deficit is expanding because mine supply is contracting faster than industrial demand is falling.
Is Solar’s Silver Cutback Breaking the Silver Thesis?
Solar panel manufacturers are systematically reducing how much silver goes into each cell. In 2026, they cut their collective silver consumption by an estimated 19%. That brought demand down from 186.6 million ounces in 2025 to roughly 151 million ounces this year, according to the World Silver Survey 2026, published by the Silver Institute and London-based consultancy Metals Focus on April 15, 2026.
Consequently, a version of the same question is circulating in the sound money community. If solar — silver’s biggest industrial customer — is aggressively cutting back, is the structural case for silver damaged?
The answer is no. To understand why, you need to separate two things that often get confused: thrifting and substitution. They are not the same mechanism, and 2026 is a thrifting year, not a substitution year.
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What Is Silver Industrial Demand, and Why Does It Matter?
Silver industrial demand encompasses all consumption of silver in manufacturing applications — solar cells, electric vehicles, data centres, electronics, and grid infrastructure. It currently accounts for roughly 59% of total global silver demand, according to the Silver Institute.
Furthermore, it is the demand category most sensitive to price. When silver prices rise, industrial buyers adapt by using less per unit. However, that adaptation does not make silver irreplaceable. It simply reflects the economics of a raw material that has become more expensive.
In 2026, total global silver demand is expected to fall roughly 2% to approximately 1.11 billion ounces. At the same time, total supply is also contracting by 2%. When both sides of the ledger shrink at the same pace, the balance between them does not improve. That is why the deficit is widening.
Why Is the Sixth Consecutive Silver Deficit Getting Worse, Not Better?
The sixth consecutive supply deficit is projected at 46.3 million ounces in 2026, up from 40.3 million ounces in 2025. This widening gap persists even as demand softens, because the supply-side response is structurally limited.
Roughly three-quarters of all silver is extracted as a byproduct of copper, lead, and zinc mining. Therefore, silver mine output is governed by base metal economics, not silver prices. Primary silver mines are rare and take years to develop. This means supply cannot surge in response to demand signals the way oil or grain production can.
Moreover, the supply tailwinds of 2025 are reversing. In 2025, total silver supply rose 7%, driven by mine production gains and a 13-year high in recycling as elevated prices pulled scrap back into the market. In 2026, both of those tailwinds are fading. Supply is contracting. The deficit widens regardless.
Since 2021, the market has drawn down a cumulative 762.1 million ounces from above-ground stocks to cover the annual gaps — a figure confirmed on page 17 of the World Silver Survey 2026. That cumulative drawdown is approaching a full year of global mine output. It has no modern precedent.
What Is Solar Silver Thrifting, and Is It the Same as Substitution?
Thrifting means using less silver per unit of production. Manufacturers achieve this through thinner paste layers, tighter printing tolerances, and more efficient cell designs. Substitution, by contrast, means replacing silver with a different material entirely.
The 2026 solar reduction is thrifting. It is a rational response to higher input costs. Silver paste currently accounts for roughly 10–20% of total solar cell manufacturing costs, according to the World Silver Survey 2026. As silver prices rose sharply — averaging $40.03 per ounce in 2025, up 42% year-on-year — manufacturers had a strong economic incentive to economize.
However, a demand cut and a broken thesis are not synonymous. Solar silver demand is falling because the price did its job: it climbed high enough to compel the largest buyer to economize. That is normal price behaviour. It does not signal that silver is being designed out of the panel.
Can Copper Replace Silver in Solar Cells?
Copper substitution is the genuine bear case for solar silver demand. Some manufacturers are making real progress. Longi Green Energy plans mass production of copper-paste cells as early as mid-2026, and Aiko Solar is already selling silver-free cells into certain markets.
Nevertheless, full substitution faces a structural barrier. The dominant solar cell architecture in mass production — TOPCon — runs at high temperatures and voltages where copper pastes degrade in reliability over time. Pure copper oxidises more readily than silver and forms insulating oxide layers that reduce cell efficiency. These unresolved reliability issues have delayed mass adoption beyond early trials.
Analysts tracking the sector place meaningful copper substitution in TOPCon at 2028–2030, not 2026. In the meantime, the deficit persists.
What Is Driving Silver Industrial Demand as Solar Pulls Back?
The roughly 36 million ounces leaving solar this year are not disappearing from the economy. Three structurally growing demand pools are partially replacing them.
Electric vehicles. Battery electric vehicles use approximately 25–50 grams of silver per vehicle — 67–79% more than an internal combustion engine vehicle, according to the Silver Institute and Oxford Economics “Silver, The Next Generation Metal” report, published December 2025. Silver is used in battery management systems, power electronics, charging infrastructure, and electrical contacts. At 15 million EV units projected globally in 2026, automotive silver demand from this segment is structural, not cyclical. Furthermore, the Silver Institute forecasts EVs will overtake internal combustion vehicles as the primary source of automotive silver demand by 2027, accounting for 59% of the automotive market by 2031.
AI infrastructure and data centres. Data centre construction is a growing source of silver consumption. Silver is the best electrical conductor of any known element and the best thermal conductor of any metal. Consequently, it is the default material for switchgear, power distribution units, and relay contacts in reliability-critical infrastructure. The scale of the demand signal is visible in the infrastructure itself. According to the Silver Institute and Oxford Economics “Silver, The Next Generation Metal” report, published December 2025, total global IT power capacity grew approximately 53 times — from under 1 gigawatt in 2000 to nearly 50 gigawatts in 2025. The report notes that even without precise silver-loading data at the component level, a 5,252% increase in IT power demand directly translates into more computing hardware and, consequently, more silver in the systems that power, cool, and connect it.
Grid infrastructure. Power grid upgrades required to connect renewable energy sources, charge EV fleets, and supply data centres are silver-intensive. Transformers, switchgear, and high-speed transmission hardware all rely on silver in contact points where conductivity cannot be compromised. Grid investment in the United States and Europe is running at multi-decade highs.
What Does the Silver Supply Deficit Mean for Investors?
Silver’s current spot price of approximately [$64.84][silver-price-chart] sits roughly 46% below its January 2026 all-time high of $121. That correction was real. It reflected the FOMC’s hawkish dot plot, dollar strength, and — critically — the perception that solar thrifting breaks the demand thesis.
The data does not support that perception. A market in its [sixth consecutive structural deficit][six-deficits], drawing down 762 million ounces of irreplaceable above-ground stock, with three growing industrial demand pools partially replacing the one that is economising — that is not the profile of a metal whose structural case has weakened.
Moreover, the physical liquidity situation remains tight. Available silver in London vaults fell to a historic low of 17% unencumbered in September 2025, triggering a liquidity squeeze that sent lease rates to unprecedented levels. That tightness has moderated but not resolved.
None of this is investment advice. It is mechanism. Understanding the difference between thrifting and substitution, between annual deficit and cumulative drawdown, between price and thesis — that is what turns market noise into informed perspective.
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People Also Ask
Is silver industrial demand falling in 2026?
Total silver industrial fabrication is forecast to decline by roughly 3% in 2026, to a four-year low of approximately 650 million ounces, according to the World Silver Survey 2026 published by the Silver Institute and Metals Focus. The decline is led by the solar photovoltaic sector, where manufacturers are using less silver per cell in response to higher prices. However, some applications — including electric vehicles, data centres, and grid infrastructure — are continuing to grow, partially offsetting the PV decline.
What is thrifting in silver demand?
Silver thrifting refers to the process by which manufacturers reduce the amount of silver used per unit of production as silver prices rise. In the solar industry, this means applying thinner silver paste layers per cell and using more efficient printing techniques. Thrifting is distinct from substitution: thrifting uses less silver; substitution replaces it with another material entirely. The 2026 solar reduction is primarily thrifting, not substitution. Silver remains a core material in solar cell manufacturing; it is simply being used more sparingly at current price levels.
Why is the silver supply deficit widening even as demand falls?
The 2026 silver supply deficit is widening because total supply is also contracting — by roughly 2% — at the same time as demand falls. The supply tailwinds of 2025, which included a 7% increase in mine production and record recycling volumes, are fading in 2026. Meanwhile, roughly three-quarters of global silver comes as a byproduct of copper, lead, and zinc mining, meaning output cannot respond quickly to silver-specific price signals. When both supply and demand contract at similar rates, the annual gap does not close.
How much silver does an electric vehicle use compared to a petrol car?
According to the Silver Institute and Oxford Economics “Silver, The Next Generation Metal” report, published December 2025, a conventional internal combustion engine vehicle uses approximately 15–28 grams of silver. A battery electric vehicle uses roughly 25–50 grams — between 67% and 79% more. Silver is used in battery management systems, power electronics, charging infrastructure, and electrical contacts. The Silver Institute forecasts that electric vehicles will overtake internal combustion vehicles as the primary source of automotive silver demand by 2027.
Can copper replace silver in solar panels?
Copper substitution in solar cells is technically feasible in some cell architectures but faces significant challenges in the dominant TOPCon cell design, which uses high-temperature manufacturing processes where copper paste reliability degrades over time. Pure copper also oxidises and forms insulating layers that affect cell efficiency. Manufacturers including Longi and Aiko Solar are advancing copper-paste technologies, but industry analysts estimate meaningful mass adoption in TOPCon at 2028–2030 rather than 2026. In the interim, silver remains essential to most commercially produced solar cells.
What is the cumulative silver supply deficit since 2021?
According to the World Silver Survey 2026, published by the Silver Institute and Metals Focus on April 15, 2026, the global silver market has drawn down a cumulative 762.1 million ounces from above-ground stocks since 2021 to cover consecutive annual supply deficits. That figure is stated on page 17 of the survey report. It represents approaching a full year of global mine output and is a key reason physical silver liquidity remains tighter than headline inventory figures suggest.
SOURCES
1. Silver Institute — World Silver Survey 2026 (with Metals Focus, April 15, 2026) · Silver, The Next Generation Metal (with Oxford Economics, December 9, 2025) · Global Silver Investment to Remain Strong in 2026 (February 10, 2026)
2. pv magazine — Silver Demand from PV Industry Expected to Drop 19% This Year (April 15, 2026)
3. The Northern Miner — Solar Thrifting Not Enough to Curb Demand (June 2026)
4. NewsCase — Silver’s Structural Squeeze Deepens as Solar Thrifting and AI Demand Pull in Opposite Directions (June 2026)
Disclaimer: This article is for informational purposes only and does not constitute financial or investment advice. Always consult a qualified financial adviser before making investment decisions.
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