Reviewed August 2026 against Silver Institute World Silver Survey 2025 data and USGS Mineral Commodity Summaries 2025.

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Moz means million troy ounces — the standard unit for silver supply and demand. In 2024, global mine production totaled 819.7 Moz against total demand of 1.16 billion oz, leaving a market deficit of 148.9 Moz, per the Silver Institute’s World Silver Survey 2025. Industrial demand alone hit a record 680.5 Moz, up 4% year-over-year, driven by solar photovoltaic manufacturing and electronics. The sections below break out each of those categories — mine supply, industrial demand, solar-specific consumption, and the deficit — with the exact figures and where to check for updated ones.

Global Silver Mine Production: 819.7 Moz in 2024

The Silver Institute’s World Silver Survey 2025 puts global primary silver mine production at 819.7 Moz for calendar-year 2024 (Silver Institute). That figure sits well below the 1.16 billion oz of total demand recorded the same year, which is the arithmetic behind the 148.9 Moz deficit discussed further down.

Mine output is concentrated in a small group of countries, most of which recover silver as a byproduct of base-metal mining rather than as the primary target:

• Mexico
• Peru
• China
• Chile
• Australia
• United States
• Bolivia
• Poland
• Argentina
• Russia

Key Insight Box

In the United States specifically, USGS Mineral Commodity Summaries 2025 lists domestic mine production at 1,100 metric tons for 2024, valued at approximately $960 million (USGS). Converted at roughly 32,151 troy ounces per metric ton, that’s close to 35 Moz — a useful cross-check against the country table further down, which uses independent Moz-denominated industry estimates. USGS republishes this series annually, typically in January for the prior calendar year, at its Mineral Commodity Summaries index — that’s the page to check for a more current U.S. mine-production figure than the one printed here.

Reading the Series Going Forward

The Silver Institute publishes World Silver Survey each April, with full calendar-year sector breakdowns for the year just closed. The 2025 survey (covering 2024) is the source for every figure in this article; the next edition, covering 2025, is expected in April 2026, followed by the 2026 edition covering that year in April 2027. If you’re reading this more than a year after August 2026, go to the Silver Institute’s site directly rather than trusting the numbers above — mine output and demand both move year to year, sometimes by double-digit Moz.

Global Industrial Silver Demand: 680.5 Moz

Global silver industrial demand reached a record 680.5 Moz in 2024, up 4% from 2023, according to the Silver Institute (Silver Institute). That single category — industrial use, excluding jewelry, silverware, coins, and investment bars — now accounts for roughly 59% of the 1.16 billion oz of total annual demand.

For comparison, jewelry fabrication demand came in at 208.7 Moz in 2024 (Silver Institute) — meaning industrial applications now outweigh jewelry demand by more than 3 to 1.

What “Industrial” Actually Covers

The industrial category is not one homogeneous use. The Silver Institute breaks it into sub-segments including solar photovoltaic manufacturing, electronics and electrical applications, automotive (including EV) electronics, brazing alloys, and other manufacturing uses. The two largest and most commonly searched sub-segments — solar and electronics — are covered in their own sections below because each has a specific, citable figure.

Solar Photovoltaic Silver Consumption: 232–243.7 Moz

Silver consumption in photovoltaic solar manufacturing reached 232 Moz in 2024 per the Silver Institute’s World Silver Survey 2025 (Silver Institute), which separately reports solar module manufacturing consumption at 243.7 Moz for the same year — the two figures reflect slightly different scoping within the PV supply chain (cell manufacturing vs. full module manufacturing), and both come from the same 2025 survey. Solar PV now represents 29–34% of all industrial silver demand, depending on which of those two figures is used as the numerator.

The demand driver is scale: global solar capacity additions hit 593 GW in 2024, according to industry data cited by PV Magazine (PV Magazine). Each panel still requires silver paste for its conductive contacts, and even as manufacturers thrift silver loading per cell, the sheer volume of new installations has kept total consumption climbing.

On the specific question of silver intensity — ounces or grams of silver per watt of solar capacity — that figure is not published in a form we can cite here. The Silver Institute and PV Magazine both describe a “sharp reduction in silver loadings” per cell industry-wide, but neither source we have access to gives a current gram-per-watt or oz-per-megawatt number. If you need that ratio for a specific calculation, the Silver Institute’s World Silver Survey (published each April) is the primary source to check, as it tracks PV silver consumption alongside global installed capacity from year to year.

Electronics & Electrical Applications

Silver’s conductivity makes it standard in printed circuit boards, connectors, switches, and multilayer ceramic capacitors. The Silver Institute describes electronics and electrical demand as reaching record levels in 2024, citing consumer electronics and AI-related hardware as growth drivers within that category (Silver Institute).

What we cannot do honestly is hand you a standalone Moz figure for “electronics and electrical applications” as a discrete line separate from the 680.5 Moz total industrial number — the Silver Institute’s public releases describe this sub-segment qualitatively (“record demand”) rather than with a published standalone tonnage or Moz breakout. If you need the exact sub-segment figure, that level of detail is typically only available in the full paid World Silver Survey report or GFMS-licensed data products, not the free summary releases cited throughout this article. Readers doing procurement forecasting for electronics manufacturing should treat 680.5 Moz industrial demand and 232 Moz solar PV demand as the two hard anchors, and back into an electronics-and-other estimate as the remainder, understanding that remainder also includes automotive, brazing alloys, and other manufacturing uses.

U.S. Silver Demand: What’s Published and What Isn’t

Several of the queries this article addresses ask for U.S.-specific trailing-month industrial demand figures (14, 15, or 16 months, excluding the most recent 2–3 months). We want to be direct about this: that series does not exist in the public domain in the form being searched for.

• What the Silver Institute publishes: Global demand figures, by sector, on a calendar-year basis (January–December), released each April in the World Silver Survey. There is no rolling 12/14/15-month trailing window in their public releases.
• What USGS publishes: U.S. silver mine production (1,100 tons / ~35 Moz in 2024), not U.S. silver demand by end-use sector. USGS Mineral Commodity Summaries tracks supply-side statistics, not consumption by industrial category.
• What’s missing: A U.S.-only breakout of industrial demand — excluding jewelry and investment — on any trailing-month basis. This would require proprietary trade statistics or a licensed industry data product neither the Silver Institute’s free releases nor USGS provide.

If your work requires that exact series — U.S. industrial silver demand, trailing 14 or 15 months, excluding the most recent 2–3 months — the method to get it is: (1) check whether the Silver Institute’s full paid World Silver Survey report (not the free summary) breaks out U.S. demand by sector, since regional detail sometimes appears in the full report but not the press release; (2) check the U.S. Geological Survey’s National Minerals Information Center for any supplementary consumption tables beyond the annual Mineral Commodity Summaries; or (3) commission the data from a metals-market data vendor that tracks monthly fabrication demand by region. We are not going to invent a number to fill that gap.

The Deficit and What It’s Done to Price

The gap between 819.7 Moz of mine supply and 1.16 billion oz of total demand produced a 148.9 Moz deficit in 2024 (Silver Institute). The Silver Institute’s separate 2025 forecast projects the deficit will remain sizeable at 182 Moz for 2025 (Silver Institute) — meaning the shortfall is projected to widen, not close, going into 2025.

Against that backdrop, silver’s nominal all-time high was $121.67 per troy ounce, reached January 29, 2026, per precious-metals market data (KITCO). Because that’s a live/spot data point rather than an annual survey figure, treat it as a marker of the price level reached on that date, not a forecast — check the KITCO chart link directly for the current spot price, since it will have moved by the time you’re reading this.

Sectoral Impacts: Agriculture, Forestry & Mining

Implications for Agriculture & Farming Sectors

Silver’s relevance to agriculture is less about direct crop application and more about its role in the agro-tech systems and infrastructure that increasingly power U.S. farms:

• Thin-film solar modules using silver-based conductors energize irrigation pumps and remote soil-moisture monitoring on farms across the Midwest and Great Plains, where grid access is often limited at field edges.
• Precision agriculture sensors measuring soil moisture, nutrient levels, and weather depend on silver-containing electronics for reliability under continuous outdoor exposure.
• Sectoral implication: Since solar PV alone consumed 232 Moz of silver in 2024 against a total mine supply of 819.7 Moz — nearly 28% of all mined silver — sustained PV growth directly competes with other silver-dependent manufacturing for the same constrained supply, a dynamic that shows up as equipment cost pressure for solar-powered irrigation controllers and monitoring hardware.
• Strategic recommendation: Farm equipment buyers and agri-tech manufacturers sourcing silver-containing components (solar controllers, sensor arrays) should track the Silver Institute’s annual deficit figure — a widening deficit (148.9 Moz in 2024, projected 182 Moz in 2025) is a leading indicator of input-cost pressure on that hardware.

Pro Tip Box

Silver & Forestry: Digital Transformation and Tech Integration

Forestry operations across North America increasingly rely on off-grid solar power and networked sensors for remote logging camps and wildfire monitoring — both dependent on silver-containing electronics:

• Remote logging camps using solar power for off-grid energy where utility connections are impractical.
• Forest monitoring systems tracking wildfire risk and biodiversity via networked sensors that use silver conductors in their circuitry.
• Sawmills and processing plants use silver’s reliability in control electronics and grid-stabilization units, particularly where on-site renewable generation introduces variability.

The same 819.7 Moz mine-supply figure and 148.9 Moz deficit that constrain agricultural equipment costs apply equally here — silver going into industrial and solar uses is silver not available to reduce costs elsewhere in the supply chain.

Mining & Mineral Processing: Output, Byproducts, and Infrastructure

Silver’s dual status as a primary product and, more commonly, a byproduct sets it apart from most other metals:

• Production sensitivity: Over 70% of global silver output is a byproduct (Silver Institute), meaning zinc, copper, and lead mining decisions — milling rates, cut-off grades — fundamentally shape total silver supply independent of the silver price itself.
• Infrastructure impact: Revenue from higher silver prices (reaching a nominal all-time high of $121.67/oz on January 29, 2026) funds mine-site upgrades — road access, power lines, tailings management — that benefit surrounding communities as well as operators.
• U.S. context: USGS lists domestic 2024 mine production at 1,100 metric tons, valued near $960 million — a relatively small share of the 819.7 Moz global total, underscoring why U.S. industrial users of silver are exposed to import dependence and global price swings rather than domestic supply conditions.

Common Mistake Box

Visual Insights: Video Highlights

These videos cover satellite-based mineral exploration methods relevant to the polymetallic deposits — lead, zinc, copper — that carry the byproduct silver discussed throughout this article:

Farmonaut’s Role in Modern Silver & Mineral Mining: Accelerating Discovery, Supporting Sustainability

At Farmonaut, we use satellite-based mineral intelligence to screen for the polymetallic deposits that host most of the world’s silver supply — from early-stage prospecting through commercial analysis.

• ✔ Use Case: Our satellite-based mineral detection platform screens large, remote areas for mineral prospectivity, including precious metals like silver and gold, base metals like copper and zinc, and specialty minerals.
• ✔ Benefit: Shifting early-stage screening from ground drilling to satellite data analytics reduces exploration costs by up to 85% and shrinks timelines from months to days.
• ✔ Workflow: Mark your area of interest at Map Your Mining Site Here. We process the relevant satellite data and deliver structured, actionable PDF/GIS-compatible reports within 5–20 business days.

Country-by-Country Production Table

The following table compiles the ten leading silver-producing countries. Figures are industry-consensus Moz estimates by country used for comparative sector-impact purposes; for the two figures we can source directly to primary data in this article — the global 819.7 Moz total and the U.S. 1,100-ton (≈35 Moz) figure — see the Mine Production section above, sourced to the Silver Institute and USGS respectively.

For exact, current Moz-by-country figures, the Silver Institute’s World Silver Survey (published each April) includes a full country breakdown table; the figures cited elsewhere in this article (819.7 Moz global total, 1,100 metric tons U.S.) are the two data points from that survey and from USGS we can verify directly against the sources linked above.

Silver Content Calculator for Solar & Electronics Buyers

Use the figures above to estimate how much of a given year’s global solar-PV silver demand your own project or procurement volume represents — useful context when negotiating supply contracts or assessing exposure to the deficit described above.

Assumptions: silver-per-megawatt is derived by dividing the entered global PV silver demand (Moz) evenly across entered global capacity additions (GW) for the same year — it does not account for differing cell technology or silver-loading thrift between manufacturers, and it excludes silver used in balance-of-system components (inverters, wiring) outside the panel itself. Default values are the 2024 global figures (232 Moz, 593 GW, $121.67/oz spot high) cited above; replace them with the current year's Silver Institute and spot-price figures for an up-to-date estimate.

Highlight Box: Special Mining Portal

How to Keep These Numbers Current

The figures in this article — 819.7 Moz mine production, 680.5 Moz industrial demand, 232–243.7 Moz solar PV consumption, 208.7 Moz jewelry demand, and a 148.9 Moz deficit — all describe calendar-year 2024, as reported in the Silver Institute's World Silver Survey 2025. That survey is published each April; the U.S. mine-production figure (1,100 metric tons, ~$960 million) comes from USGS Mineral Commodity Summaries, republished each January.

The durable method for using this article going forward is simple: don't treat any Moz figure above as fixed. Go to the Silver Institute's site each April for the newest World Silver Survey, compare the new mine-production and demand totals against the 2024 baselines here, and note whether the deficit is widening or narrowing relative to the 148.9 Moz (2024) and 182 Moz (2025 forecast) figures. Check USGS each January for the current U.S. mine-production tonnage. For live pricing, use a spot-price feed rather than the $121.67/oz January 2026 high cited here.

Silver's dual role — as both a byproduct of base-metal mining and an increasingly demand-constrained industrial input for solar and electronics — means supply-side technology matters as much as demand-side growth. Faster, cheaper identification of the polymetallic deposits that yield byproduct silver helps close the gap between 819.7 Moz of supply and demand that's already exceeded a billion ounces.