Made-in-China spot offers pulled on 24 June 2026 put small-format polycrystalline cell packs at US$0.07-0.10 per watt on 5,000 W minimum order, while monocrystalline thermal-hybrid PV panels quote US$0.10-0.40 per watt and tier-1 stringer-and-tabber production lines are listed at US$70,000-80,000 per unit [S2][S3][S4].
SCI99 publishes daily closing market prices for photovoltaic glass — the cover substrate that typically accounts for roughly 7-9% of a crystalline-silicon module's bill of materials — with intraday and end-of-session prints updated through the Asian trading day [S1]. The aggregator's "market price" methodology strips extreme quotes and replaces them with a range that reflects the most likely dealing price band [S1].
Module and Cell Spot Bands on 24 June 2026
Polycrystalline and small monocrystalline cell lots on Made-in-China open at US$0.07-0.10/W with a 5,000 W MOQ, a price level that is consistent with the post-2024 oversupply correction in Chinese cell capacity and remains well below the 2021-2022 spot peaks that briefly cleared US$0.30/W [S3]. The same portal lists monocrystalline PV-thermal hybrid panels from a Guangdong manufacturer at US$0.10-0.40 per watt on tier-1 builds, reflecting the cost premium for the PVT (photovoltaic-thermal) absorber, dual-glass laminate, and integrated heat-exchanger loop versus a standard mono-PERC or TOPCon module [S4].
Stringer and tabber equipment — the workcentre that solders cell interconnects in a module line — is being offered at US$70,000-80,000 per machine by a Jiangsu-based OEM, with one-piece MOQ, putting a 100 MW-class tabber-stringer workcentre near the lower end of the 2018-vintage import-substitute price band [S2]. For comparison, an LED-solar integrated panel aimed at off-grid lighting and small appliance OEM channels is being quoted at US$0.07-0.10/W as a low-voltage building block [S3].
Upstream Glass Pricing and the SCI99 Daily Reference
PV cover glass is the single largest non-cell input in a glass-backsheet or dual-glass module, and SCI99 runs an intraday-plus-closing assessment against a defined exchange-rate reference and a documented dealing-price collection methodology [S1]. Quoted PV-glass spot bands are typically reported in RMB per square metre with a 3.2 mm and a 2.0 mm pattern, and SCI99 updates intraday prints and a closing print to capture both the offer and the dealt-side of the market [S1].
Glass-spot moves are read against the glass-backsheet laminate stack (3.2 mm tempered cover + EVA + cell + EVA + backsheet) versus the dual-glass laminate (3.2 mm + 3.2 mm), where dual-glass adds roughly 5-7 kg per 60-cell module and shifts the freight and framing cost envelope relative to a glass-backsheet build. The glass-cost share of the bill of materials is widely cited in the industry literature; the precise ratio for any given month is a function of soda-ash and natural-gas furnace energy costs (see Copper Production Capacity by Country: 2026 Country Mix, Refining Map and Supply-Demand on the copper-side conductor cost) and module-line throughput.
Policy Lever: Document 136 and the April 2025 Utilisation Rebound
China's NDRC and NEA issued Document No. 136 in early 2025, "Notice on Deepening the Market-Oriented Reform of New Energy On-Grid Tariffs and Promoting High-Quality Development of New Energy", which clarified the market-based on-grid pricing mechanism for new-energy generation and, alongside the "Administrative Measures for the Development and Construction of Distributed PV", set the policy floor under the 2025 demand recovery [S5]. The first half of 2025 marked the policy inflection point that EnergyTrend's April 2025 module capacity-utilisation survey recorded as a sharp rebound from the 2024 trough [S5].
Document 136's mechanism pushes new projects into a market-bid settlement for the on-grid portion above the guaranteed purchase baseline, which in turn restrains developer IRRs at sub-LCOE module prices and has the structural effect of capping module ASPs at the level required for grid-parity internal rates of return. The same policy package covers distributed PV construction management and is the reason the April 2025 capacity-utilisation number is read as a policy-driven — not a pure-demand-driven — print [S5].
Equipment Side: Stringer, Tabber and the US$70-80k Workcentre
The Yh-2000 automatic solar-cell tabber-stringer from YiLi PV Tech is listed on Made-in-China at US$70,000-80,000 per unit with a 1-piece MOQ, an indication that Chinese tabber-stringer OEMs are now competing on turnkey line price rather than just cell-count throughput [S2]. For a 100 MW shift, the tabber-stringer is the bottleneck workstation; its price floor sets the depreciation envelope for a new greenfield line and is the single largest cost line below the laminator and the cell-tester.
Buyer guidance for new lines: a workcentre in the US$70-80k band positions the full line — stringer + layup + laminator + flash-tester + framing — in the low-single-digit-USD-per-watt capex range for a 100 MW shift, consistent with a tier-2 line that buys cells on the spot market and assembles 60- or 72-cell mono-PERC or TOPCon modules. Procurement teams pairing PV-line capex with upstream cell and glass hedging should track the Hydrogen Fuel Cell Price Trend and 2026 Outlook: Stack, System and LCOH Drivers because alkaline and PEM electrolysers compete with PV direct-coupling for the same off-take wallet on hybrid renewable projects.
Connector, Frame and BOM-Adjacent Inputs
PV module bill-of-materials inputs that are not cells, glass or EVA include the aluminium frame, junction box, MC4-equivalent connectors and the potting silicone, and 2026 spot bands for these items are published in parallel on Made-in-China and tracked against the Connector Price Trend 2026: PCB, Solar and Crimp Tooling Bands reference. Junction-box and connector cost together is a small single-digit share of module BOM, but lead time on IP67/IP68 PV connectors has been a procurement bottleneck when utility-scale EPCs batch-release orders. [S1]
Selection Criteria: Module, Cell, Glass and Equipment Compared
A spec-driven buyer can line the main 2026 options up against four decision criteria: cell technology (poly vs mono-PERC vs TOPCon vs HJT), format (cell vs laminate vs PVT-hybrid), minimum order (W vs MW), and lead-time (stock vs 30-day vs 90-day). Against those criteria, poly cell at US$0.07-0.10/W is the lowest-cost building block on small-MOQ orders but is being displaced in new utility-scale tenders by mono-PERC and TOPCon; the PVT-hybrid panel at US$0.10-0.40/W is the right pick for combined heat-and-power sites where the thermal loop is fully utilised; the US$70-80k tabber-stringer is the entry point for an integrator building a 100 MW shift; and the SCI99-tracked PV glass spot price is the daily reference for the cover-substrate cost line that typically anchors 7-9% of module BOM [S1][S2][S3][S4].
For project-finance-grade procurement, the right primary reference is the SCI99 PV glass daily close plus a verified module ASP from a tier-1 OEM, with the cell spot band used only for module-line internal transfer pricing or for distributed-PV kit assembly. Investors tracking the broader renewable-input cost stack should pair this with the [Natural Gas Global Production Capacity by Country: 2024-2026 Country Rankings, Field](/news/natural-gas-global-production-capacity-by-country-2024-2026-country-rankings-field.html) reference because gas-feedstock furnace cost sets the soda-ash and therefore the glass-spot ceiling.
Limitations, Failure Modes and Sourcing Constraints
Spot prices on Made-in-China are offer-side and pre-deal, and the lower edge of any quoted band is typically conditional on the listed MOQ, payment terms and a verified supplier audit status — quotes on the platform from non-audited suppliers should be treated as indicative, not transactable [S2][S3][S4]. Module ASPs also split by technology: a US$0.07-0.10/W poly cell lot is not the same article as a US$0.10-0.40/W monocrystalline PVT panel, and a buyer who treats those two bands as substitutes is reading the wrong number [S3][S4].
PV-glass spot assessments are subject to the standard SCI99 methodology caveat that the published band reflects the most likely dealing price after outlier removal; intra-day volatility on soda-ash and natural-gas furnace costs can move the closing print by a meaningful amount relative to a fixed module ASP [S1]. Document 136's market-bid settlement mechanism also caps upside on module ASPs because developers will not clear IRR hurdles at elevated module prices, so a 2026 module price spike driven by a cell-side supply shock is more likely to compress upstream margins than to flow through to end-customer tariffs [S5].
Trackable signals through Q3 2026: the SCI99 PV-glass daily close versus the prior-week close, the next EnergyTrend monthly module capacity-utilisation print following the April 2025 rebound, the next Document 136 implementation bulletin on grid-bid settlement, and the next Made-in-China spot pull on cell, module and tabber-stringer workcentres [S1][S2][S3][S4][S5].
For component-level specifications, see pressure transmitter, flow meter, and industrial valve.