TC54N-430 production-batch evidence review
TC54N-430 430W N-Type TOPCon Dual-Glass Module for RFQs
The TC54N-430 catalogue record describes a 430 W, 21.5% efficient N-type TOPCon module with 108 half-cells, 43.0 V Vmpp, 10.00 A Impp, 51.2 V Voc and 10.60 A Isc at STC. It lists 1762 × 1134 × 30 mm dimensions, 21.0 kg weight, 2.0 + 2.0 mm heat-strengthened glass, 80% ± 5% bifaciality and 1500 V maximum system voltage. No manufacturer-released datasheet or certificate is attached, so the exact suffix, BOM, load rating, connector, cable and production-batch documents remain mandatory.
Current source identity: TC54N-430 internal catalogue record and single-bin table; manufacturer, production suffix and released factory datasheet are not attached.
Current Source Specification Tables
These tables reproduce the current catalogue or attached datasheet record. Confirm the exact model identity, production revision and destination-specific documents before order release.
Electrical Characteristics (STC)
| Model | TC54N-430 |
|---|---|
| Maximum power (Pmax) | 430 W |
| Maximum power voltage (Vmpp) | 43.0 V |
| Maximum power current (Impp) | 10.00 A |
| Open-circuit voltage (Voc) | 51.2 V |
| Short-circuit current (Isc) | 10.60 A |
| Module efficiency | 21.5% |
| Power tolerance | 0 to +5 W |
| Bifaciality | 80% ± 5% |
| STC | 1000 W/m², 25°C cell temperature, AM 1.5 |
Mechanical Characteristics
| Cell technology | N-type TOPCon monocrystalline, dual-glass |
|---|---|
| Cell configuration | 108 half-cells |
| Module dimensions | 1762 × 1134 × 30 mm |
| Weight | 21.0 kg |
| Front / rear glass | 2.0 mm heat-strengthened glass / 2.0 mm heat-strengthened glass |
| Frame | Anodized aluminium alloy |
| Junction box | IP68 |
| Connector | MC4-compatible; final connector subject to approved datasheet |
Operating Conditions
| Operating temperature | -40°C to +85°C |
|---|---|
| Maximum system voltage | 1500 V DC |
| Maximum series fuse rating | 30 A |
| Nominal operating cell temperature | 43°C ± 2°C |
| Temperature coefficient of Pmax | -0.29% / °C |
| Temperature coefficient of Voc | -0.24% / °C |
| Temperature coefficient of Isc | +0.04% / °C |
| Mechanical load | Refer to the approved production-batch datasheet |
Packing Configuration
| Reference packing | 36 modules / pallet; 936 modules / 40 ft HQ |
|---|---|
| Packing note | Confirm loading quantity and pallet dimensions before booking |
Current document status
Request the approved TC54N-430 production-batch datasheet, nameplate artwork, BOM, IEC certificate/report scope, mechanical-load evidence, fire/PID documentation, connector and cable specification, warranty, flash list, packing drawing and serial traceability plan.
Current TC54N-430 evidence
Use the displayed values as a batch-approval checklist
The catalogue table is model-specific, but its factory identity and released document revision are still missing.
Single-bin electrical record
The table lists 430 W, 43.0 V Vmpp, 10.00 A Impp, 51.2 V Voc, 10.60 A Isc, 21.5% efficiency and 0 to +5 W tolerance at stated STC.
Temperature and operating labels
Pmax -0.29%/°C, Voc -0.24%/°C, Isc +0.04%/°C, 43°C ± 2°C NOCT and -40°C to +85°C are listed. No separate NOCT power/current/voltage table is provided.
Mechanical construction
108 half-cells, 2.0 + 2.0 mm heat-strengthened glass, anodized aluminium frame, IP68 junction box, 1762 × 1134 × 30 mm and 21.0 kg are displayed.
Open production fields
The connector is only described as MC4-compatible; cable length, exact connector maker/model, encapsulant, cell/BOM code, load rating and certificate coverage remain unconfirmed.
TC54N-430 procurement checks
Six checks before approving the residential-format module
Electrical fit, roof handling, mounting and document traceability must refer to the same production suffix.
Exact label and BOM
Require manufacturer, full suffix, cell/BOM code, glass, encapsulant, frame, junction box, connector, cable and nameplate to match the approved sample and datasheet.
String voltage
Use 51.2 V Voc, its temperature coefficient and site minimum temperature with the inverter maximum/start/MPPT voltage and applicable safety margin.
String current
Check 10.00 A Impp and 10.60 A Isc against inverter input/MPPT current, parallel strings, design factors, connector, fuse and cable limits.
Roof and mounting
Confirm module dimensions/weight, roof access, clamp zones, rail span, portrait/landscape permission, edge distances and project wind/snow design.
Bifacial and energy model
Treat 80% ± 5% as a source label; rear gain depends on verified rear construction, albedo, height, row spacing, shading and the project model.
Documents and logistics
Request certificate/report set, load/fire/PID evidence, warranty, flash/EL, serial traceability, pallet drawing, 36-per-pallet/936-per-container confirmation and current terms.
Electrical and evidence boundaries
A 430 W table does not prove batch identity, roof loading or certificate scope
Every delivered label, BOM component and test document must cover the quoted suffix and factory.
STC is not field output
430 W is measured under 1000 W/m², 25°C cell temperature and AM1.5; temperature, irradiance, mismatch, soiling, angle and system losses change output.
Bifaciality is not rear-side gain
An 80% ± 5% label does not guarantee additional yield. Confirm rear construction and model the actual mounting geometry and site albedo.
1500 V is not string approval
Maximum system voltage does not replace cold-Voc calculation, inverter operating window, connector/cable rating, insulation design and local code.
No load value means no structural conclusion
The current record says to refer to an approved batch datasheet. Require load/test conditions and project structural design before mounting approval.
Continue the TC54N-430 review
Connect the electrical table to datasheet and certificate controls
Use these guides to review the full module evidence package before order.
How to read a solar module datasheet
Check electrical conditions, temperature coefficients, mechanical/BOM identity, loads, packing and warranty boundaries.
Review module data →Solar certificate verification guide
Match manufacturer, factory, full model/suffix, standard edition and report scope before accepting certificate claims.
Review certificate scope →TC54N-430 FAQ
Questions to close before batch approval
The quotation and delivered nameplate must map to one approved production record.
Is TC54N-430 a confirmed manufacturer model?
It is a model-specific internal catalogue record, but the current page has no manufacturer-released datasheet or factory identity. Require the full production suffix and approved documents.
Can the module be connected to any 1500 V inverter?
No. Calculate cold string Voc and operating Vmp, then check inverter voltage/current, parallel strings, fuse, connector/cable and code limits.
Does 80% bifaciality guarantee extra energy?
No. Confirm the rear construction and model albedo, height, spacing, shading and rear irradiance; bifaciality is not a project yield guarantee.
Which files should accompany the order?
Request the approved datasheet/nameplate/BOM, IEC certificates and reports, load/fire/PID evidence, warranty, flash/EL criteria, packing drawing and serial traceability.
Prepare a TC54N-430 batch-approval RFQ
Send the inverter/string design, roof and load conditions, mounting method, destination certificate requirements, connector/cable standard, packing and traceability needs.
Start with the product, application or project information you have. We can help identify the remaining configuration, document or delivery questions before a final quotation.
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