Back Contact Solar Modules465–485 W

Catalogue-to-datasheet identity review

BC485 Catalogue Record / HY485-B96EDD 465–485W Back-Contact Module

The website catalogue calls this page BC485-B96EDD, while the attached two-page datasheet identifies the series as HY485-B96EDD and lists HY465 through HY485 power bins. For the HY485 bin it shows 485 W, 34.38 V Vmpp, 14.11 A Impp, 40.97 V Voc, 14.85 A Isc and 24.27% efficiency at STC. The PDF also displays 1762 × 1134 × 30 mm, 24.6 kg, N-IBC mono, a bifacial label, 25-year product and 30-year linear warranty graphics, 5400/2400 Pa and Class A claims. The BC/HY identity and every warranty, load, fire and certificate claim require matching released documents before quotation.

Identity conflict: catalogue and URL use BC485-B96EDD; the downloadable PDF cover and tables use HY485-B96EDD / HY465–HY485-B96EDD.

Catalogue / PDF identity: BC485-B96EDD / HY485-B96EDD (requires confirmation)HY485 STC bin: 485 W / 34.38 V / 14.11 A / 40.97 V / 14.85 AMechanical: 1762 × 1134 × 30 mm / 24.6 kg / 96 cellsPDF series range: HY465–HY485 / 465–485 W / 0 to +3%

Downloads

BC485-B96EDD Solar Module Datasheet (PDF)

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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	BC465-B96EDD	BC470-B96EDD	BC475-B96EDD	BC480-B96EDD	BC485-B96EDD
Maximum Power (Pmax)	465	470	475	480	485
Vmp(V)	33.95	34.06	34.15	34.24	34.38
Imp(A)	13.70	13.80	13.91	14.02	14.11
Voc (V)	40.55	40.64	40.75	40.85	40.97
Isc(A)	14.63	14.68	14.74	14.80	14.85
Module efficiency(%)23.2723.5223.7724.02	24.27
Maximum system voltage(V)	1500
Fuse Rating(A)	25
Temperature coefficient Pmax(%℃)	-0.26
Temperature coefficient Isc(%℃)	0.05
Temperature coefficient Voc(%℃)	-0.22
STC: Irradiance 1000W/m2, module temperature 25℃	, AM=1.5

Working Characteristics

Pmax(W)	357	361	365	369	373
Vmp(V)	31.99	32.12	32.23	32.33	32.47
Imp(A)	11.16	11.24	11.33	11.42	11.49
Voc(V)	38.43	38.56	38.67	38.75	38.92
Isc(A)	11.80	11.84	11.89	11.94	11.98
Power tolerance(%)	0~+3
NOCT(℃)	44±2
NOCT: Conditions:Irradiance 800W/m	2	, ambient temperature 20	℃	, wind speed 1m/s

Mechanical Characteristics

Number of cells	96pcs
Size of cell (mm)	182*105
Type of cell	N-IBC Mono
Thickness of glass (mm)	2.0
Type of frame	Anodized aluminum alloy
Junction box	IP68
Size of module (mm)	1762113430
Weight (kg)	24.6
Cables/connectors	4mm²	，	MC4 compatible
Length of Cable	Portrait:+300mm/-300mm

Packing Configuration

Pieces per pallet	36
Size of packing (mm)	179011301247
Weight of packing (kg)	909
Pieces per container	936
Size of container	40‘ HQ

Maximum Ratings

Operating Temperature(℃)	-40~85
Operating humidity(%)	5-85
Allowable Hail Load	25mm ice-ball with velocity of 23m/s

Current document status

A local two-page PDF is attached and visually verified. Request manufacturer confirmation that BC485 and HY485 refer to the same sellable model, plus certificate/report numbers, mechanical-load and fire test evidence, detailed BOM/rear construction, installation manual, signed warranty terms and current production/packing revision.

Verified PDF evidence

Keep the catalogue alias, PDF model family and exact power bin separate

The PDF is readable and internally consistent, but it does not explain why the website uses BC instead of HY.

Model-name mismatch

The catalogue says BC485-B96EDD; PDF page 1 says HY485-B96EDD and page 2 lists HY465/470/475/480/485-B96EDD. Obtain written cross-reference before order.

Exact HY485 electrical bin

The 485 W column shows 34.38 V Vmpp, 14.11 A Impp, 40.97 V Voc, 14.85 A Isc and 24.27% efficiency; do not apply those values to lower bins.

Working and temperature data

The HY485 working row shows 373 W, 32.47 V, 11.49 A, 38.92 V and 11.98 A under stated 800 W/m² NOCT conditions; Pmax/Voc/Isc coefficients are -0.26/-0.22/+0.05%/°C.

Mechanical/PDF marketing claims

The PDF shows N-IBC mono, 2.0 mm glass, anodized frame, IP68 box, MC4-compatible label, ±300 mm cable, bifacial/load/fire/warranty claims and certification logos; supporting files are not attached.

BC485/HY485 procurement checks

Six checks before accepting the 485 W back-contact bin

The PO, nameplate, certificate, warranty and flash list must all use a traceable model identity.

Identity cross-reference

Require manufacturer/factory letter mapping BC485-B96EDD to HY485-B96EDD, full nameplate, product code and certificate/warranty coverage.

Exact power bin

Specify HY485/485 W rather than the 465–485 W family; require flash list/tolerance and control any substitution to lower bins.

String fit

Use HY485 Voc/Vmp/Isc/Imp and coefficients for inverter voltage/current, parallel strings, connector/cable, 25 A fuse and 1500 V design checks.

BOM and bifacial construction

Confirm front/rear material, glass/backsheet or dual-glass architecture, cell/BOM code, encapsulant, frame, junction box and exact connector/cable.

Loads/fire/certificates/warranty

Request model-covered reports/certificates and signed warranty rather than relying on 5400/2400 Pa, Class A, IEC/TÜV/MCS/CE logos or 25/30-year graphics.

Packing and quality

Confirm 36 modules/pallet, 936/40-HQ, pallet dimensions/909 kg, flash/EL criteria, serial traceability, sample, inspection and arrival-damage process.

Alias and document boundaries

A downloadable datasheet does not resolve the BC/HY model conflict by itself

Supporting certificates, test reports and warranty must cover the delivered identity and factory.

BC and HY are not assumed equivalent

The current materials provide no formal cross-reference. Do not release labels, certificates or purchase orders until the manufacturer confirms the identity.

Series claims are not exact-bin certificates

Logos and IEC 61215/61730 text on the PDF do not replace certificate numbers, reports, applicant/factory and exact model coverage.

Load and fire claims need test conditions

5400 Pa snow, 2400 Pa wind and Class A appear on the marketing page, but clamp zones, mounting method, safety factors, test report and applicable fire standard are not attached.

Warranty graphics are not the warranty contract

25-year product, 30-year linear and 88.85% end value need signed terms, start date, degradation schedule, exclusions, remedy and claimant process.

Continue the BC485/HY485 review

Verify model coverage and order documents

Use these guides to match the PDF, certificates and commercial approval package.

Solar module datasheet guide

Read power-bin columns, STC/NOCT, mechanics, maximum ratings, packing and warranty boundaries correctly.

Review the PDF fields →

Solar certificate verification guide

Confirm BC/HY model mapping, manufacturer/factory, standards, reports and exact certificate scope.

Verify model coverage →

BC485 / HY485-B96EDD FAQ

Questions created by the catalogue and PDF identity difference

Written manufacturer confirmation is required before commercial release.

Are BC485-B96EDD and HY485-B96EDD definitely the same model?

The current website and PDF suggest a relationship, but no formal cross-reference is attached. Obtain manufacturer/factory confirmation and matching nameplate/certificate/warranty coverage.

Does the PDF cover only a 485 W module?

No. Its electrical table covers HY465 through HY485-B96EDD. The quotation must specify the exact 485 W bin and flash/tolerance requirements.

Are the 5400/2400 Pa and Class A claims fully verified?

They are visible in the PDF marketing panel, but supporting load/fire reports, clamp conditions, standard details and certificate scope are not attached.

Is the 30-year power warranty automatically contractual?

No. Request the signed warranty with degradation curve, end value, exclusions, installation requirements, remedy, transferability and claim process for the delivered identity.

Prepare a BC485/HY485 identity-controlled RFQ

Send string/mounting conditions, destination documents, exact 485 W bin, BOM/connector, packing and warranty requirements; require formal BC-to-HY model mapping.

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.

Verify BC/HY Identity