烁叠

Last verified 2026-10-06.

• The maker describes 烁叠 as a tandem module combining perovskite and crystalline silicon, and its datasheet prints it as a series (系列) with separate perovskite and silicon ratings; neither source states the terminal configuration.
• The maker's product page lists demonstration projects in Lijiang (Yunnan) and Yanqing (Beijing), and neither source states commercial availability or an Australian release.
• It cannot be scored yet: an exact tandem model code, governing warranty terms and an applicable certification listing remain unresolved. The maker-hosted certificate reviewed elsewhere names perovskite models with a different power and voltage scope; it is not joined to this tandem series.
• The product page quotes 194 W and 27% for a 1200 x 600 mm module, while the datasheet rates the perovskite (110 to 135 W) and silicon (55 to 65 W) parts separately at STC; the two sources do not reconcile, so no single rated power is recorded here.
• This record is not joined to any other perovskite tandem record on review.solar.
• Legal manufacturer as printed: 仁烁光能（苏州）有限公司.
• The exact two-page Shuodie sheet has no established printed revision or revision date. At STC it rates the perovskite part at 110, 115, 120, 125, 130 and 135 W, with printed efficiencies of 15.30%, 16.00%, 16.70%, 17.40%, 18.10% and 18.80%. It separately rates silicon at 55, 60 and 65 W, with efficiencies of 7.60%, 8.30% and 9.00%. STC means AM1.5, irradiance 1000 W/m² and cell temperature 25°C. These are component columns, not a single combined module rating.
• The corresponding NMOT power columns are 82.72, 86.48, 90.24, 94.00, 97.76 and 101.52 W for perovskite, and 51.15, 55.50 and 59.80 W for silicon, at irradiance 800 W/m², ambient temperature 20°C and wind speed 1 m/s, with stated measurement tolerance of +/-5%. A numeric NMOT cell temperature is not established. Neither adding maximum values from separate columns nor averaging their efficiencies establishes a rated combined output or the page’s 194 W / 27% headline.
• The visually checked 65 W silicon STC column prints maximum-power current of 3.02 A and short-circuit current of 3.01 A, an unresolved inconsistency. The 110 W perovskite column prints Vmp 88.22 V and Imp 1.32 A; their product is 116.4504 W, which does not match its printed Pmax of 110 W. These values are preserved as maker disclosures without silently correcting them or selecting an assumed rated current. An exact revised electrical sheet is needed to resolve the table.
• The sheet gives separate temperature coefficients: for perovskite, Pmax -0.110%/°C, Voc -0.101%/°C and Isc -0.039%/°C; for silicon, Pmax -0.29%/°C, Voc -0.25%/°C and Isc +0.048%/°C. No single combined coefficient or terminal architecture is inferred from those parts.
• The common specification block states 1500 V maximum system voltage, -40 to +85°C operating temperature, one diode, an IP68 junction box and 4 A maximum fuse current. It lists 1200 x 600 x 10 mm, 0.72 m², 16.5 kg and +/-2400 Pa mechanical load. Junction-box IP68 is not whole-module waterproofing; fuse current is not continuous output. The block does not resolve how these limits apply to separate outputs or establish a wiring configuration.
• The accepted maker-hosted certificate PV 50658567 0001 names RS-M072BZWKTB-xxx and RS-M072BZWKHB-xxx, with xxx from 85 to 115 W in 5 W steps, 91 perovskite cells and up to 1000 V DC (Voc at STC). That scope is not an exact identity or approval join to this perovskite/silicon tandem sheet. Its printed validity is not proof of current certifier-registry status; the accepted public lookup failed with 503. No certificate, fire class or design-load rating is transferred from those nearby models.
• No governing tandem warranty was recovered. Exact commencement, duration, output/degradation entitlement, exclusions, claims, transferability, remedies, labour, freight and removal/reinstallation costs remain unresolved. Maker ageing-test, high-temperature and weak-light claims and demonstration projects do not establish independently reviewed exact-model performance, annual degradation or Australian availability.

• Renshine Solar product page: 烁叠https://www.renshinesolar.com/product/detail?id=5

  The maker's own page names the product 烁叠, describes it as a perovskite plus crystalline silicon tandem module, gives 194 W and 27% for a 1200 x 600 x 10 mm module, lists demonstration projects in Lijiang (Yunnan) and Yanqing (Beijing), and prints the legal company name.

• Renshine Solar datasheet: Perovskite/Silicon Tandem Module 烁叠系列https://www.renshinesolar.com/storage/files/%E4%BB%81%E7%83%81-%E7%83%81%E5%8F%A0-%E5%8D%95%E9%A1%B5.pdf

  The maker's datasheet prints the product as the 烁叠 series with no model code, rates the perovskite (110 to 135 W at STC) and silicon (55 to 65 W at STC) parts separately, and shows TÜV and CQC logos with no certificate numbers or warranty terms.

• Renshine IEC announcement, nearby perovskite certificate boundaryhttps://www.renshinesolar.com/article/detail?id=40

  Same-day certificate review reused without refetch. Maker-hosted PV 50658567 0001 covers named 85 to 115 W perovskite models and 1000 V scope; no exact Shuodie tandem join. Printed validity and current registry verification remain distinct.