PV MANUFACTURING EQUIPMENT
Stringing, layup, lamination, module assembly, encapsulation/cable materials and PV connector/switch manufacturing.
Module assembly is the largest stage in this directory. A typical sequence is stringing, layup, lamination, trimming, framing, junction-box fitting, curing, testing and packing. Write the module bill of materials and line layout into your brief before comparing stations, since every machine here is configured around them.
The cell stringer class lists four machines, including the ConfirmWare AMS120CA and the Autowell AM050EH/FH; the stringer throughput guide explains how to compare their rates. Layup systems come mostly from HORAD and SC SOLAR, for example SC SOLAR's vision-guided string layup. Ask how strings are placed, checked and reworked.
Module laminators range from the Yiheng laboratory laminator to multi-chamber production machines; the laminator specification guide covers temperature and vacuum tests. After lamination, framing equipment such as the HORAD framing system and the stations in module production lines complete the module.
Several classes here are materials, which need qualification as well as a price: encapsulation film, ribbon and busbar, junction-box components and potting materials. The module material qualification guide explains which ageing and adhesion data to request. For acceptance of the stations themselves, use the FAT and SAT guide. Completed modules are checked with equipment in testing and inspection.
Define the module recipe, cell format and interconnection design before sizing assembly equipment. A complete module-line quotation should identify the responsibilities at stringing, layup, lamination and subsequent handling. Compare machine speed only after defining its output unit and test material. Describe factory space, utilities, buffers and existing conveyors, then agree how commissioning and final acceptance will be demonstrated with representative production samples.
The Yitong PV-Y30m is a split junction box for solar modules: three separate housings, three diodes, 1500 V DC and a 20 A or 25 A rating, with IP65/IP68 and 4 mm² cable listed. The linked drawing calls it PV-YT30m, so ask Yitong to confirm the ordering code, then fix the diode option, connector pair and potting process for your module.
Yitong TechYitong's ultrathin busbar is a copper strip with a thin 5±2 µm Sn60Pb40 coating, a 186°C fusion point and mechanical limits of its own. It ships on a 6 kg spool. The data sheet's size rows (≤50 mm and ≥0.03 mm) lack clear axis labels, so ask for a cross-section drawing before you fix width and thickness.
Yitong TechYitong's low-temperature round ribbon is a round interconnect wire with a finished diameter of Φ0.15–0.4 mm and a coating that melts between 118 and 165°C. It is meant for stringing where cells can take only limited heat. Ask Yitong which alloy matches each temperature, choose one diameter pair, and test it against your cell's thermal and handling limits.
Yitong TechYitong's flat PV ribbon has a copper substrate of at least 99.95% purity and a Sn60Pb40 coating with a listed 189°C fusion point. The webpage offers 0.15–0.25 mm thickness and 0.4–2.0 mm width, wound on 7 kg or 9 kg reels. Pick the cross-section against your cell pads and stringer, then agree a solderability trial before ordering.
Yitong TechJS-606 PLUS is an oxime-cure silicone from Zhijiang, made to fix aluminium frames and junction boxes on solar modules. It tack-frees in 5–15 min (8 min typical), reaches tensile strength of at least 2.8 MPa and comes in white or black. Qualify it on your own frame coating and backsheet, and set handling time from a line trial.
Hangzhou Zhijiang Silicone ChemicalsH1Z2Z2-K is Qrunning's single-core solar cable in sections from 1.5 to 240 mm², rated 1.0/1.0 kV AC and 1.5 kV DC between conductors. It sits beside the smaller PV1-F range. Order it by section and construction, and validate it with the exact contact, seal and crimp process you will use on the line.
Ningbo Qrunning CableSJB2y is Minghe's three-piece smart junction box for PV modules. A long housing holds the shutdown electronics, flanked by two shorter boxes. The sheet lists 8–60V DC input, 25A, 1500V DC system voltage, IP65/IP68 and 4mm² wire. Before you quote rapid shutdown, ask Minghe which transmitter, firmware and system pairing it has tested with this box.
Zhejiang Minghe New Energy TechnologyPV-HBE4x laser-weld is a three-box module junction box from CHINT Xinhui. Every copper terminal offers a laser zone for the ribbon and a reserved solder zone for rework. The instruction defines four subtypes at 1000V or 1500V and 25A or 30A, all with 4mm² cable. The webpage adds a 35A option, so ask for the controlled specification of the rating you want quoted.
Zhejiang CHINT Xinhui PhotovoltaicPV-ZH011C-5 is a split junction box with left, centre and right positions. The outer boxes carry the outgoing cables and connectors; the centre box is shorter and has its own terminal layout. It is rated 1500 V DC in 18A, 22A, 25A or 30A versions. Order all three positions together, matched to your ribbon layout and wiring.
Zhejiang Zhonghuan Sunter PV TechnologyPV-JM807 is a junction box from Jiaming's PV catalogue, rated 1000 V DC with a TÜV label, contact resistance of 0.5mΩ or less and IP65 when mated. Its family table shows 6A, and Jiaming notes that a different diode changes the maximum working current. Before quoting, ask which diode the 6A figure assumes and at what temperature it applies.
Zhejiang Jiaming Tianheyuan Photovoltaic TechnologyGF50xy is Renhe's potting-sealed junction box for crystalline-silicon modules, rated 1500 V DC in both its TÜV and UL columns. It uses three diodes, with 13–16 A TÜV rows or a 20 A UL row, takes soldered ribbon up to 8 mm and measures 94×64.1×19.5 mm. Order by full suffix with the circuit drawing, cable, connectors and certificate annex for that variant.
Zhejiang Renhe Photovoltaic TechnologyJuner's EB-cured lightweight PV backsheet uses a solvent-free coating cured by electron beam at room temperature, and was shown as an EB-coated flexible sheet in September 2026. Grade code, thickness, roll width, bend radius and barrier data are not published. To quote it, send your module build and request a layer-by-layer specification and a numbered sample.
CGN Juner New MaterialsExact filters only match published specifications. Listings without that published value are not shown.