52mm Single Busbar PERC Solar Cells - 0.6W
Product Overview
These single busbar solar cells measure 52mm x 52mm and use monocrystalline PERC construction. They are bare components for compact photovoltaic modules, prototypes and DIY solar projects. Each Grade A cell has a single front busbar, a rated power of 0.6W and a voltage of 0.55V. Choose a 20-, 50- or 100-cell pack to match the planned module layout.
This listing contains solar cells only. Interconnect materials, flux and soldering tools are not included. The cells require assembly and suitable protection as part of a finished module; they are not ready-to-connect solar panels.
Key Features
- 52mm square format provides a defined footprint for planning small cell matrices and enclosure space.
- Monocrystalline PERC construction offers a consistent cell technology for compatible module designs.
- A single front busbar identifies the contact layout to check when selecting interconnect materials and an assembly process.
- 0.6W per cell and 0.55V provide the individual-cell ratings for initial electrical planning, rather than a finished-panel output guarantee.
- 20-, 50- and 100-cell packs allow the selected quantity to match a prototype or small assembly run without an accessory bundle.
Details & Specs
| Product form | Bare solar cells for module assembly |
|---|---|
| Cell material and technology | Monocrystalline silicon, PERC |
| Grade | A |
| Dimensions per cell | 52mm x 52mm |
| Front contact layout | Single busbar |
| Rated power per cell | 0.6W |
| Voltage per cell | 0.55V |
| Front-side conversion efficiency | 22% |
| Pack quantities | 20, 50 or 100 cells |
| Package contents | Solar cells only, in the selected quantity |
Assembly & Package Notes
Review the front busbar and rear contact arrangement when planning interconnection. Check the electrical match with the rest of the design rather than assuming that every cell of the same dimensions is interchangeable. Select suitable interconnect materials, support and encapsulation for the intended module.
Handle the bare cells with minimal flex and pressure. Validate the assembly process on a representative sample before preparing a larger batch. Actual output depends on sunlight, shading, temperature and the completed module and system design.
