OSEPP
OSEPP SC10036 Monocrystalline Solar Cell 100mA 3.6V 2 Pack
Two monocrystalline solar cells deliver 100 mA at 3.6 V with Arduino-compatible barrel plugs and epoxy encapsulation for outdoor durability
- Monocrystalline cells deliver 100 mA at 3.6 V for Arduino projects
- Low-reflect epoxy encapsulation shields cells from impact and outdoor exposure
- Barrel-plug termination connects directly to Arduino-compatible boards
- Compact 60 mm square footprint fits tight enclosures
- Two-cell pack doubles available current for larger loads
Ready-to-wire solar pair for Arduino projects
Two monocrystalline cells arrive with barrel plugs already fitted, so they connect directly to compatible development boards. Each unit delivers 100 mA at 3.6 V and is sealed in clear epoxy for outdoor durability. The 60 mm square format suits breadboard-scale experiments and portable prototypes.
Replaces bare cells that need soldering
The pre-attached connectors remove the need for a soldering iron, heat-shrink tubing or custom cabling when moving from loose photovoltaic wafers. The jump is worth it when you want repeatable voltage without wiring errors or when the project must survive rain and handling.
Verify barrel-plug polarity and voltage tolerance
Confirm that your board accepts 3.6 V on the barrel jack and that the centre-positive convention matches the cell output. Check available mounting space for the 60 mm footprint and ensure the 100 mA current meets the load requirements of your circuit.
Highlights
- Monocrystalline cells deliver 100 mA at 3.6 V for Arduino projects
- Low-reflect epoxy encapsulation shields cells from impact and outdoor exposure
- Barrel-plug termination connects directly to Arduino-compatible boards
- Compact 60 mm square footprint fits tight enclosures
- Two-cell pack doubles available current for larger loads
Specifications
| Brand | OSEPP |
|---|---|
| Model | SC10036 |
Questions about this item
What are the dimensions of each solar cell so I can plan the mounting layout?
Each cell measures 60 x 60 mm, so allow that footprint plus any spacing you need for wiring or frame edges.
How do I connect the cells to an Arduino without soldering to the bare pads?
The pack includes a barrel plug termination; plug it directly into the Arduino power jack — the common mistake is forgetting to set the board to accept external power.
Will the epoxy encapsulation yellow or degrade, and can I replace just one cell if it fails?
The low-reflecting water-clear epoxy is designed to resist yellowing and outdoor exposure; cells are sold as a matched 2-pack, so plan to swap both together for balanced output.
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