Length
Mechanical details reviewed against available space, assembly method and product handling.
Compact device-integrated solar
We customize small solar panels by size, voltage, current, shape, surface material, cable, connector and mounting method for electronic devices.

Product details & applications

Active area, voltage layout, edge sealing, cable exit and mounting features are developed together.

Available surface area, irradiance, charging input and enclosure design determine the usable solar contribution.
Product overview
Small custom solar panels are designed around the space, voltage and energy available at the device. Cell layout, laminate, cable exit, connector and mounting method are selected together for reliable product integration.

Common customization ranges
These ranges help start the discussion; they are not fixed stock models. We review dimensions, capacity, load and interfaces together before confirming a design.
Customization Capabilities
Voltage, capacity, dimensions, protection and interfaces affect one another. We review them as one system, then confirm the final design through drawings, specifications and samples.
Mechanical details reviewed against available space, assembly method and product handling.
Mechanical details reviewed against available space, assembly method and product handling.
Mechanical details reviewed against available space, assembly method and product handling.
Mechanical details reviewed against available space, assembly method and product handling.
Defined against the device load, runtime target and operating limits.
Defined against the device load, runtime target and operating limits.
Defined against the device load, runtime target and operating limits.
Defined against the device load, runtime target and operating limits.
Selected and arranged to balance performance, size, service life and manufacturability.
Interface type, position and electrical rating matched to the host product.
Interface type, position and electrical rating matched to the host product.
Material, finish and presentation options confirmed for the product and supply program.
Material, finish and presentation options confirmed for the product and supply program.
Mechanical details reviewed against available space, assembly method and product handling.
Cells & Construction Materials
Photovoltaic cell technology is only one part of the solution. Encapsulation, interconnects, cabling, mounting and environmental protection must work together as an approved assembly.
| Solar cells | Monocrystalline silicon, PERC, back-contact or another approved cell technology selected for area and output. |
|---|---|
| Front surface | Tempered glass, ETFE, PET or epoxy encapsulation selected according to size, weight and environment. |
| Encapsulation | EVA or application-specific encapsulant protecting the interconnection and cells. |
| Back structure | TPT / polymer backsheet, PCB, fiberglass or aluminum substrate options subject to construction. |
| Frame and mounting | Frameless laminate, aluminum frame, molded border, brackets, holes or adhesive interface. |
| Electrical interface | Tinned pads, junction point, cable gland, two-core cable and device-specific connector. |
Technical Specifications
These values provide a clear starting point for product selection and engineering review. Final electrical, mechanical, environmental and compliance values are confirmed for the approved design.
Need another value? Send the device voltage, load profile, runtime target, maximum dimensions, charging method and operating environment for an engineering review.
Applications
Evaluated against the device load, available space, operating environment and production requirements.
Evaluated against the device load, available space, operating environment and production requirements.
Evaluated against the device load, available space, operating environment and production requirements.
Evaluated against the device load, available space, operating environment and production requirements.
Evaluated against the device load, available space, operating environment and production requirements.
Evaluated against the device load, available space, operating environment and production requirements.
Evaluated against the device load, available space, operating environment and production requirements.
Evaluated against the device load, available space, operating environment and production requirements.
Engineering support
Each step confirms the technical details needed for a working prototype and repeatable OEM production.
Application and targets
Load and charging
Architecture and interfaces
Samples for evaluation
Performance and fit
Process confirmation
Inspection and delivery
FAQ
The starting point is the device energy budget, charging window, available surface area, location, seasonal light and expected system losses.
Voc and Isc describe open-circuit voltage and short-circuit current; Vmp and Imp are the voltage and current at maximum power under stated test conditions. The charger must be selected using the complete operating range, not wattage alone.
Yes. Cell layout, cable length, polarity and connector can be reviewed around the device charging architecture.
Glass prioritizes rigidity and long-term surface protection; ETFE and PET can reduce weight; epoxy is common for very small modules. The environment and lifetime target determine the best construction.
No. This product line focuses on compact, low-power modules for electronic products rather than residential or utility-scale systems.
Yes, for selected devices. Battery chemistry, panel voltage, charge controller, energy budget and environmental conditions must be evaluated together.
Faster engineering review
Start a project
Tell us your voltage, capacity, size, power or application requirements. We will help evaluate the right battery, solar or integrated solution.