Typical power
Compact device-integrated solar
Small Custom Solar Panels
Small solar modules customized by dimensions, voltage, current, shape, cable, connector, laminate and mounting method for electronic device integration.
Typical voltage
3V to 24V custom
Use
Device-integrated OEM solar
Product details & applications
See how the solution is configured and applied.
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
Engineered around the application.
Small solar modules customized by dimensions, voltage, current, shape, cable, connector, laminate and mounting method for electronic device integration.
Key features
- Output designed from device energy demand
- Custom rectangular, round and selected special shapes
- Monocrystalline, PERC or application-specific cell options
- Glass, ETFE, PET or epoxy surface construction
- Cable, solder pad and connector integration
- Backsheet, frame, bracket and adhesive mounting options
- Prototype validation under defined light conditions
- OEM drawing, label and production support
Common configurable ranges
Useful starting points for an RFQ.
These are selection ranges rather than fixed stock SKUs. Dimensions, capacity, load and interfaces must be evaluated together.
Power discussion range
0.5–2W2–10W10–25W25–50WOther by area
Construction options
Tempered glassETFEPETEpoxyPCB backCustom backsheet
Electrical and mechanical
Custom Voc / VmpCustom Isc / ImpCable / connectorAdhesiveMounting holesCustom shape
Customization capabilities
Electrical, mechanical and interface options.
01
Length
02
Width
03
Thickness
04
Shape
05
Open-circuit voltage
06
Operating voltage
07
Current
08
Rated power
09
Cell technology
10
Cable gauge & length
11
Connector
12
Lamination
13
Backsheet
14
Mounting
Cells & construction materials
Selected for electrical, thermal and mechanical requirements.
Cell chemistry is only one part of the pack. Interconnects, insulation, spacing, sensing and enclosure materials 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. |
Typical specifications
Detailed engineering discussion range.
Values below describe common feasibility discussions—not a guaranteed stock model. Final limits are confirmed in the approved specification, prototypes and project validation.
Core product specifications
| Product type | Small custom photovoltaic module for electronic-device integration |
|---|---|
| Typical rated power | Approximately 0.5W to 50W; achievable output depends on active area, cell efficiency and test conditions |
| Typical voltage range | Approximately 3V to 24V classes, customized to the load or charging architecture |
| Electrical values | Voc, Vmp, Isc and Imp defined on the approved specification under stated test conditions |
| Cell technology | Monocrystalline silicon, PERC, back-contact or project-specific option |
| Efficiency | Cell- and construction-dependent; no single efficiency value is assumed across custom geometries |
| Dimensions | Custom compact format within cell-layout, cutting, interconnection and edge-seal constraints |
| Shape | Rectangular, round, triangular and selected irregular geometries subject to cell-layout feasibility |
| Construction | Glass, ETFE, PET, epoxy or application-specific laminate and backsheet |
| Interconnection | Solder pads, custom cable, connector, polarity and cable exit |
| Mounting | Adhesive, holes, tabs, frame, bracket or product-integrated mounting concept |
Integration, validation & production
| Environmental target | UV, moisture, temperature, impact and ingress requirements reviewed for the exact construction |
|---|---|
| Performance note | Actual output varies with irradiance, spectrum, angle, shading, surface temperature and system losses |
| Compliance planning | Material declarations and market-specific test scope are confirmed per project; no certification is assumed |
| Production support | Electrical and mechanical drawing, prototype, validation, pilot and OEM / ODM production |
| Rated test condition | Rated values stated at agreed irradiance, spectrum and module temperature; STC may be used where appropriate |
| Power tolerance | Project-specific output tolerance recorded on the approved drawing and electrical specification |
| Temperature coefficients | Cell-technology-specific coefficients considered when estimating hot- and cold-condition output |
| Operating temperature target | Defined for the laminate, adhesive, cable and device environment rather than assumed across all constructions |
| Cable specification | Length, conductor size, insulation, polarity, strain relief and connector selected per product |
| Junction / protection options | Direct lead, compact junction, blocking diode or bypass strategy where electrically appropriate |
| Prototype validation | Dimensions, appearance, Voc, Isc, Vmp / Imp where required, cable pull and application-relevant environmental checks |
Applications
Typical product uses.
IoT sensors
Configuration is evaluated against the device load, available space, operating environment and production requirements.
GPS trackers
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Security cameras
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Remote monitoring
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Battery maintenance
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Outdoor electronics
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Smart agriculture
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Lighting & signage
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Engineering support
From requirements to production.
- 01Requirement Review
- 02Electrical Evaluation
- 03Solution Design
- 04Prototype Development
- 05Testing & Validation
- 06Pilot Production
- 07Mass Production
FAQ
Planning your custom project.
How do we choose the solar module size?
The starting point is the device energy budget, charging window, available surface area, location, seasonal light and expected system losses.
What do Voc, Vmp, Isc and Imp mean?
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.
Can voltage and connector be customized?
Yes. Cell layout, cable length, polarity and connector can be reviewed around the device charging architecture.
Which surface material should we use?
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.
Do you supply residential solar panels?
No. This product line focuses on compact, low-power modules for electronic products rather than residential or utility-scale systems.
Can the module be paired with a battery?
Yes, for selected devices. Battery chemistry, panel voltage, charge controller, energy budget and environmental conditions must be evaluated together.
Faster engineering review
Send the details that define your application.
- Device and use environment
- Voltage, load and runtime
- Maximum dimensions
- Charging method
- Connector or interface
- Prototype and annual quantity
Start a project
Developing a product that needs a custom power solution?
Tell us your voltage, capacity, size, power or application requirements. We will help evaluate the right battery, solar or integrated solution.