Typical power
Low-power photovoltaic components
Mini Solar Modules
Miniature photovoltaic modules customized for low-power IoT nodes, sensors, trackers, educational electronics and compact products with tightly limited surface area.
Output
Custom voltage & current
Construction
Glass, PET or encapsulated
Product details & applications
See how the solution is configured and applied.
Cell cutting, interconnection, edge margin, encapsulation and termination define what is feasible at very small sizes.
Sleep current, active duty cycle, indoor or outdoor light and available area must be included in the energy budget.
Product overview
Engineered around the application.
Miniature photovoltaic modules customized for low-power IoT nodes, sensors, trackers, educational electronics and compact products with tightly limited surface area.
Key features
- Very small rectangular and selected custom shapes
- Series cell layouts configured for device voltage
- Indoor-light and outdoor-cell options considered
- Cable, solder pad and connector termination
- PET, ETFE, epoxy or glass construction review
- Mounting tape, tabs, holes or frame concepts
- Prototype samples for electrical and fit validation
- OEM labeling 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
0.1–0.5W0.5–2W2–5W5–10W
Shape and surface
SquareRoundNarrowSelected custom shapeGlassETFE / PETEpoxy
Termination
Solder padsFlying leadsMini connectorAdhesive mountingTabs / holes
Customization capabilities
Electrical, mechanical and interface options.
01
Length & width
02
Thickness
03
Shape
04
Cell technology
05
Open-circuit voltage
06
Operating voltage
07
Current
08
Rated power
09
Cable exit
10
Connector
11
Encapsulation
12
Mounting method
13
Backsheet color
14
Packaging
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
| Typical rated power | Approximately 0.1W to 10W; actual output depends on area, cell technology and test conditions |
|---|---|
| Cell technology | Monocrystalline silicon, polycrystalline silicon or indoor-light photovoltaic technology where appropriate |
| Electrical design | Series and parallel cell layout selected for voltage and current targets |
| Voltage | Custom open-circuit and maximum-power voltage within feasible cell layout |
| Current | Defined by active area, irradiance, spectrum and cell efficiency |
| Construction options | Glass laminate, PET laminate, ETFE surface or epoxy-encapsulated formats subject to application |
| Termination | Solder pads, flying leads or custom cable and connector |
| Mounting | Adhesive, holes, tabs, clips, bracket interface or product-integrated installation |
| Environmental target | UV, moisture, temperature and impact requirements reviewed for the selected construction |
| Tolerance | Electrical and dimensional tolerances stated in the approved specification |
Integration, validation & production
| Compliance planning | Material declarations and market-specific testing are confirmed per project |
|---|---|
| Production support | Feasibility, prototype, pilot and OEM / ODM production |
| Rated test condition | Electrical ratings reference an agreed light source, irradiance and temperature |
| Typical electrical values | Voc, Vmp, Isc and Imp are recorded for the approved geometry and test condition |
| Cell count / segmentation | Series count, parallel paths and cut-cell geometry optimized for voltage, current and available area |
| Power tolerance | Defined per approved module and production test method |
| Operating temperature target | Construction-specific and confirmed from encapsulant, substrate, leads and end-use environment |
| Cable details | Custom conductor, length, polarity, exit direction, strain relief and micro-connector options |
| Visual acceptance | Edge margin, cell alignment, encapsulation appearance, lead position and allowable cosmetic limits documented |
Applications
Typical product uses.
IoT sensors
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Smart tags & trackers
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Environmental monitors
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Educational electronics
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Low-power lighting
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.
Indoor smart devices
Configuration is evaluated against the device load, available space, operating environment and production requirements.
Embedded product charging
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 much power can a mini solar module produce?
Available power is governed mainly by active area, cell efficiency and real light conditions. The device energy budget and charging window should be reviewed before dimensions are fixed.
Can the module work under indoor light?
Selected photovoltaic technologies can be evaluated for indoor lighting, but the expected lux level, spectrum, duty cycle and storage requirement must be provided.
Can the shape be customized?
Rectangular modules are most efficient to manufacture, while selected curved-edge, round or irregular layouts may be feasible after a cell-layout review.
Can you add our connector?
Yes. Cable type, length, polarity, exit direction and connector can be matched to the device interface.
Is the rated output guaranteed outdoors?
Nameplate values are measured under stated test conditions. Real output changes with irradiance, angle, temperature, shading, surface condition and system losses.
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.