SOLAR SOLUTIONS FOR IoT DEVICES
Custom Solar Solutions for IoT Devices
Custom solar panels engineered for IoT sensors, wireless devices, tracking systems and remote electronics — optimized for size, voltage, power consumption and outdoor environments.
THE IoT POWER CHALLENGE
Reliable Power Is Often the Hardest Part of an Outdoor IoT System
Remote IoT devices may operate for months or years without access to grid power, making energy consumption, battery capacity and solar input critical to system reliability.
Limited Installation Space
IoT devices often have very limited surface area available for solar integration.
Low but Continuous Power Demand
Sensors may consume little power, but they need reliable energy every day.
Outdoor Environment
UV exposure, rain, temperature cycles and humidity can affect long-term performance.
Battery & Solar Matching
Incorrect panel voltage or power sizing can lead to slow charging, battery depletion or unnecessary cost.
OUR ENGINEERING APPROACH
We Design Around Your Device — Not Around a Standard Solar Panel
Instead of asking customers to fit their product to a standard panel, XRSOLAR evaluates device load, battery configuration, charging logic, installation space and operating conditions before designing the right solar module.
Device Load
Understand power consumption, working mode, and daily energy use.
Battery
Define battery voltage, capacity and backup power needs.
Charging Strategy
Evaluate charging logic, sunlight conditions and energy balance.
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Available Installation Area
Review panel space, mounting method and product structure.
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Solar Pnael Design
Design Panel size, voltage, power output and structure accodingly.
Need a Custom Solar Panel Engineered for Your Product?
Tell us about your application, electrical requirements and installation environment. Our engineering team will recommend the right custom solar panel solution.
IoT APPLICATIONS
Solar Solutions for Different IoT Applications
Custom solar panels for remote monitoring, smart agriculture, tracking systems, weather stations, wireless sensors and outdoor security devices.
Remote Monitoring
Reliable solar power for unattended monitoring equipment in remote environments.
✓ Environmental monitoring
✓ Water level sensors
✓ Remote telemetry systems
Smart Agriculture
Compact solar solutions for agricultural sensing and field automation systems.
✓ Soil sensors
✓ Irrigation controllers
✓ Agricultural monitoring devices
GPS & Asset Tracking
Solar-assisted power solutions for tracking and asset monitoring equipment.
✓ GPS trackers
✓ Asset monitoring equipment
✓ Remote telemetry systems
Weather Stations
Off-grid solar power for meteorological monitoring and data collection equipment.
✓ Meteorological sensors
✓ Water level sensors
✓ Data loggers
Wireless Sensors
Small custom solar panels for distributed low-power outdoor sensing devices.
✓ Outdoor sensing devices
✓ Environmental sensors
✓ Remote sensor nodes
Outdoor Security & Cameras
Solar charging solutions for outdoor surveillance and security electronics.
✓ Surveillance electronics
✓ Outdoor Monitoring
✓ Security cameras
Need a Solar Panel Designed for Your IoT Device?
Share your device requirements, installation space and power needs. Our engineering team can help evaluate the right solar solution.
CUSTOMIZATION OPTIONS
Solar Panels Designed Around Your IoT Device
From panel size and voltage to materials, mounting and electrical output, each solar module can be configured around your product requirements and operating environment.
Custom Size & Shape
Design the solar panel around the available surface area of your enclosure, housing or equipment.
✓ Compact panel dimensions
✓ Custom rectangular or irregular shapes
✓ Cell layout optimized for available space
Custom Voltage
Configure panel voltage to match the battery, charging circuit and electrical architecture of your IoT device.
✓ Low-voltage IoT systems
✓ 5V / 6V / 12V / 24V configurations
✓ Custom electrical specifications
Custom Power Output
Optimize solar output according to device consumption, battery capacity, operating cycle and expected sunlight conditions.
✓ Low-power solar modules for IoT devices
✓ Output optimized for daily energy demand
✓ Balance between panel area and charging performance
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Material & Surface Options
Select the panel structure according to outdoor durability, weight, appearance and expected service life.
✓ ETFE for lightweight outdoor devices
✓ PET for cost-sensitive applications
✓ Glass for long-life installations
✓ Flexible structures for curved surfaces
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Integration & Mounting Options
Customize the electrical output and mounting structure to simplify integration into your final product.
✓ Cable or solder pad output
✓ Custom connectors
✓ Mounting holes
✓ Adhesive backing
✓ Rear-side cable output
Engineering Note:
The final solar panel specification should be determined by device load, battery configuration, installation area and operating environment — not by panel wattage alone.
Ready to Design a Solar Panel Around Your Device?
Send your drawing or requirements. Our engineers will help create the right solar solution.
MATERIAL SELECTION
Choose the Right Solar Panel Material for Your IoT Device
Compare solar panel materials based on durability, weight, installation method and operating environment.
| Material | Best For | Key Benefits | Things to Consider | Typical Applications |
|---|---|---|---|---|
| ETFE Recommended | Outdoor IoT & remote devices | Lightweight, UV resistant, weather resistant, custom shapes | Higher material cost | Sensors, trackers, monitoring devices |
| Epoxy | Cost-sensitive small electronic devices | Low cost, compact structure, good appearance | Limited UV and long-term outdoor durability | Indoor sensors, low-cost electronics, educational devices |
| Glass | Long-life fixed installations | Excellent durability and stable performance | Heavier and thicker | Weather stations, industrial monitoring |
| Flexible | Curved or irregular installations | Lightweight and adaptable to curved surfaces | Mounting and bending radius require evaluation | Curved housings, portable outdoor devices |
Engineering Note:
The right material depends on environment, expected lifetime, weight and installation requirements — not cost alone.
PROJECT DEVELOPMENT
From Prototype to Production
A clear development process helps reduce design risk, verify performance and move your IoT solar project smoothly from concept to mass production.
Requirement Review
Review device load, battery configuration, installation limits and operating environment.
Solar Panel Design
Define panel size, cell layout, voltage, power output and material structure.
Prototype Development
Produce custom samples for mechanical fit, electrical performance and product integration.
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Testing & Validation
Verify electrical output, dimensions, appearance and project-specific requirements.
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Mass Production
Transfer the approved design into controlled OEM production with quality checks before shipment.
Ready to Move Your Solar Project Forward?
Send us your drawing or requirements. Our engineering team can review the project and recommend the next development step.
WHY OEM TEAMS CHOOSE XRSOLAR
Built for Custom IoT Solar Projects
From compact prototypes to recurring production orders, XRSOLAR supports IoT product teams with engineering, customization and controlled manufacturing.
Engineering Support
Optimize solar panel size, voltage, power output and integration based on your application requirements.
OEM Manufacturing
Flexible production support from prototype samples to repeat orders.
Quality Assurance
100% electrical testing with visual and production inspection before shipment.
Long-Term Project Support
Consistent specifications, repeat-order support and ongoing engineering communication for long-term IoT programs.
10+
Solar Manufacturing Experience
7
Production Lines
100%
Electrical Testing
0.1W –300W
Custom Solar Range
FAQ
Frequently Asked Questions About IoT Solar Solutions
Common questions about solar panel sizing, voltage, materials, prototyping and OEM production for IoT devices.
Still Have a Technical Question?
Share your device requirements, battery information or installation constraints. Our engineering team can help review your project.
Q1. What information do you need to design a solar panel for an IoT device?
We typically review device power consumption, operating voltage, battery type and capacity, charging circuit, available installation area, operating environment and expected sunlight conditions.
Q2. How do you determine the right solar panel size and power?
Panel size and power are evaluated based on daily energy consumption, battery requirements, charging efficiency, available panel area and local sunlight conditions. The goal is to balance reliable charging performance with the available installation space.
Q3. Can you make very small custom solar panels?
Yes. XRSOLAR supports compact custom solar modules for sensors, trackers, monitoring devices and other low-power electronics. Size, shape, cell layout, voltage and output can be customized around the device.
Q4. Which solar panel material is best for outdoor IoT devices?
ETFE is often selected for compact outdoor IoT devices because it is lightweight, UV resistant and suitable for customized shapes. Glass may be preferred for fixed installations where long-term durability is the priority.
Q5. How do you choose the correct solar panel voltage?
Solar panel voltage should be matched to the battery and charging architecture rather than the battery voltage alone. We review the charging controller, required operating voltage and panel Vmp/Voc before confirming the specification.
Q6. Can you produce prototypes before mass production?
Yes. Custom samples can be produced for mechanical fit, electrical performance and integration testing before the design is released for mass production.
Q7. What testing is performed before shipment?
Depending on the project, testing can include electrical performance checks, visual inspection, dimensional verification and project-specific quality requirements. Production orders are inspected before shipment.
Q8. Can XRSOLAR support repeat OEM production?
Yes. Once the design and specification are approved, the project can move into repeat OEM production with specification control and ongoing production support.
Ready to Design Your Custom Solar Panel?
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