Product Overview
Many commercial vans today function as mobile units-whether for maintenance, logistics, or field service.
But power supply is often limited.
This solution allows vans to generate electricity directly from the roof, supporting:
- tools and work equipment
- ventilation systems
- onboard electronics
battery charging during idle time
It is designed for:
- fleet operators
- van converters
- mobile service businesses
Parameters
| Parameter Categories | Parameter name | 110W 03N 2.6m |
210W 03M 1.7m |
300W 03W 1.7m |
500W 03W 2.6m |
|
| Electrical Parameters | Nominal power | 110W | 210W | 300W | 500W | |
| Conversion efficiency | 14.4% | 14.3% | 15.3% | 16.4% | ||
| Power tolerance | +5/0 W | +10/0 W | +10/0 W | +10/0 W | ||
| Maximum power voltage (Vmpp) | 28.4V | 18.1V | 38.1V | 62.4V | ||
| Maximum power current (Impp) | 3.89A | 11.65A | 7.89A | 8.03A | ||
| Open circuit voltage (Voc) | 36.3V | 23.2V | 48.0V | 77.2V | ||
| Short circuit current (Isc) | 4.66A | 一 | 9.21A | 9.07A | ||
| Maximum series fuse | 10A | 25A | 25A | 25A | ||
| Maximum system voltage | 1000V | 1000V | 1000V | 1000V | ||
| Thermal Properties | NOCT | 48℃ | 48℃ | 48℃ | 48℃ | |
| Power temperature coefficient | -0.38%/℃ | -0.38%/℃ | -0.38%/℃ | -0.38%/℃ | ||
| Voltage temperature coefficient | -0.28%/℃ | -0.28%/℃ | -0.28%/℃ | -0.28%/℃ | ||
| Mechanical Dimensions | Length | 2583mm | 1709mm | 1709mm | 2583mm | |
| Width | 348mm | 973mm | 1292mm | 1292mm | ||
| Thickness (at junction box) | 17mm | 17mm | 17mm | 17mm | ||
| Weight without adhesive | 1.7kg | 2.9kg | 3.7kg | 5.6kg | ||
| General Information | Battery type | CIGS | CIGS | CIGS | CIGS | |
| Junction box | IP68 | IP68 | IP68 | IP68 | ||
| Connector | MC4 | MC4 | MC4 | MC4 | ||
| Certifications | IEC61646/61 730 |
IEC61646/61 730 |
IEC61646/61 730 |
IEC61646/61 730 |
||
What makes it suitable for vans
Works during parking and job downtime:
Keeps batteries charged while the vehicle is stationary.
Handles real work environments:
Resistant to vibration, dust, and long outdoor exposure.
Doesn't interfere with roof equipment:
Can be installed around vents, racks, and tools.
Low-profile design for daily driving:
No impact on vehicle height or usability.
Typical Use Cases
- Mobile repair and service vans
- Logistics and delivery fleets
- Refrigerated vans (support auxiliary systems)
- Mobile workshops
Why businesses choose this
Compared to relying only on alternators or generators:
Reduces idle engine use
Lowers fuel consumption
Avoids noise and emissions
Provides power even when the engine is off
Business Value
For fleet operators and service companies:
fewer battery-related failures
improved equipment uptime
reduced operating cost over time
additional functionality for service vehicles
Proof & Reliability
- Tested under continuous vibration and outdoor conditions
- Stable output in partial shading and urban environments
- Certified for commercial use (CE, RoHS, REACH)
CTA
Tell us how your vans are used-we'll help you evaluate whether solar integration can reduce your operating cost.
FAQ
Q: Can solar panels power equipment in work vans?
A: Yes. They can support small tools, ventilation, and onboard electronics, especially when paired with battery storage.
Q: Do van solar panels work while the vehicle is parked?
A: Yes. That's one of their main benefits-they generate power during idle time.
Q: Are flexible solar panels suitable for commercial fleets?
A: Yes. They are widely used to reduce battery drain and improve operational efficiency.
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