Product Overview & System Integration
This IP65-rated portable solar camping light integrates a 3W monocrystalline PERC solar panel with a 3.2V/6Ah LiFePO4 battery and an optimized MPPT controller, designed specifically for outdoor gear wholesalers, landscape contractors, and off-grid project distributors. Operating as a fully standalone off-grid illumination system, this versatile unit delivers a stable 5V output power bank functionality to support emergency mobile device charging in remote regions. The rugged construction makes it highly adaptable for diverse operational scenarios, including wilderness campsites, municipal emergency response, RV touring, telecom field maintenance, and residential garden backup lighting. Our China factory provides extensive deep customization options, allowing bulk buyers to select color temperatures from 3000K to 6500K, customize ABS housing colors, print custom logos, and adjust PCBA dimming firmware configurations. With flexible system adaptation, this commercial-grade lantern serves as the best solar-powered camping lantern solution for international supply chains seeking reliable off-grid products.

Material & Technical Specifications
|
Color Temperature(CCT) |
6500K |
|
Material |
PP+PP |
|
Application |
Outdoor, camping, Indoor |
|
Light Source |
LED |
|
Model Number |
Solar camping light |
|
Color Rendering Index(Ra) |
80 |
|
Lifespan (Hours) |
20000 |
|
Support Dimmer |
Yes |
|
IP Rating |
IP66 |
|
Lighting solutions service |
Lighting And Circuitry Design |
|
Lamp Luminous Efficiency(lm/w) |
90lm |
|
Product Weight (kg) |
0.2 |
|
Temperature(°C) |
-40,-45 |
Quality Control & Global Standards
- 72-Hour Aging Protocol: 100% of units undergo continuous burn-in testing prior to shipment. Optical testing verifies lumen depreciation is restricted to <5% @3000h under IEC 62722 standards.
- Salt Spray Corrosion Resistance: ABS housing and stainless steel hardware endure a 48-hour ASTM B117 salt spray test to ensure zero structural degradation or surface rusting in high-humidity coastal zones.
- Ingress Protection Verification: Every production batch undergoes 100% full inspection inside an IP65 automated water spray chamber for 30 minutes to guarantee absolute resistance against heavy rain.
- High-Low Temperature Cycling: Units successfully complete 48 thermal cycles ranging from -20℃ to +60℃, ensuring circuit stability, structural seal integrity, and component adhesion.
- Battery Lifecycle Verification: LiFePO4 cells undergo automated charge-discharge testing for 2000+ cycles, ensuring capacity retention remains above 80% to maximize system reliability.
- LM-80 Chromaticity Compliance: High-efficacy LED chips comply fully with LM-80 standards, ensuring color temperature shift stays well below ±150K over prolonged field deployment.
- Electrical Safety Inspection: Every item is tested for proper OVP/OCP activation and insulation resistance exceeding 100MΩ to prevent electrical shorts during emergency power bank operation.
- Traceability Assurance: Each batch is assigned a unique tracking code linked to its original production line and QC inspection report, enabling fast warranty and service response.
- Certification Portfolio: Complete test reports for CE (EMC+LVD), RoHS, FCC, IP65, and IK08 are available, alongside ISO9001 documentation to support TUV/SGS third-party factory audits.

Packaging & Logistics Safety
- PV Panel Protection: Solar panels are secured with thick expanded polyethylene (EPE) foam pads and edge protectors inside five-layer corrugated boxes, fulfilling ISTA 3A drop test requirements.
- Battery Module Isolation: Integrated lithium iron phosphate cells are packaged in anti-static, shock-absorbing custom trays filled with industrial desiccants to combat maritime humidity.
- Main Enclosure Care: The main lamp body is encased in molded foam inserts, covered in polybags, and shrink-wrapped to eliminate surface scratching or physical deformation during transport.
- Palletized Consolidations: Master cartons are stacked on fumigated wooden pallets, wrapped with heavy-gauge stretch film, braced with protective corner profiles, and secured using tension straps for stable container loading.
- Dangerous Goods Compliance: All battery-powered shipments are fully certified under UN38.3 and MSDS frameworks, complete with Class 9 dangerous goods declarations for seamless sea/air logistics clearance.
- Bespoke Branding Formats: We support neutral packaging, custom commercial color graphics, and localized multi-language instructions to meet the regulatory requirements of global retail brands and regional tenders.

Typical Application Scenarios
Remote Wilderness Expeditions
Reliable standalone illumination with built-in solar tracking capabilities for remote outdoor expeditions and commercial camps.
Emergency Infrastructure Support
Fast-charging safety lanterns to replace grid dependency during regional power disruptions or disaster recovery deployments.
Temporary Worksite Illumination
Rugged, movable off-grid light sources for temporary municipal maintenance sites, remote telecom infrastructure repair, and industrial construction areas.

FAQ
Can this solar lantern be suspended from standard tent poles or hooks without extra hardware?
Yes, the unit features an integrated stainless steel carabiner hook and a slip-resistant ergonomic handle. It mounts securely onto standard 15-30mm tent poles or branch fixtures within seconds. Custom brackets are available from our factory for specific industrial mounting requirements.
What is the factory production lead time for a bulk wholesale order of 1,000 customized camping lights?
Standard configurations ship within 15 days. For 1,000 units with custom housing colors and laser-etched brand logos, the production lead time is 25 days following sample approval. Our engineering team provides a free 3D CAD mockup within 48 hours for confirmation.
How does the internal LiFePO4 battery manage extreme environmental heat during desert storage?
The integrated battery management system features a high-temperature thermal cutoff at +60℃. Unlike standard lithium-ion, our premium LiFePO4 cells resist thermal runaway up to +65℃ storage limits, ensuring stable structural safety and zero capacity degradation during severe desert heat exposure.
Call to Action
Bulk order inquiry? We offer tiered pricing, FOB/CIF terms, and third-party inspection support.
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