Solar Emergency Lights Rechargeable

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Solar Emergency Lights Rechargeable
Details
Luminous Output: 200LM/W high-efficiency LED, 50,000h lifespan
Ingress Rating: IP65 housing, IK08 impact resistance
Cell Specification: LiFePO4 3.2V/12Ah, 2000+ cycles @80% DOD
Rapid Charging: Dual monocrystalline solar + 5V Type-C input
Deployment: Magnetic base + steel hook for temporary solar lighting
Compliance: CE-EMC/LVD, RoHS, FCC, UN38.3 certified standard
Category
Solar Portable Lights
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Description

 

Product Overview & System Integration

 

      This heavy-duty IP65-rated rechargeable solar emergency light combines a 6W monocrystalline PERC solar panel, high-capacity 3.2V/12Ah LiFePO4 chemistry, and an intelligent MPPT charge controller. Engineered specifically for industrial procurement managers, municipal emergency response teams, and safety equipment distributors, this off-grid illumination system provides reliable standalone operation during power grid failures or remote field operations.

      The integrated system features a bidirectional power bank circuit allowing external mobile device charging via a standard USB port. B2B customization capabilities provided by our China factory include multi-level dimming firmware protocols, customizable color temperatures from 3000K to 6500K, private label silk-screening, and structural modifications for specialized mounting. This product functions flawlessly as temporary solar lighting for construction sites, utility repairs, and disaster relief zones without infrastructure limitations.

 

solar torch

 

Material & Technical Specifications

Product name

Solar Emergency Lights Rechargeable

Material

ABS

Battery Capacity

2000mAh/4000mAh

Light Source

LED

Model Number

MD-090S

Function 1

AM/FM/NOAA weather radio

Function 2

LED flashlight

Function 3

Reading lamp

Function 4

Power Bank

 

temporary solar lighting

Quality Control & Global Standards

       

  • 72-Hour Aging Protocol: Each finished luminaire undergoes a continuous 100% full-load burn-in test before final packaging to verify driver stability and ensure optical lumen depreciation measures under 5% at 3000 hours according to IEC 62722 standards.
  • Salt Spray Corrosion Analysis: Hardened hardware and die-cast aluminum enclosures are subjected to a 48-hour ASTM B117 salt spray chamber test, confirming zero surface oxidation, paint blistering, or structural finish breakdown.
  • Ingress Protection Verification: Every production run faces a 100% automated high-pressure water immersion test mimicking torrential rain for 30 minutes to guarantee complete internal seal integrity.
  • Thermal Cycle Testing: Mechanical parts and circuitry undergo 48 thermal shock cycles, fluctuating between -20℃ and +60℃, to safeguard against solder joint cracking, component detachment, or seal degradation.
  • Battery Lifecycle Qualification: All integrated LiFePO4 cells are conditioned through rigorous automated charge-discharge testing equipment to ensure capacity retention stays above 80% after 2000 complete cycles.
  • LM-80 Optical Metrics: High-efficacy LED chips comply with strict LM-80 test requirements, maintaining tight chromaticity control with a color temperature deviation below ±150K.
  • Electrical Safety Diagnostics: Quality assurance personnel run individual checks for insulation resistance greater than 100MΩ, ensuring absolute user protection during heavy emergency deployment.
  • Traceable QA Certification: A permanent laser-etched serial code is applied to every lamp housing, connecting the finished product to its initial component batch and laboratory QC test record.

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product-551-240

 

Packaging & Logistics Safety

 

  • Photovoltaic Protection: Solar faces are shielded by thick, shock-absorbing expanded polyethylene (EPE) foam pads within heavy-duty 5-layer corrugated cartons, successfully mitigating micro-crack risks during international transit.
  • Battery Cell Safety Enclosures: Internal LiFePO4 packs are secured within anti-static, flame-retardant molded compartments with added desiccant bags to prevent moisture damage during prolonged sea freight voyages.
  • Chassis Scratch Prevention: High-impact polycarbonate lenses and structural handles are protected by form-fitted foam inserts and clear electrostatic protective wrap to avoid abrasion during shipping.
  • Master Pallet Stabilization: Cartons are precisely stacked on treated wooden export pallets, wrapped tightly with heavy-gauge stretch wrap, reinforced with perimeter corner boards, and secured with heavy-duty bands.
  • Dangerous Goods Compliance: All battery products adhere strictly to UN38.3 and MSDS criteria, packaged with compliant Class 9 hazardous goods labeling for fast customs clearance at international ports.
  • Custom Commercial Packaging: We support neutral brown-box packaging, custom retail color graphics, and specialized multi-language operational manuals for commercial supply tenders and wholesale networks.

Solar Emergency Lights Rechargeable

Typical Application Scenarios

 

Municipal Emergency Operations

Instant, high-output standalone lighting for night-time infrastructure repairs, roadside accident response, and civil defense supply depots.

Industrial Site Maintenance

Rugged temporary illumination for mining enclosures, utility line repairs, and off-grid facility inspections.

Commercial Outdoor Recreation

High-capacity portable lamps providing reliable illumination for remote outposts, wilderness expeditions, and field campsites.

portable solar lights camping

FAQ

What is the exact charging time using the Type-C USB port versus the integrated solar panel?

The 5V Type-C input completes a full charge in 5 hours under standard grid power. The integrated 6W monocrystalline solar panel requires approximately 8 to 10 hours of direct peak solar radiation to fully recharge the 12Ah LiFePO4 battery pack.

 

Can our engineering department request custom flashing frequencies or specialized SOS dimming profiles?

Yes, as an original manufacturer, we can modify the microcontroller firmware to support specific flashing intervals, precise lux outputs, or custom multi-stage dimming sequences. The minimum order quantity for custom PCBA programming is 500 pieces per batch.

 

How long will the lamp operate on a single charge if used continuously in cold climates?

The 12Ah battery delivers 12 hours of operation at maximum output and up to 40 hours on the low setting. The LiFePO4 chemistry is rated down to -20℃, retaining approximately 75% of its standard capacity at freezing temperatures.

Call to Action

 

Need a custom voltage or mounting solution? Our engineering team supports rapid prototyping. Contact us for technical consultation.

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