The development of power banks is characterized by increased battery capacity, reduced size, and enhanced safety. Initially, power banks were bulky with limited capacity. However, advancements in battery technology—especially lithium-ion batteries—have enabled higher capacity in smaller sizes. Moreover, the integration of smart power management systems and the adoption of technologies such as GaN chargers and USB-C have significantly improved efficiency and compatibility.
Technologies like Gallium Nitride (GaN) chargers and Power Delivery (PD) have enhanced charging speeds for both the power bank and connected devices.
The universal USB-C interface and support for proprietary charging protocols like Qualcomm Quick Charge have expanded the range of devices that power banks can charge.
---
To sell power banks globally, obtaining an IEC 62368-1 test report or cb certification is essential. Today, China’s JJR Laboratory introduces the process, testing items, and fees required for obtaining an IEC 62368-1 test report.
---
IEC stands for the International Electrotechnical Commission, an organization that develops globally recognized standards for electrical, electronic, and related technologies.
IEC 62368 is a safety standard for audio/video, information and communication technology equipment, and office machines operating at voltages not exceeding 600V. This standard introduces a new safety engineering concept based on hazard-based safety principles to protect users and the environment from potential harm such as electric shock, fire, electromagnetic fields, and other hazardous energy. It integrates and gradually replaces the older IEC 60065 and IEC 60950 standards.
---
1. Fill out the product quality inspection test application form.
2. Send samples to China’s JJR Laboratory.
3. Sample testing. If non-compliant, the lab will notify the company to revise the sample.
4. Once the sample passes, the lab issues the test report.
- Product specifications and user manual.
- Design and circuit schematics.
- Battery parameters and iec 62133 compliance.
- Information on charging/discharging protection circuits.
- Standard processing time is 5–7 working days.
- Due to product variation, testing fees must be evaluated and confirmed by a consultant.
---
- High Voltage Test: Assesses insulation strength and high-voltage tolerance.
- Insulation Resistance Test: Measures the resistance of insulation materials.
- Leakage Current Test: Evaluates current flow between conductive parts and ground to identify electric shock hazards.
- Dielectric Strength Test: Verifies compliance with spacing and creepage requirements.
- Ground Continuity Test: Ensures the grounding system is functional.
- Overcurrent Protection Test: Checks the effectiveness of fuses, breakers, and other protective devices.
- Strength and Durability Test: Verifies that the casing and components can withstand mechanical stress, including sustained force, impact, drop, and glass breakage.
- Heat Resistance Test: Evaluates how components handle operational heat.
- Temperature Rise Test: Assesses the rise in temperature during various operating conditions.
- Hazardous Substance Test: Ensures compliance with regulations on hazardous substances used in the device.
- RF and Other Radiation Tests: Ensures compliance with exposure limits.
- Wireless Power Transmission Safety: Evaluates burn hazards related to wireless power transmission.
- Liquid and Pressurized Component Test: Addresses safety concerns related to liquids and pressurized parts.
- Coin/Button Cell Battery Test: Ensures safety compliance for devices using this type of battery.
24-hour online customer service at any time to respond, so that you worry!