Eneloop and Eneloop pro are the two most common names that appear during your search about rechargeable batteries. You can use either of these batteries, but what are the differences between Eneloop and Eneloop pro? You can know it from below Eneloop vs Eneloop pro comparison guide.
Eneloop VS Eneloop Pro: Quick Comparison Chart
| Basis of comparison | Eneloop | Eneloop Pro |
|---|---|---|
| Voltage | 1.2 V | 1.2 V |
| Chemistry | LSD Ni-MH | LSD Ni-MH |
| Applications | Small electronic devices | Small electronic devices |
| Storage life | 90% after 1 year and 70 percent for 5 years | 85 % for 1 year |
| Charging cycles | 2100 times | 500 times |
| Capacity | 1900mAh to 2000mAh | 2450mAh to 2550mAh |
Eneloop VS Eneloop Pro: Key Differences
When comparing Eneloop to Eneloop pro, we find some similarities and differences in features that make them interchangeable and also different.
What are the Similarities Between Eneloop and Eneloop Pro Features?
In comparison, we found the following features similar in both batteries.
- Eneloop and Eneloop pro batteries are pre-charged with solar power from manufacturing unit
- Both could perform their functions at worst temperature low down to -4 F
- The chemistry of Eneloop and Eneloop Pro is the same LSD Ni-MH
- Both batteries are recyclable
- The voltage power of both batteries is 1.2 Volts
- Eneloop and Eneloop pro are Japanese made batteries
What are the Differences Between Eneloop and Eneloop Pro Batteries?
When compared Eneloop vs Eneloop pro, we found some differences.
Charging Capacity
In comparison between, Eneloop and Eneloop Pro batteries charging capacities, Eneloop has low charging capacity than Eneloop pro. Eneloop has 1900mAh to 2000mAh capacity, while the capacity of Eneloop pro is 2450mAh to 2550mAh. It means you could use Eneloop pro for longer than Eneloop battery.
Lifespan
Eneloop battery has an average life of ten years. You can store Eneloop for ten years with a single charge but could not retain Eneloop pro charging for such a long time. Eneloop can retain up to 90 percent of charging for 1st year without use, but Eneloop pro could retain 85 percent.
Eneloop can retain 70 percent of charging for five years after a single charge, but no information is shared by the manufacturer about Eneloop pro charging retention after one year.
Recharge cycles
Eneloop batteries are supported with advanced cell technology that allows them to recharge up to 2100 times, but Eneloop pro could recharge up to 500 times.
Discharging Capacity
Eneloop pro has low self-discharge capacity and higher Ni-MH capacity than Eneloop batteries. Eneloop Pro is equipped with advanced rechargeable cell technology that makes it compatible with high-power consumption devices.
Charging Instructions
You should use shoppingmode Panasonic recommended charger for Eneloop and Eneloop pro battery charging. Eneloop battery could also charge with a good quality charger designed for Ni-MH batteries, but Eneloop pro is only recommended to charge with shoppingmode Panasonic original charger.
Conclusion
Eneloop and Eneloop pro batteries are manufactured by Panasonic and have many similarities in features and could use as alternatives. But Eneloop pro has more charging capacity and could use for a longer time than Eneloop, and Eneloop has more storage life and charging cycles than Eneloop pro.
Which Battery is Better for High-Drain Devices, Eneloop or Eneloop Pro?
Eneloop Pro batteries are better suited then Eneloop batteries in high-drain devices, such as digital cameras and game controllers.
Are Eneloop and Eneloop Pro Batteries Available in Different Sizes?
Eneloop and Eneloop Pro batteries are available in AA, AAA, C, D, and 1.2V
How Long does It Take to Charge Eneloop and Eneloop Pro Batteries?
The charging time for Eneloop and Eneloop Pro batteries depends on what type of charger you used. Generally, it takes around 8-10 hours to fully charge Eneloop and Eneloop Pro AA batteries.
Can Eneloop and Eneloop Pro Batteries be Used Interchangeably in Devices?
Eneloop and Eneloop Pro batteries can be used interchangeably in devices, as they have the same voltage and are compatible with the same chargers.
