TRX battery Sony NP-FZ100 Li-Ion 2280mAh

TRX Sony NP-FZ100 Li-Ion Battery (2280 mAh) — Reliable Power for Your Device

Photography and videography require reliable power that won't let you down at crucial moments. Designed specifically for Sony cameras, this compatible battery offers a capacity of 2280 mAh, ensuring long-lasting performance for demanding use. Thanks to Li-Ion technology, the battery is lightweight, free from the memory effect, and delivers stable power at a voltage of 7.2/7.4 V. It serves as a fully functional, cost-effective alternative to the original Sony NP-FZ100 model.

Maximum Compatibility and Versatility

This battery is fully compatible with a wide range of Sony cameras. Supported models include the Sony Alpha A7 III, Alpha A7R IV, Alpha 1, Alpha 6600, and others. This means you can use it across various devices, whether you are shooting professionally or just for fun. It is an ideal choice for users who need flexibility when working with different camera models.

Key Technical Specifications

• Nominal voltage: 7.2/7.4 V
• Capacity: 2280 mAh
• Battery technology: Li-Ion Special note: Sony specifies a different nominal voltage value for its Li-Ion cells compared to standard ratings (6.8 V or 7.2 V); however, this has no impact on the functionality of this battery. ### Compatible Devices This battery replaces the original NP-FZ100 model and is suitable for the following devices:
• Sony Alpha A7 III, A7 IV, A7R III, A7R IV
• Sony Alpha A9, A9 II
• Sony Alpha 1, Alpha 6600, Alpha 7C
• Sony Alpha 7S III, FX3
• Sony ILCE-1, ILCE-7RM4A, ILCE-9M2
• Sony A7R IIIA, ILME-FX3

With this battery, you can be confident that your camera will have enough power for any project.

Why Choose the TRX Sony NP-FZ100 Battery?

Combining high capacity, a lightweight design, and compatibility with a range of top-tier devices, this battery is the ideal solution for anyone seeking an affordable, high-performance alternative to the original battery. Additionally, Li-Ion technology ensures reliable performance without capacity loss during regular charging.