About this Video

• Video Title: Big Battery Drain Test - Reality Time | 5000mAh vs 7300mAh !
• Channel: Gyan Therapy
• Speakers: (Speaker name not explicitly mentioned in transcript)
• Duration: 00:07:15

Introduction

This video compares the battery drain of two phones with different battery capacities: 5000mAh and 7300mAh. The purpose is to test if the larger battery capacity significantly impacts real-world usage and screen-on time. The test involves various tasks like video recording, gaming, and streaming.

Key Takeaways

• A 5000mAh battery phone (IQ Z9) achieved approximately 8 hours of screen-on time.
• A 7300mAh battery phone (IQ Z10) achieved approximately 12.5 hours of screen-on time.
• The larger battery (7300mAh) provided significantly longer screen-on time, supporting the claim that higher mAh batteries offer better performance.
• Real-world battery drain varies greatly depending on usage (e.g., location, background apps, brightness).
• Battery drain tests offer a general idea of performance but don't fully reflect individual user experiences.

The battery drain test included the following tasks:

• 4K 30fps video recording (30 minutes): IQ Z9 drained 7%, IQ Z10 drained 3%.
• WhatsApp video call (20 minutes): Specific percentage drain not explicitly stated in this section of the transcript.
• YouTube 4K video playback (2 hours): IQ Z9 drained 17%, IQ Z10 drained 10%.
• Instagram Reels scrolling (30 minutes): Specific percentage drain not explicitly stated in this section of the transcript.
• BGMI game play (40 minutes): IQ Z9 drained 12%, IQ Z10 drained 9%.
• YouTube Music playback (55 minutes): IQ Z9 reached 50% battery drain; IQ Z10 did not reach 50% in this timeframe.
• Netflix movie playback (2 hours): IQ Z9 drained 25%, IQ Z10 drained 13%.
• YouTube Shorts scrolling (30 minutes): Specific percentage drain not explicitly stated but resulted in further battery drain for both devices.
• Instagram video call (40 minutes): This resulted in the IQ Z9's battery dying.

The transcript does not provide the exact percentage drain for every task for both phones. More precise figures would require a more detailed examination of the video.