Detailed macro shot of the positive terminals of various rechargeable batteries in red, black, and gray. High-resolution image showcasing energy storage technology, electricity, and power sources with a shallow depth of field.
Tags:
PHOTO INFO
- Image Size
- 1280x853px
- File Size
- 104.97KB
- resolution
- 720P
- License
- Commercial use free
- Aesthetic Score
- 72/100
VISUAL ATTRIBUTES OF THIS STOCK PHOTO
- Color temperature
- neutral
- Brightness
- mid_tone
- Saturation
- moderate
- Lighting Source
- studio
- Lighting Condition
- indoor
- Negative Space
- none
- Negative Space Location
- none
- Depth Of Field
- shallow
- Has People
- none
- Season
- unknown
- Time Of Day
- unknown
- Shot Scale
- macro
- Background Type
- blurred_bokeh
- Orientation
- horizontal
- Composition Style
- patternclose_up
- Dominant colors
- redblackgraysilver
- Palette Style
- natural
- Mood
- professionalindustrial
- Style
- product_photographymacro
- Subject type
- technologyproduct
ONLINE RESIZE
aesthetic analysis & score
This is a high-quality, technically proficient macro shot that serves well for commercial and editorial use regarding energy and technology, though it is a fairly standard representation of the subject.
Composition & Framing score
75The tight, patterned arrangement of circular battery tops creates a strong visual rhythm and fills the frame effectively.
Lighting & exposure score
80Even, diffused lighting highlights the metallic texture of the terminals without creating harsh shadows or blown-out highlights.
Color harmony & palette score
70The mix of red, black, gray, and silver is functional and distinct, though somewhat industrial rather than artistically curated.
Visual impact & mood score
65The image conveys a sense of utility and technology, but lacks a strong emotional hook or dramatic atmosphere.
Technical Quality & Clarity score
85The image is sharp and detailed in the focal plane, clearly showing the texture of the metal and plastic materials.
Subject clarity & focal hierarchy score
80The shallow depth of field effectively draws the eye to the central batteries while blurring the periphery, establishing a clear focal point.