Kling Environmental Impact
Chinese video generation model — widely used globally
Per query = One ~5-second video clip
Energy per query
250.0 Wh
CO2 per query
138.0 g
Water per query
925 mL
Processing location
Kuaishou Cloud (China)
Provider
Kuaishou
Category
Video Generation
Grid carbon intensity
550 g CO2/kWh (30% renewable)
How does Kling compare?
Detailed Breakdown
Energy Consumption
Kling generates video clips estimated at ~250 Wh per generation. It runs on Chinese cloud infrastructure, which has higher PUE and carbon intensity than US/EU equivalents.
Power Source & Carbon
Runs on Kuaishou's own infrastructure in China. China's grid has a carbon intensity of approximately 550 gCO₂/kWh, making each generation significantly more carbon-intensive than equivalent Western models.
Water Usage
High water consumption (~925 mL per clip) reflecting both energy requirements and Chinese data centre cooling infrastructure in warm climates.
What does your Kling usage cost the planet?
Use our calculator to estimate your personal environmental footprint based on how often you use Kling.
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How much energy does Kling use per query?
Each Kling query consumes approximately 250.0 Wh of energy. This is 833x more than a traditional Google search (~0.3 Wh).
What is Kling's carbon footprint?
Based on the carbon intensity of Kuaishou Cloud (China), each query produces approximately 138.0 g of CO2. The grid in this region has a carbon intensity of 550 g CO2/kWh with 30% renewable energy.
How much water does Kling use?
Each query consumes approximately 925 mL of water, primarily used for cooling the data centers that process the request.
How does Kling compare to a Google search?
A Kling query uses 833x more than a Google search in terms of energy. A Google search uses approximately 0.3 Wh, while Kling uses 250.0 Wh.
Technical Details
Architecture
Diffusion Transformer (video)
Release date
2024-06-06
Open source
No