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Crazyrouter Blog (English)

Ideogram AI Guide 2026: Product Mockups, Text Rendering, and API Automation Akool AI Voice Generator Review 2026: API Alternatives for Developers GLM 4.6 API Guide 2026: Build Chinese-English Agents with Tool Calling Google Veo3 API Guide 2026: Batch Video Generation, QA, and Fallbacks Claude Opus 4.8 vs Opus 4.7: Real API Benchmark Results for Developers Opus 4.8 vs Opus 4.7 Coding Test: What Changed for Developers? Opus 4.8 vs Opus 4.7 for Agents: JSON, Tool Use, and Structured Output Gemini 2.5 Flash-Lite for RAG, Agent Routing, and Cost per Successful Task Gemini 2.5 Flash-Lite for Support Automation and Ticket Triage Gemini 2.5 Flash-Lite Use Cases: The Practical Automation Tier for Developers Claude Jupiter v1-p vs GPT-5.5 Benchmark: Real API Test on Reasoning and Coding Claude Jupiter v1-p vs Claude Opus 4.7 vs Sonnet 4.6: Live API Test Claude Jupiter v1-p vs Claude Opus 4.7 vs Sonnet 4.6: Live API Test Claude Code Pricing 2026: Pro vs Max vs Team vs API Costs Claude Opus 4.7 vs DeepSeek V4 Pro: Real API Compatibility and Coding Benchmark Gemini CLI Complete Guide 2026: Repo Automation, CI Agents, and Multi-Model Routing Ideogram AI Guide 2026: Brand Design Automation, API Workflows, and Alternatives GLM 4.6 API Guide 2026: Agents, RAG, Tool Calling, and Bilingual Apps WAN 2.2 Animate Tutorial 2026: Character Consistency, Shot Control, and API Workflows Google Veo3 API Guide 2026: Production Video Pipelines, Prompts, Pricing, and Fallbacks AI API Pricing Comparison 2026: Text, Image, Video, Caching, and Router Costs Codex CLI Installation Guide 2026: Windows, macOS, Linux, Proxies, and CI Setup How to Get a Claude API Key in 2026: Secure Setup for Teams, CI, and Alternatives Gemini Advanced Review 2026: Is It Worth It for Coding, Research, and API Teams? Claude Code Pricing Guide 2026: Team Agent Budgets, API Fallbacks, and Cost Control Seedance 2.0 Pricing: Convert 46 CNY per Million Tokens to Cost per Second Qwen2.5-Omni Guide 2026: Real-Time Voice, Vision, and Multimodal Agents Kimi K2 Thinking Guide 2026: Reasoning Workflows, Evals, and Cost Control Google Veo3 API Guide 2026: Batch Video Pipelines, Pricing, and Fallbacks Codex CLI Installation Guide 2026: macOS, Linux, WSL, Proxies, and Dev Containers
Seedance 2.0 Actual Billing: Why There Is No Fixed Per-Se...
Crazyrouter Team · 2026-06-18 · via Crazyrouter Blog (English)

Seedance 2.0 Actual Billing: Output Tokens First, Per-Second Cost Afterward#

Customers often ask a simple question: how much does Seedance 2.0 cost per second? The accurate answer is that Seedance 2.0 is not billed by a universal fixed second rate. It is billed by actual output tokens returned after the task completes.

Seedance 2.0 billing guide

Core takeaway#

The correct billing flow is:

It is not:

So we should not say:

Instead, after the task finishes, we can calculate:

This is an observed value for that task, not a universal fixed rate.

Current public capability boundary#

Current public capability boundary for doubao-seedance-2-0 and doubao-seedance-2-0-fast:

  • 480p supported
  • 720p supported
  • 1080p is not currently in the public supported range

The measured examples below use 720p and 4s.

Billing rules#

Seedance 2.0 billing mainly depends on whether the request contains video input.

ModelConditionBilling keyUnit price
doubao-seedance-2-0no video inputdoubao-seedance-2-0:video046 / 7 USD / 1M tokens
doubao-seedance-2-0with video inputdoubao-seedance-2-0:video128 / 7 USD / 1M tokens
doubao-seedance-2-0-fastno video inputdoubao-seedance-2-0-fast:video037 / 7 USD / 1M tokens
doubao-seedance-2-0-fastwith video inputdoubao-seedance-2-0-fast:video122 / 7 USD / 1M tokens

video0 means there is no video reference input. video1 means the request includes video reference input, such as reference_video.

Final billing formula#

After a successful task, the system first reads TotalTokens. If unavailable, it falls back to CompletionTokens.

Without extra multipliers or discounts:

Crazyrouter quota conversion:

Seedance 2.0 billing calculator

Measured case 1: text to video#

Request profile:

  • Model: doubao-seedance-2-0
  • Type: text-to-video
  • Input: text only, no image or video reference
  • Resolution: 720p
  • Duration: 4s
  • Task ID: cgt-20260617212928-5s755
  • completion_tokens = 87300
  • total_tokens = 87300

Because there is no video reference input, the billing key is:

Calculation:

Result: this simple 4-second 720p text-to-video task was observed at about $0.14/sec.

Measured case 2: reference video generation#

Request profile:

  • Model: doubao-seedance-2-0
  • Type: reference-video generation
  • Input: text + previous generated video as reference_video
  • Resolution: 720p
  • Duration: 4s
  • Task ID: cgt-20260617214300-rsnsx
  • completion_tokens = 173700
  • total_tokens = 173700

Because the request contains video reference input, the billing key is:

Calculation:

Result: this 4-second 720p reference-video task was observed at about $0.17/sec.

Comparison of the two tests#

ScenarioDurationReturned tokensTokens/secUnit priceTotal priceObserved $/sec
Simple text-to-video, no video input4s87,30021,825$6.571428 / 1M tokens$0.5736$0.1434/s
Reference video generation, with video input4s173,70043,425$4.000000 / 1M tokens$0.6948$0.1737/s

This comparison shows why a single per-second price is misleading: video-input requests have a lower unit token price, but may return more tokens, so the final observed per-second cost can still be higher.

Seedance 2.0 billing workflow

Customer-facing explanation#

Seedance 2.0 does not have a fixed per-second price. It is billed by actual output tokens after the task completes. We can calculate an observed average cost per second from completed tasks, but there is no universal fixed tokens-per-second conversion.

If customers ask why there is no fixed second price, the reason is simple: duration is a task parameter, but the final billing unit is the actual output tokens returned after generation.

Internal recommendation#

To give customers more stable estimates, collect more real task samples and group them by:

  • text-to-video without reference input
  • image-to-video
  • reference-video generation
  • with or without audio
  • duration
  • prompt complexity
  • resolution

Then calculate p50, p75, and p90 tokens/sec. This is much more reliable than guessing a universal tokens/sec number.

Bottom line#

The safest customer-facing explanation is: Seedance 2.0 is billed by actual output tokens. In the current 720p/4s tests, simple text-to-video was about 0.14/s,whilereference−[videogeneration](/en/topics/video−generation)wasabout0.14/s, while reference-[video generation](/en/topics/video-generation) was about 0.17/s.

For one API layer across video, image, chat, and other AI models, try Crazyrouter.