Budget around $6.25 per TB of data scanned beyond the free 1 TB/month tier, plus roughly $0.02/GB of active storage each month, per the dossier's recorded on-demand rates.
About
In practice. What you can do with BigQuery.
BigQuery is Google Cloud's fully managed, serverless data warehouse for running SQL queries on very large datasets without provisioning servers. It separates storage and compute, supports built-in machine learning through BigQuery ML, and connects natively to Looker Studio, dbt and other BI and ETL tools.
The on-demand model bills per terabyte of data scanned, with the first terabyte free each month alongside 10 GB of free storage; a capacity-based Enterprise edition exists for predictable, high-volume workloads. It suits freelance data consultants and small technical teams comfortable writing SQL and modeling tables to control cost.
Practical uses
UsageCentralize data from several sources into one warehouse to query with SQL, without provisioning any servers.
UsageBuild analytics dashboards in Looker Studio or Power BI connected to data stored in BigQuery.
Features & use cases
Analytics
Pros and cons. What BigQuery does well, and what to expect.
Pros
Pay-per-use pricing with no minimum commitment, so a small project can run for free within the monthly quotas.
Scales automatically to very large datasets without any infrastructure to provision or maintain.
Cons
Query cost is hard to predict in advance and depends on how well tables are partitioned and clustered.
Requires solid SQL and data-modeling skills; it is not usable without a technical background.
When it makes sense. Keep BigQuery, or challenge it?
Keep if
Keep it if you need to run SQL analytics on a large or growing dataset and are comfortable paying per query scanned.
Challenge if
Avoid it if you need a fixed, predictable monthly bill or lack the SQL skills to optimize queries.
Our verdict. What to know about BigQuery.
Why this verdict
Average
Added value
Serverless architecture with nothing to provision, plus a free tier covering typical small workloads (1 TB of queries, 10 GB storage per month), make it cost-effective compared to running a self-managed data warehouse.
Simplicity
Getting a first useful result requires SQL knowledge and an understanding of partitioning and clustering to control cost; it is not a point-and-click tool.
Fit for purpose
Runs the promised SQL analytics at petabyte scale with built-in ML (BigQuery ML) and native BI/ETL connections, without workarounds.
Performance
Handles petabyte-scale SQL analytics and built-in machine learning with no ceiling reached in the collected facts, though the dossier does not benchmark it directly against Snowflake or Redshift.
Reversibility
Neutral score: data export and portability options are not covered by the collected sources.