参考回答
I treat refresh reliability as part of production ownership, not just something to fix when it breaks.
For monitoring, I regularly check the dataset refresh history in Power BI Service. It shows success or failure status, duration, and error messages. But I don't rely only on manual checks.
I enable refresh failure notifications in dataset settings, so I receive an email if a scheduled refresh fails. That covers basic monitoring.
For larger environments, I automate monitoring. I use the Power BI REST API with Power Automate to track refresh status across multiple workspaces. I build a small monitoring dashboard that shows refresh success rates, failure frequency, and average duration. If a refresh fails, I trigger a Power Automate flow that sends a Teams notification to the BI team with the dataset name, workspace, error message, and a direct link.
When a failure happens, I diagnose based on the error type.
If the gateway is offline, I check the gateway server and ensure the service is running. In production setups, I configure a gateway cluster with multiple nodes for high availability, so one server failure doesn't break refresh.
If credentials expire, I update them immediately in dataset settings and document renewal cycles to avoid repeated failures.
If the source database times out, I review the query performance. I may optimize the SQL, reduce data volume, or implement incremental refresh so the dataset does not reprocess the entire history every time.
If memory limits are exceeded, especially in Pro workspaces with the 1 GB dataset limit, I reduce model size or recommend moving to Premium capacity.
I also maintain a simple runbook that lists common failure scenarios and resolution steps. That reduces response time and ensures consistency across the team.
Here, the difference between reactive and proactive management is visibility. If I know refresh health trends and have alerts configured, I can respond before users even notice a problem.