Last updated: August 14, 2026
Power Management
This page explains how to configure Chromebook power management settings for managed devices using MDM. Administrators can define power behavior independently for when the Chromebook is connected to a power source or running on battery. Configurable parameters include timeouts for idle warning, screen dimming, screen off, and idle action, giving IT teams precise control over device power consumption and user experience across all managed Chromebooks.
You can configure power settings for the managed Chromebooks, irrespective if it is connected to a power source or not. You need to configure the same set of parameters both when the Chromebook is connected to a power source and when it isn't.
Profile Description
| Profile Specification | Description |
|---|---|
| Timeout for idle warning(in seconds) | Maximum time before an idle warning is displayed on the managed Chromebook. |
| Timeout for screen dim(in seconds) | Maximum time before the Chromebook screen is dimmed. |
| Timeout for idle(in seconds) | Maximum time before which the idle action is performed on the Chromebook. |
| Time out for screenoff(in seconds) | Maximum time before which the Chromebook screen is turned off. |
| Idle Action | The action to be performed when the Chromebook is idle. |
Frequently Asked Questions
- What power management settings can be configured for Chromebooks in ManageEngine MDM? Administrators can configure idle warning timeout, screen dimming timeout, screen off timeout, and device shutdown timeout independently for when the Chromebook is on battery or connected to a power source.
- Can different power settings be applied for battery and AC power on Chromebooks? Yes, ManageEngine MDM allows separate power configurations for Chromebooks running on battery versus connected to a power source, optimizing both battery life and productivity.
- Why would an organization configure Chromebook power management through MDM? Standardized power settings prevent devices from staying on unnecessarily in shared environments, improve battery life, and ensure security by auto-locking idle devices based on organization policy.
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