How to Fix Laptop BSOD Error When Plugged In
Key Notes
- Evaluate the charger and power source for faults.
- Monitor temperature to prevent overheating issues.
- Regularly update drivers including BIOS and graphic drivers.
Resolving BSOD Issues on Windows Laptops: A Comprehensive Guide
Experiencing the dreaded Blue Screen of Death (BSOD) while charging your Windows laptop can be alarming. This guide offers a detailed troubleshooting approach to resolve BSOD errors efficiently.
Proven Solutions to Fix BSOD When Plugged In
Step 1: Use Another Charger
The issue could stem from a faulty charger. Test a compatible charger with your laptop. If the BSOD does not occur with the alternate charger, consider replacing your original charger. Additionally, inspect the power cord connected to your charger for any damage.
Step 2: Check for Overheating During Charging
A Blue Screen may indicate overheating when charging. Ensure your laptop is ventilated appropriately, and monitor its temperature. If overheating occurs, consider cleaning the cooling vents or using a cooling pad to prevent BSOD.
Step 3: Toggle the Microsoft ACPI-Compliant Control Method Battery Driver
Disabling and re-enabling the Microsoft ACPI-Compliant Control Method Battery driver can help reset its functionality:
- Open Device Manager.
- Find the Batteries section.
- Right-click the Microsoft ACPI-Compliant Control Method Battery driver.
- Select Disable device.
Restart your computer, then re-enable the driver following the same steps.
Step 4: Reinstall the Battery Driver
A corrupt battery driver can lead to issues. Create a system restore point before proceeding:
- Uninstall both drivers under the Batteries branch.
- Restart your computer. Windows will reinstall the drivers automatically.
Step 5: Switch to High Performance Power Plan
Select the High Performance power plan in Windows settings. If it’s missing, restore it via the Command Prompt with admin privileges. This setting can improve performance and reduce BSOD occurrences.
Step 6: Update or Reinstall Your Graphics Card Driver
A faulty graphics card driver can trigger BSODs. Update or reinstall it from the official website of your laptop’s manufacturer. It’s crucial to ensure both integrated and dedicated graphics drivers are up to date.
Step 7: Update BIOS and Chipset Driver
Regularly updating your BIOS and chipset drivers can enhance system performance and stability. Download the latest versions from your manufacturer’s website, ensuring a steady power supply during the update process.
Step 8: Uninstall Your Antivirus Software
Antivirus software can sometimes interfere with system performance. If you suspect your antivirus may be causing BSOD, uninstall it temporarily and see if the problem resolves. Ensure you have a product key for reinstallation later.
Step 9: Assess for Motherboard Issues
If you’ve tried all the above steps with no success, the motherboard could be at fault. It’s advisable to seek help from a professional technician to diagnose and repair any potential issues.
Additional Insights
- Always verify your power supply connections.
- Consider using thermal paste for better heat management.
- Scan your system for malware that could cause instability.
Summary
This troubleshooting guide provides actionable steps for resolving BSOD errors when your Windows laptop is plugged in. From checking hardware components to managing software settings, these solutions will enhance your laptop’s stability and performance.
Conclusion
Dealing with BSOD errors can be frustrating, but by systematically assessing and addressing each potential issue, you can restore your laptop’s functionality. Remember to keep your drivers updated and regularly check your hardware to prevent future problems.
FAQ (Frequently Asked Questions)
How can I tell if my PSU is failing?
Common signs of a failing Power Supply Unit include boot issues, random system shutdowns, and unusual fan noises. In severe cases, users may feel an electric shock when touching the computer case.
Can a faulty PSU cause BSOD?
Yes, a faulty PSU can cause BSOD errors by supplying incorrect voltage to the motherboard, leading to overheating of components and system instability, resulting in crashes.