This online course is designed for 2 days and thoroughly covers the specifics of diagnosing and repairing high-voltage batteries for hybrid and electric vehicles. 

During the battery diagnosis training, the following topics are covered: 

Basics of Electrical Engineering. Understanding the principles of electrical engineering is necessary for diagnosing high-voltage battery systems. 

Battery Structure and Chemistry. Knowledge about the differences in chemical compositions of batteries, such as lithium-ion (NCM, NCA, LFP) and nickel-metal hydride, is essential for accurate diagnosis and assessment of remaining capacity. 

Safety Protocols. Working with high-voltage batteries involves certain health risks, so technical specialists must be familiar with safety protocols. 

Diagnostic Tools. Battery condition assessment and identification of potential issues are demonstrated using the example of Toyota Prius and Hyundai Tucson 2 batteries with the MS800 tester. 

Data Analysis. You will learn to interpret the data obtained from the MS800 tester to identify deviations and make informed decisions based on collected information.

If you want to learn how to diagnose and repair high-voltage batteries for hybrid and electric vehicles, then this online course will assist you in achieving that.