Question

1. Define a predictive maintenance plan for the components of an electric car plant.

a. Describe the components that will be under the plan (what tools, machines, robots, etc)

b. Choose two of those components and define a detailed plan of activities for their predictive maintenance.

2 explain a simple plan of future improvements in the electric cars plant that you plan to implement in the future using modern technologies such as artificial intelligence, blockchain, drones, etc...

Answer 1

Predictive maintenance helps determine the condition of in-service equipment of the electric car components.

A. Electric Car components that are under the predictive maintenance as battery, sensors, service, brakes.

Tools are battery testing tools, charging source, vehicle sensors, airbags, Jack, engine parts, cooling fans, IoT systems, air conditioners.

B. I choose Batteries and engine parts. For the battery's predictive maintenance, we need to monitor the working capacity of the battery by the help of sensors and the IoT system continuously. The IoT tools help to measure the condition of the battery every time.

For predictive maintenance of piston and other engine parts, sensors help monitor the engine parts' condition if any failure occurs in the system then start the maintenance of parts.

2. Artificial Intelligence will help the electric car to be more innovative and smart. Artificial Intelligence will help in converting the electric cars in driverless vehicles.

Lithium-ion batteries will help run the cars up to 200miles in a single charge, increase the ability to store the overdue amount of energy.

Blockchain will help electrical drivers to charge their vehicle before running out the battery power,r and blockchain helps to digitally payments for the charge at loading points.

Advanced sensors will help electric cars provide accurate and useful data to better control vehicles while driving.