Luxoft Case Studies Predictive Maintenance For Connected Vehicles

	Predictive Maintenance For Connected Vehicles Luxoft

Predictive Maintenance For Connected Vehicles

Luxoft

Technology Category	Analytics & Modeling - Machine Learning Analytics & Modeling - Predictive Analytics Analytics & Modeling - Real Time Analytics Application Infrastructure & Middleware - Data Visualization
Applicable Industries	Automotive
Applicable Functions	Maintenance
Use Cases	Predictive Maintenance
Challenge	By 2025, Transport for London will have to meet strict emission-control regulations. This means buying and operating new fleets of hybrid or fully electric, zero-emission buses. As a consequence, many Original Equipment Manufacturers (OEMs) and operators will have to develop new technologies to help them get-to-market fast enough to meet demand. Read More
About Customer	Vantage Power design and manufacture retrofit hybrid powertrains for buses, enabling operators to reduce their fuel consumption and emissions at a fraction of the cost of purchasing new hybrid buses. By designing the whole hybrid system - everything betwe Read More
Customer Name	Vantage Power Read More
Solution	Accelerating time-to-market and compliance controls Vantage Power worked with Luxoft (an AWS Partner Network Advanced Consulting partner) to create VPVision - an innovative telemetry platform. VPVision brings the AWS cloud platform to each connected vehicle, providing Vantage Power customers with an overview of each vehicle’s powertrain components, including batteries, control systems, engines, motors, and electric generators. VPVision is built around an IoT architecture (AWS IoT Core, AWS Greengrass, and AWS IoT Analytics), then combined with Amazon Simple Storage Services (Amazon S3) and AWS Lambda. This optimizes the processing of hundreds of thousands of data points per minute. In turn, it provides OEMs and operators with valuable insights, allowing them to create predictive maintenance models and implement real-time preventative action. Here are just six of VPVision’s benefits: 1. The system monitors everything from vehicle speed to engine health and battery-pack-level diagnostics. It enables operators and OEMs to receive insight and reporting for over 6,000 data points from each vehicle. 2. VPVision collects, processes, stores, and presents real-time vehicle data, automatically, via the cloud. 3. It enables real-time geolocation visualization and two-way communication between fleet managers and drivers. 4. When routine maintenance is required, real-time alerts keep downtime to a minimum. 5. It leverages IoT components from AWS such as IoT Analytics, Greengrass ML, Sagemaker, and many more. 6. The team developed a machine learning model that used AWS IoT Sagemaker Notebooks to analyze ‘idle time’ and ‘vehicle location’ data, automatically. Read More Log in to view content
Contents

Technology Category

Analytics & Modeling - Machine Learning

Analytics & Modeling - Predictive Analytics

Analytics & Modeling - Real Time Analytics

Application Infrastructure & Middleware - Data Visualization

Applicable Industries

Automotive

Applicable Functions

Maintenance

Use Cases

Predictive Maintenance

Challenge

By 2025, Transport for London will have to meet strict emission-control regulations. This means buying and operating new fleets of hybrid or fully electric, zero-emission buses. As a consequence, many Original Equipment Manufacturers (OEMs) and operators will have to develop new technologies to help them get-to-market fast enough to meet demand.

About Customer

Vantage Power design and manufacture retrofit hybrid powertrains for buses, enabling operators to reduce their fuel consumption and emissions at a fraction of the cost of purchasing new hybrid buses. By designing the whole hybrid system - everything betwe

Customer Name

Vantage Power

Solution

Accelerating time-to-market and compliance controls

Vantage Power worked with Luxoft (an AWS Partner Network Advanced Consulting partner) to create VPVision - an innovative telemetry platform. VPVision brings the AWS cloud platform to each connected vehicle, providing Vantage Power customers with an overview of each vehicle’s powertrain components, including batteries, control systems, engines, motors, and electric generators.

VPVision is built around an IoT architecture (AWS IoT Core, AWS Greengrass, and AWS IoT Analytics), then combined with Amazon Simple Storage Services (Amazon S3) and AWS Lambda. This optimizes the processing of hundreds of thousands of data points per minute. In turn, it provides OEMs and operators with valuable insights, allowing them to create predictive maintenance models and implement real-time preventative action.

Here are just six of VPVision’s benefits:

1. The system monitors everything from vehicle speed to engine health and battery-pack-level diagnostics. It enables operators and OEMs to receive insight and reporting for over 6,000 data points from each vehicle.

2. VPVision collects, processes, stores, and presents real-time vehicle data, automatically, via the cloud.

3. It enables real-time geolocation visualization and two-way communication between fleet managers and drivers.

4. When routine maintenance is required, real-time alerts keep downtime to a minimum.

5. It leverages IoT components from AWS such as IoT Analytics, Greengrass ML, Sagemaker, and many more.

6. The team developed a machine learning model that used AWS IoT Sagemaker Notebooks to analyze ‘idle time’ and ‘vehicle location’ data, automatically.

Benefit #1	Limits the time vehicles are in maintenance shops, reducing operational costs by over 80%.
Benefit #2	Quickens time-to-market for OEMs by six months.
Benefit #3	Identifies the ideal time and location for lithium-ion battery balancing, extending the operational life of a battery by around 10%.

Benefit #1

Limits the time vehicles are in maintenance shops, reducing operational costs by over 80%.

Benefit #2

Quickens time-to-market for OEMs by six months.

Benefit #3

Identifies the ideal time and location for lithium-ion battery balancing, extending the operational life of a battery by around 10%.

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Overview

Predictive Maintenance For Connected Vehicles

Quantitative Benefit