Global and China Commercial Vehicle Telematics Industry Report, 2020
  • Dec.2020
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Commercial vehicle telematics research: before 2023, policies will drive the penetration up to 76% and the market will be worth more than RMB20.7 billion.

Differing from passenger car telematics mainly for better user experience, commercial vehicles that take first into account cost reduction, higher efficiency and safe operation because of their attribute of means of production, focusing more on telematics availability to improve vehicle efficiency and cost performance.

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Policies and regulations serve as key drivers

Mandatory installation of driving record-enabled satellite positioning devices into “two buses, one special vehicle” (tourism chartered buses, Category III scheduled buses, and special vehicles for transporting hazardous chemicals, fireworks and firecrackers, and civil explosives), heavy trucks and tractors as policies required in 2013, ushered in an epoch-making era of commercial vehicle telematics. 

Semi-trailer tractors and >12t trucks are required to pack driving record-enabled satellite positioning devices and intelligent video surveillance devices, and to be connected to standards-compliant monitoring platforms, according to the Regulation on Road Transport (Revised Draft for Comment) the Ministry of Transport of China drafted in November 2020, which invigorates China’s commercial vehicle telematics market further.

In the next three years, China’s Phase VI Emission Standard will be a key contributor to the market growth, according to which all sold and registered heavy vehicles should be subject to the Stage A requirements from July 1, 2020 onwards and all sold and registered light vehicles should be subject to the Stage B requirements starting from July 1, 2023. In the upcoming three years, the demand for telematics terminals that can monitor vehicles remotely online and detect exhaust will be blooming. On one estimate, the penetration of OEM telematics for commercial vehicles in China will hit 76% in 2023, with the market being valued over RMB20 billion.

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OEMs’ deployments are being made inch by inch.

Stimulated by policy requirements and robust demand, major heavy truck manufacturers like FAW Jiefang, Shaanxi Automobile and Dongfeng Trucks have taken the lead in deploying and raced to make plans of using telematics as a standard configuration.

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“Jiefang Pilot” and “Jiefangxing”, respective telematics platform of FAW Jiefang Changchun Base and Jiefang Qingdao Base, was reshuffled into one in March 2020. The full family of FAW Jiefang models have been equipped with telematics system as a standard configuration since 2019, with more than 700,000 units connected since then.

Shaanxi Automobile Group Commercial Vehicle Co., Ltd. has started deploying telematics since 2010. Its “Tianxingjian” telematics system launched together with Hopechart in 2019 has been a standard configuration of its full range of trucks, with 600,000 units installed. 

Foton Motor has set about deploying telematics since 2011, and established Foton iTink Information Technology Service Company for telematics development in 2012. Since its launch in 2016, Foton iTink Telematics System has boasted more than 1 million installs. 

Telematics platform will deepen data application. 

Operating platform remains the epicenter of telematics. OEMs and platform providers forge close partnerships now. Examples include Shaanxi Heavy Duty Automobile developing Tianxingjian with Hopechart, and Dongfeng Trucks in harness with Xiamen Yaxon Network to develop “Dongfeng Commercial Vehicle Fleet Management”, with telematics capabilities available during the lifespan of vehicles. Deeper application of telematics data will be the next development priority of platforms.

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FAW Jiefang: underline telematics data + scenario enabler.
In May 2020, FAW Jiefang and China Satellite Navigation and Communications set up Smartlink Intelligent Technology (Nanjing) Co., Ltd.. Based on the new-generation “Jiefangxing” telematics platform, the joint venture provides partners with telematics data enabling ‘vehicle data plus scenario data’, combining FAW Jiefang’s three key products, Jiefangxing Individual APP, Fleet Management System (FMS) and Transportation Management System (TMS).

Shaanxi Heavy Duty Automobile: commercialize telematics data + insurance applications.
In October 2020, Shaanxi Tianxingjian Telematics Information Technology Co., Ltd., Maxim Insurance Brokers (Shanghai) Co., Ltd. and China Pacific Property Insurance Co., Ltd. (CPIC Property) negotiated about collaboration on commercial vehicle UBI. This move will broaden Tianxingjian Telematics’ big data use in the aftermarket.

Intelligent vehicle terminals will be a future hit.

In China, typical commercial vehicle telematics terminal suppliers like Hopechart and Yaxon Network have sharp edges in both OEM market and aftermarket on strength of their large customer bases. The implementation of China Phase VI Emission Standard, the Regulation on Road Transport and other polices will bring in more revenues to them.

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Hopechart, China’s biggest supplier of commercial vehicle telematics terminals, sold 313,000 sets of “intelligent enhanced driving terminals” (including hardware devices (T-BOX, driving recorder, etc.), intelligent enhanced driving modules and big data cloud platform) in 2019, commanding over 20% of the heavy duty truck market. In 2020, Hopechart becomes a qualified supplier of Sinotruk, which will further push up its share in the market.

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Commercial vehicle telematics will fuse with automated driving features.

In an age of intelligence, telematics and automated driving lean toward a fusion with the support of V2X and 5G, and capabilities like platooning and predictive cruise are expected to become available first. 

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Platooning: commercial vehicle platooning is hopefully the first application where automated driving is implemented, an effective solution to control on the distance between vehicles and feet driving status for a big cut in fuel consumption (by 10%-15% in truck platooning according to TNO, the Netherlands Organization for Applied Scientific Research), labor cost reduction, lower driver working intensity, and less cost of operating commercial vehicles. At present, quite a few OEMs have set foot in the field.

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Predictive cruise: data like slope, curvature, heading and speed limit are extracted from telematics-based map data to make driving decisions and reduce fuel consumption, coupled with improving fuel saving algorithms.

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1 Overview of Commercial Vehicle Telematics 
1.1 Definition
1.2 Application Scenarios 
1.3 Development Stages
1.4 Industry Characteristics
1.5 Distribution of Telematics Value 
1.6 Technology Trends
1.7 Demand 
1.8 Market Trends
1.9 Application
1.10 Development Route of Commercial Vehicle Intelligent Connectivity 

2 Commercial Vehicle Telematics Market
2.1 Global
2.1.1 Global Telematics Market
2.1.2 Global Commercial Vehicle Telematics Policies
2.1.3 Telematics Platform Layout of Foreign OEMs
2.1.4 Comparison of Telematics Platforms between Foreign OEMs
2.2 China
2.2.1 OEM Market -- Drivers & Market Size
2.2.2 OEM Market -- Telematics Layout of OEMs
2.2.3 OEM Market -- Telematics Use of OEMs
2.2.4 OEM Market -- Products of Suppliers 
2.2.5 OEM Market -- Competitive Pattern of Suppliers
2.2.6 Aftermarket -- Drivers & Market Size
2.2.7 Aftermarket-- Products of Suppliers
2.2.8 China’s Telematics Policies
2.2.9 Characteristics of Commercial Vehicle Telematics Market

3 Commercial Vehicle Telematics Industry Chain
3.1 Overview
3.2 Telematics Service Providers (TSPs)
3.3 Regional Performance of TSPs
3.4 Content Service Providers (CSPs)
3.5 Cloud/Data Service Providers
3.6 Terminal Device Vendors
3.7 Products of Terminal Device Vendors and Their Installations 

4 Telematics Layout of Foreign Commercial Vehicle OEMs
4.1 Daimler
4.1.1 Daimler Fleet Management System
4.1.2 FleetBoard Services
4.1.3 FleetBoard Functions 
4.1.4 Partners
4.1.5 Development Plan
4.2 MAN
4.2.1 MAN
4.2.2 MAN TeleMatics
4.2.3 MAN TeleMatics APP
4.2.4 Partners
4.2.5 Development Plan
4.3 Ford
4.3.1 Ford Telematics
4.3.2 Ford Data Services
4.3.3 Partners
4.4.1 PACCAR
4.4.2 PACCAR -- PacTrac Telematics
4.4.3 Kenworth Essentials APP
4.4.4 DAF Connect
4.4.5 DAF Connect APP
4.5.1 VOLVO -- My Truck
4.5.2 VOLVO -- Dynafleet
4.6 Scania
4.6.1 Scania Connectivity Services
4.6.2 Scania Fleet APP & PC End
4.7.1 IVECO -- DAILY Business UP
4.8 TATA
4.8.1 TATA Fleet Edge
4.8.2 Partners 

5 Telematics Layout of Chinese Commercial Vehicle OEMs
5.1 FAW Jiefang
5.1.1 Development History of Telematics System
5.1.2 Features of Jiefang Pilot System
5.1.3 Features of Jiefangxing System 
5.1.4 Jiefangxing Services 
5.1.5 Partners
5.1.6 Development Plan
5.2 Dongfeng Trucks 
5.2.1 Dongfeng Vehicle Assistant
5.2.2 Features of Dongfeng Vehicle Assistant
5.2.3 New Features of Dongfeng Vehicle Assistant 2020
5.2.4 Partners
5.2.5 Development Plan
5.3 Sinotruk
5.3.2 Features of TELEMATICS
5.3.3 Features of TELEMATICS
5.3.4 Partners
5.3.5 Development Plan
5.4 Shaanxi Heavy Duty Automobile
5.4.1 Tianxingjian
5.4.2 Tianxingjian -- Logistics Fleet Management
5.4.3 Tianxingjian -- Features of “Vehicle Expert” APP
5.4.4 Tianxingjian -- Remote Vehicle Management
5.4.5 Tianxingjian -- Big Data Analytics
5.4.6 Partners
5.4.7 Development Plan
5.5 Foton Motor
5.5.1 Foton iTink Telematics 
5.5.2 Foton iTink Solutions
5.5.3 Foton iTink Solutions -- Fleet Management
5.5.4 Foton e Home & Foton Remote Intelligent Doctor
5.5.5 Partners
5.5.6 Development Plan
5.6 SAIC Iveco Hongyan
5.6.1 SAIC Iveco Hongyan Commercial Vehicle
5.6.2 GEN-Star Telematics System 
5.6.3 SAIC Iveco Hongyan e Platform
5.6.4 Partners
5.6.5 Development Plan
5.7 Yutong Bus 
5.7.1 Yutong Telematics 
5.7.2 Anruitong
5.7.3 Anxin
5.7.4 Intelligent Maintenance Solution
5.7.5 Smart Tourism Scenic Spot Version 
5.7.6 Tour Group Intelligent Management System
5.7.7 Partners
5.7.8 Development Plan
5.8 King Long 
5.8.1 King Wings
5.8.2 Features of King Wings
5.8.3 Partners
5.8.4 Development Plan

6 Chinese Commercial Vehicle Telematics Suppliers
6.1 Hopechart
6.1.1 Profile
6.1.2 Business Divisions
6.1.3 Commercial Vehicle Business 
6.1.4 Business Revenue
6.1.5 Costs and Selling Prices of Telematics Terminals
6.1.6 Main Customers 
6.1.7 Business Plan 
6.2 Yaxon Network
6.2.1 Profile
6.2.2 Revenue
6.2.3 Business Layout 
6.2.4 Solutions -- Yunxiang Telematics Service PaaS Cloud Platform
6.2.5 Solutions -- Aftermarket Solution
6.2.6 Solutions -- Automotive OEM Solution
6.3 Sinoiov
6.3.1 Profile
6.3.2 Business
6.3.3 Freight Platform
6.3.4 Chewang Truck -- Freight Platform Smartphone APP
6.3.5 Prophet Platform
6.3.6 Commercial Vehicle Telematics Business
6.4 Qiming Information Technology
6.4.1 Profile
6.4.2 Revenue
6.4.3 Intelligent Connectivity Business 
6.4.4 Telematics Operation Services
6.5 China Satellite Navigation and Communications
6.5.1 Profile
6.5.2 Revenue
6.5.3 Telematics Products and Services
6.5.4 Commercial Vehicle Telematics Platform
6.5.5 Commercial Vehicle Telematics Application 
6.5.6 Beidou Logistics Cloud Service Platform
6.5.7 Collaborations 
6.6 TIZA Information
6.6.1 Profile
6.6.2 Revenue
6.6.3 Solutions 
6.6.4 Connectivity Terminals  
6.6.5 Collaborations
6.7 HiRain Technologies
6.7.1 Profile
6.7.2 Intelligent IoT
6.7.3 Intelligent Vehicle Terminals 
6.7.4 T-BOX
6.7.5 Data Management and Analysis
6.7.6 Commercial Vehicle Fleet Management System (FMS)
6.7.7 Remote Acquisition and Monitoring System (RAMS)
6.7.8 Collaborations
6.8.1 Profile
6.8.2 Revenue
6.8.3 Intelligent Connectivity Software Products
6.8.4 Intelligent Connectivity Hardware Products
6.8.5 Collaborations
6.9 Yuwei Information
6.9.1 Profile
6.9.2 Remote Telematics Terminal
6.9.3 Intelligent Telematics Terminal
6.9.4 Intelligent Telematics Terminal
6.9.5 Collaborations
6.10.1 Profile
6.10.2 Vehicle Terminal Series 
6.10.3 Human-computer Interaction Terminals 
6.10.4 Commercial Vehicle Solutions

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