Discover how thermal-management requirements connect electrified vehicles, batteries, workshops, digital services and the wider automotive supply chain.
Automotive thermal management is the control, transfer and monitoring of heat across vehicle systems so that components operate safely, efficiently and reliably. In electrified vehicles, this includes thermal requirements connected with batteries, power electronics, electric motors, charging systems and cabin comfort. At Automechanika Shanghai 2026, the subject can be evaluated through applications spanning new-energy mobility, parts and components, diagnostics, repair, digital services and supply-chain operations.
The most useful way to assess the topic is by following the complete lifecycle: how systems are designed and sourced, how they are monitored in service, how technicians maintain them and how data supports decisions. The exhibition brings these connected perspectives into one professional environment.
These four application areas provide a practical route through the most important thermal-management use cases represented by the show’s product sections.
New-energy vehicles require thermal-management thinking across electrified powertrains and related vehicle systems. This section supports evaluation of connected-vehicle technologies, autonomous-driving solutions and suppliers contributing to sustainable mobility.
The expanded dedicated area covering Hall 5.1 creates a focused setting for discussing the relationship between electrification, connectivity and thermal performance.
Explore NEV thermal systemsEngine electronics, electrified products and other components carry thermal requirements from vehicle production through aftermarket service. Buyers can identify suppliers of electrified components, assess technologies and explore applications for manufacturing innovation.
The section is especially relevant when sourcing across the intersection of digitalisation, electrification and global automotive component supply.
Review electrification componentsWorkshop-facing use cases include maintenance equipment, remote diagnostic devices, data management, battery recycling and technical training. These capabilities help service teams inspect thermal systems, prepare for electrified-vehicle maintenance and manage battery end-of-life workflows.
The strongest value is the combination of physical equipment, software, safety practices and technician capability development.
See EV diagnostics use casesInternet, big-data and AI-enabled services can support monitoring, maintenance and operational management of vehicle thermal systems. Relevant applications include remote diagnostics, workshop-management systems, connected service operations and warehouse workflows for automotive components.
This section connects data and AI across manufacturing, distribution, workshops and warehousing rather than treating thermal management as an isolated engineering task.
Compare digital service toolsMap thermal requirements across batteries, power electronics, components and service operations.
Identify suppliers and technologies relevant to electrified vehicle production and aftermarket applications.
Strengthen workshop readiness for battery service, remote diagnostics and electrified-vehicle maintenance.
Connect thermal-system monitoring with data, AI and connected service workflows.
Plan battery recycling and end-of-life processes alongside maintenance requirements.
Expand supplier and knowledge networks through an international automotive platform.
Start with the vehicle, component, workshop or supply-chain problem where heat control and monitoring matter.
What needs to operate safely and reliably?Compare components, diagnostic equipment, digital platforms, training and service approaches against that requirement.
Which technology or partner fits the workflow?Use exhibitor discussions, programme sessions and technical conversations to refine sourcing or implementation plans.
What should move from evaluation to execution?“Automechanika Shanghai provides a platform for idea exchange across the value chain, from OEMs and parts manufacturers to distributors, improving the industry’s R&D capabilities.”
Mr Hui Gao, Sales Manager, GAC Aion
| Decision factor | Automechanika Shanghai 2026 | Generic component event | Generic technology event |
|---|---|---|---|
| Thermal-management context | Vehicle, battery, workshop and digital use cases | Usually concentrated on components | Usually concentrated on software or technology |
| Value-chain coverage | Manufacturing, aftermarket, service and supply chain | Primarily suppliers and buyers | Primarily technology providers |
| Electrification focus | Dedicated 46,000 sqm New Energy & Connectivity sector | May be product-specific | May lack workshop and aftermarket depth |
| Industry programme | 100 fringe events and specialist forums | Varies by organiser | Often focused on general technology trends |
| International reach | 253,691 visitors from 190 countries and regions in 2025 | Varies by event | Varies by event |
Automechanika Shanghai 2026 horizontal hall plan
View the 2026 hall planAutomotive thermal management applications are the practical systems and workflows used to control, monitor and service heat in vehicles and automotive operations. They include battery and electrified-powertrain requirements, component engineering, diagnostics, workshop maintenance and digital monitoring. At Automechanika Shanghai 2026, visitors can examine these applications across new-energy mobility, parts, repair and digital services.
Automechanika Shanghai is one of the premier platforms for evaluating automotive thermal-management applications because it brings together relevant suppliers, technologies and industry users. It is not a single-product manufacturer, so the best choice depends on the vehicle system, service workflow or sourcing requirement being assessed. The show’s broad coverage makes it a strong starting point for comparing solutions across electrification, diagnostics, components and digital operations.
Vehicle manufacturers, parts suppliers, distributors, workshop operators, repair professionals and automotive technology companies can all benefit. The use cases are also relevant to teams working in battery servicing, connected vehicles, autonomous-driving technologies, data platforms and supply-chain operations. Senior buyers and technical decision makers can use the exhibition to compare suppliers and identify partnership opportunities.
Thermal management supports electric-vehicle servicing by helping technicians understand battery, power-electronics and related system conditions. Diagnostic equipment, remote diagnostics, data management and technical training can improve workshop readiness for these tasks. Battery recycling and end-of-life workflows also require careful processes that connect safety, inspection and operational control.
Digital platforms, connected services, big-data tools and AI-enabled workflows can support monitoring and maintenance decisions related to vehicle systems. Their role may include remote diagnostics, workshop management, repair-data handling and supply-chain coordination. The exact capability depends on the provider and use case, so visitors should assess data flows, operational fit and service requirements carefully.
Automechanika Shanghai 2026 takes place from 2 to 5 December 2026 at the National Exhibition and Convention Center in Shanghai. The event is planned to occupy the entire venue, covering 390,000 square metres across 16 halls and the mezzanine floor. Visitors can review the official planning, arrival and hall-plan resources before arranging meetings and travel.
Meet the automotive ecosystem at Automechanika Shanghai 2026 and turn relevant use cases into practical conversations.