RESOURCES | CASE STUDIES

EV Thermal Management Case Studies

Review how application requirements can be translated into product selection, interface definition, prototype integration, validation evidence and production-ready decisions.

Each published EVLINK case study should identify the real operating challenge, confirmed project scope, technical conditions and evidence that can be shared without exposing customer-confidential information.

Application

Duty and environment

Engineering

Scope and interfaces

Evidence

Conditions and results

PROJECT EVIDENCE

01 Application & Operating Conditions

02 Technical Challenge

03 EVLINK Solution

04 Integration & Validation

05 Verified Outcome

VALIDATED PROJECT RESULTS

FIND RELEVANT EVIDENCE

Choose a Case by the Decision You Need to Make

A buyer should not have to read every story to find the evidence relevant to the current project stage.

By Application

Find evidence from electric buses, trucks, mining vehicles, machinery, agriculture or liquid-cooling projects.

By Product

Review project use of BTMS, high-voltage coolant heaters, controllers and electric compressors.

By Engineering Challenge

Explore cold start, fast charging, high load, packaging, CAN, validation and harsh-environment requirements.

By Project Stage

Compare requirement definition, product selection, prototype integration, validation and production release.

FEATURED CASE STUDY

EVLINK Supports Green Energy Intelligent Control Electric Dump Truck Project

Huaneng Yimin’s World’s First 100-Unit Autonomous Mining Truck Project

Project Context

Vehicle or equipment platform – region or climate – duty cycle – project phase.

Engineering Challenge

Thermal target – voltage and power – space – coolant or refrigerant – control and validation constraints.

EVLINK Scope

Product selection, interface adaptation, CAN matching, prototype support, validation or production documentation actually delivered.

Verified Outcome

Only publish measured results with conditions, evidence owner, model or configuration and approved wording.

CASE STUDY LIBRARY

Build a Searchable Portfolio of Verified Project Evidence

The six slots mirror EVLINK’s application strategy. Replace every slot with authentic, permission-cleared evidence before publishing.

CASE SLOT 01

Electric Bus Thermal Management

Cold-weather battery or cabin heating, route duty and fleet availability.

CASE SLOT 02

Electric Truck Battery Thermal Management

Fast charging, high load, packaging and long-duty operation.

CASE SLOT 03

Electric Mining Truck Thermal Management

Haul cycles, regeneration, dust, altitude and serviceability.

CASE SLOT 04

Construction Machinery Thermal Management

Variable hydraulic load, vibration, airflow restriction and rugged interfaces.

CASE SLOT 05

Agricultural Machinery Thermal Management

Seasonal duty, debris, field maintenance and cold-start requirements.

CASE SLOT 06

Data Center Liquid Cooling

Flow, redundancy, monitoring, maintainability and operating continuity.

CASE EVIDENCE STANDARD

Eight Elements Every Credible Project Story Should Include

This structure answers the questions an overseas OEM engineer or procurement team is likely to ask next.

Project Identity

Application, project phase, approved geography and customer-name usage.

Operating Conditions

Duty cycle, ambient, voltage, thermal load, flow, pressure and control context.

Technical Challenge

Why the base architecture or standard configuration did not meet the requirement.

EVLINK Responsibility

Exactly which product, engineering task, document, prototype or support was provided.

Integration Evidence

Mechanical, coolant, refrigerant, HV/LV, CAN and responsibility interfaces.

Validation Evidence

Sample revision, test method, conditions, measurements and acceptance criteria.

Verified Result

Measured or approved project result with its basis, limits and evidence owner.

Customer-Safe Learning

A reusable engineering lesson that does not expose confidential information.

PROJECT JOURNEY

Show How the Engineering Decision Was Reached

A strong case study explains the process, not only the final product photograph.

Requirements

Define application, duty, targets, interfaces, standards and acceptance.

Architecture

Select the system route and control ownership around actual heat flows.

Configuration

Choose or adapt product voltage, capacity, package, ports and connectors.

Integration

Review mechanical, coolant, refrigerant, HV/LV and CAN interfaces.

Prototype

Build a controlled sample with traceable hardware and software status.

Validation

Test defined conditions, record evidence, close issues and support release.

RESULT EVIDENCE

Publish Measured Outcomes with Their Conditions

A number without a test condition, baseline or approval weakens trust rather than strengthening it.

Result Type

Acceptable Evidence

Required Context

Avoid

Thermal Performance

Approved test data, curve or report excerpt

Inlet, ambient, flow, load, sample and acceptance condition

Unqualified efficiency or temperature claims

Integration

Approved drawings, interface review or installation image

Model, revision, responsibility boundary and project phase

Showing confidential geometry or customer IP

Validation

Test setup, measured channels and pass/issue status

Method, sample revision, criteria and evidence owner

Implying accreditation or standards not proven

Production

Approved production or delivery documentation

Applicable product, date range and publication permission

Unverified volumes, customers or countries

Customer Outcome

Customer-approved quote, KPI or reference

Baseline, measurement period, operating conditions and attribution

Invented savings, lifetime or charging improvements

CASE STUDIES BY PRODUCT

Connect Every Project Story to the Product Actually Used

Individual case pages should link to the verified product model or family and the related engineering service.

01 | Battery Thermal Management System

Case evidence for battery heating, cooling, preconditioning and integration.

02 | High Voltage Coolant Heater

Case evidence for voltage, power, coolant, control and application selection.

03 | Three-in-One Controller

Case evidence for power interfaces, modes, CAN, faults and diagnostics.

04 | Electric Compressor

Case evidence for cooling demand, refrigerant loop and operating envelope.

ENGINEERING BEHIND THE CASES

A Case Study Should Reveal the Relevant Capability

Link project evidence to the service that explains how EVLINK supports similar programs.

System Design & Integration

Architecture, heat flow, components, interfaces and control ownership.

Custom Development

Application-specific product, package, port, connector and communication changes.

Prototype & Validation

Controlled samples, test plans, measurements, issue closure and release evidence.

FREQUENTLY ASKED QUESTIONS

EV Thermal Management Case Study FAQ

What information should an EV thermal management case study include?

A useful case includes the application, operating conditions, technical challenge, selected product or system, EVLINK scope, interfaces, validation method, verified result and reusable engineering lesson.

Can customer names be hidden in a case study?

Yes. An anonymized case can still be valuable when the application, technical conditions, EVLINK scope and evidence are specific. Customer names and logos should be used only with approval.

Which EVLINK products can appear in case studies?

Cases may cover battery thermal management systems, high-voltage coolant heaters, three-in-one controllers and electric compressors when the applicable model and project evidence are confirmed.

Which applications can EVLINK case studies cover?

The planned structure covers electric buses, trucks, mining trucks, construction machinery, agricultural machinery and data center liquid cooling. Only applications supported by real evidence should be published as cases.

How should performance results be presented?

State the measurement, baseline, sample or product configuration, operating condition, test method, period and approval status. Avoid isolated percentages or guaranteed outcomes without evidence.

How can a buyer discuss a similar project with EVLINK?

Share the vehicle or equipment platform, duty cycle, voltage, thermal targets, installation space, coolant or refrigerant conditions, connectors, CAN requirements, validation stage and timing.

DISCUSS A SIMILAR PROJECT

Have a Thermal Challenge Similar to One of These Applications?

Share the platform, duty cycle, voltage, thermal targets, package, interfaces, CAN requirements and validation stage. EVLINK can review the closest product and engineering route.