Automobile production
Tech using tablet to monitor robotic welding arm in automotive manufacturing plant.

Optimize production

From new ways of building cars to changing industry regulations, automotive manufacturers have no choice but to respond to industry transformation by developing connected plants. Using data, automation and technology is now critical at every step of the manufacturing process—from design and engineering to inspections and quality testing. Belden helps plants establish secure network connections so they can develop innovative products, implement responsive operations and make crucial decisions with confidence.
42 of consumers want their next car to be an electric vehicle
97 of auto manufacturers are using or evaluating smart tech
89 的汽车制造商制定了可持续发展政策
  • 我们的能力
  • Network Resilience
  • Edge Computing
  • Data Interoperability

我们的能力

尽管面临劳动力短缺、供应链中断和对更清洁运营的需求,汽车制造商仍必须尽一切努力加快生产、控制成本并获得市场份额。这可以通过高效的数字化工作流程来实现,从而减少缺陷和错误、提高效率并减少计划外停机时间。Belden 可以帮助您的工厂建立一个框架,以利用有关资产利用率、生产效率和质量的数据驱动洞察。
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汽车工厂 3D 渲染:自动化机械臂装配线制造先进的高科技绿色能源电动汽车。建筑、建筑、焊接工业生产输送机。特写

Network Resilience

Critical data tracking and high throughput of quality vehicles depend on a resilient network that keeps data flowing.

By preventing disruptions and operational downtime, network resilience maintains uninterrupted data flow—no matter what. Designed to withstand stressors, a resilient network ensures production efficiency, enables real-time tracking and supports predictive maintenance without concerns about disconnections.
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Industry 4.0 Modern Factory: Project Engineer Talks to Female Operator who Controls Facility Production Line, Uses Computer with Screens Showing AI, Machine Learning Enhanced Assembly Process
Engineers at lathe controls in factory

Edge Computing

Advanced manufacturing technology in automotive like robotics and AGVs generate lots of data.

Edge computing captures and analyzes this data close to machines, equipment and devices—and the people who use them—for quick response in mission-critical areas like quality control and equipment monitoring. It pre-processes and contextualizes data at the edge to reduce traffic, simplify technology application and minimize cloud usage.
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Data Interoperability

To drive quality production quickly, the devices, sensors and equipment used in automotive manufacturing must be able to communicate with each other.

Data interoperability facilitates connections between disparate systems so they can effectively exchange information. Data flows across all systems to streamline operations, reduce inefficiencies and create fully automated environments that accelerate vehicle production.
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Electrical Circuits.  The electric wire behind the control board with lighting effect,Industrial Electrical Concept. Wiring PLC Control panel with wires industrial factory

As More EVs Hit the Road, Charging Stations Are the Priority

As electric vehicles become a transportation standard, the right EV charging infrastructure needs to be in place to support this massive change.

Automotive manufacturing solutions

Discover best practices and insights from our experts.

Boost EV Production by Increasing Manufacturing Plant Efficiency

Boost EV Production by Increasing Manufacturing Plant Efficiency

The market for electric vehicles (EVs) has grown rapidly in recent years, and it isn’t expected to slow down. EV production is one of the world’s fastest-growing industries. Whether consumers want to invest in cleaner transportation, save money on fuel or comply with (or get ahead of) government regulations and policies, they’re driving increased commitment to EV production by automakers.   To meet these demands, new waves of EVs will need to hit the market—and soon. By 2029, electric vehicles could account for one-third of the North American market, and about 26% of vehicles produced worldwide, according to consultant AutoForecast Solutions. Goldman Sachs Research predicts that, by 2035, the percentage of EVs making up worldwide car sales will rise to 61%. Sales may not increase according to a nice curve, either—demand could spike suddenly in a short amount of time.   Currently, many EV production lines still rely on manual assembly to install specific components (headlights, windshields, sunroofs, seats, controls, etc.) and lack data to identify which processes could be improved. This creates bottlenecks that slow down processes and drain efficiency.   If you still rely on manual assembly, will you be ready to respond and scale when the time is right? Can you quickly redesign your assembly lines to amp up production? Are you able to add or redeploy workstations as needed without a two-week shutdown? Leaving manual processes behind for automated assembly is one of the only ways to create faster cycle times.