Electrical Equipment

Industries in the Electrical Equipment, Appliance, and Component Manufacturing subsector manufacture products that generate, distribute and use electrical power. Electric Lighting Equipment Manufacturing establishments produce electric lamp bulbs, lighting fixtures, and parts. Household Appliance Manufacturing establishments make both small and major electrical appliances and parts. Electrical Equipment Manufacturing establishments make goods, such as electric motors, generators, transformers, and switchgear apparatus. Other Electrical Equipment and Component Manufacturing establishments make devices for storing electrical power (e.g., batteries), for transmitting electricity (e.g., insulated wire), and wiring devices (e.g., electrical outlets, fuse boxes, and light switches).

Assembly Line

Inside Schneider Electric’s Smart Factory

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Author: Austin Weber

Topics: IIoT, digital manufacturing

Vertical: Electrical Equipment

Organizations: Schneider Electric, AVEVA

According to Clayton, the goal of Schneider Electric’s IIoT initiative in Lexington is to boost efficiency and overall market competitiveness by introducing technologies that modernize and reinvent the control, monitoring and management processes of the plant.

It’s part of Schneider Electric’s global effort to digitally transform its factories and distribution centers. The 183-year-old company’s supply chain encompasses nearly 300 factories and logistics centers in more than 40 countries. Most of those facilities use the same IIoT technology that the company offers to its customers.

“These facilities are core to [our] Tailored Sustainable Connected Supply Chain 4.0 program, which creates a customized, sustainable and end-to-end connected supply chain across the plan, procurement, make, customer and sustain domains,” explains Clayton.

Read more at Assembly

AI tool locates and classifies defects in wind turbine blades

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Topics: AI, defect detection, quality assurance

Vertical: Electrical Equipment

Organizations: Railston & Co, Loughborough University

Using image enhancement, augmentation methods and the Mask R-CNN deep learning algorithm, the system analyses images, highlights defect areas and labels them.

After developing the system, the researchers tested it by inputting 223 new images. The proposed tool is said to have achieved around 85 per cent test accuracy for the task of recognising and classifying wind turbine blade defects.

Read more at The Engineer

Smart Factory in Actual Practice – Toward Autonomous Production

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Vertical: Electrical Equipment

Organizations: SICK

In Sick’s sensor factory in Freiburg-Hochdorf, driverless transport systems curve around automated production modules and workstations operated by people or collaborating human-robot teams. “The modules are cells in which the robot performs a defined task in a fixed working environment, such as the final assembly of various sensor components,” Joachim Schultis explained, Head of Operations for Photoelectric Sensors & Fibers at Sick AG “The modules are completely setup-free; format and material changes are carried out by the control system operating in the background.”

Read more at Automatica Munich

GE to advance competitiveness of wind energy with 3D printed turbine blades

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Author: Hayley Everett

Topics: 3D printing, additive manufacturing

Vertical: Electrical Equipment

Organizations: General Electric, Boeing

The project will initially produce a full-size 3D printed blade tip for structural testing, in addition to three blade tips to be installed on a wind turbine, with the hope of reducing manufacturing cost and increasing supply chain flexibility for the components.

“We are excited to partner with the DoE Advanced Manufacturing Office, as well as with our world class partners to produce a highly innovative advanced manufacturing and additive process to completely revolutionize the state of the art of wind blade manufacturing,” said Matteo Bellucci, GE Renewable Energy’s Advanced Manufacturing Leader.

Read more at 3D Printing Industry