03.12.2015 Views

Berlin to go, english edition 1/2015

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

DISCUSSION<br />

And what is GE working on in this area?<br />

CH: Our core research areas cover an enormously wide range of<br />

subjects, from aero- and thermodynamics, imaging techniques<br />

in medicine, <strong>to</strong> au<strong>to</strong>mation and robotics in manufacturing.<br />

With the latter, one of the priorities is “adaptive manufacturing”<br />

whereby production robots are equipped with a variety<br />

of sensors so they can adapt <strong>to</strong> the specific machining requirements<br />

of each individual component. This, of course, is closely<br />

related <strong>to</strong> such current concepts as “Brilliant Fac<strong>to</strong>ry” and<br />

“Industry 4.0”.<br />

What issues are currently being discussed with respect <strong>to</strong><br />

“Industry 4.0”?<br />

CH: The aspect that is most often the focus of discussion in<br />

Germany is the optimization of production processes in industrial<br />

manufacturing, the key objectives of which are reducing<br />

costs and increasing productivity. This could be considered an<br />

extension of the digitization and au<strong>to</strong>mation of production,<br />

which has been of interest <strong>to</strong> us for quite some time. The next<br />

wave of digitization, however, will be much more radical and<br />

comprehensive than anything we have seen thus far. Each individual<br />

product will be paired with a so-called digital twin, which<br />

will accompany the product from the raw material stage, on<br />

through design, production and operation, all the way <strong>to</strong> disposal<br />

and recycling. This digital twin will document a product’s<br />

Carlos Härtel speaking with<br />

<strong>Berlin</strong> <strong>to</strong> <strong>go</strong>.<br />

entire life cycle, creating a<br />

treasure trove of information<br />

that can be used <strong>to</strong> make<br />

quantum leaps in the development<br />

of basic technologies and<br />

manufacturing processes.<br />

Let‘s take <strong>Berlin</strong> as an example.<br />

How would the “Industrial<br />

Internet” be applied there?<br />

CH: Everyday examples that<br />

are frequently mentioned<br />

include networked street lighting<br />

equipped with sensors so<br />

the brightness of the lights<br />

is not only adjusted according <strong>to</strong> the time of day, but also<br />

according <strong>to</strong> the type and intensity of traffic. Or sensors that<br />

identify available parking spots, thereby providing municipal<br />

parking guidance systems with needed information. These<br />

are the types of “Industrial Internet” applications that we’re<br />

sure <strong>to</strong> see in <strong>Berlin</strong> in a few years’ time. Of course there’s<br />

one obvious problem involved in the use of this technology<br />

in the public sphere: data privacy. In industry, the situation<br />

is, of course, somewhat different, since the data is primarily<br />

technical and not personal in nature.<br />

12 BERLIN TO GO

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!