Maritime Trade and Transport - HWWI
Maritime Trade and Transport - HWWI
Maritime Trade and Transport - HWWI
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Parking aids <strong>and</strong> cruise controls are familiar to most people. In the future, we will also<br />
be seeing a lane for private vehicles – <strong>and</strong> a second lane equipped with induction loops <strong>and</strong><br />
numerous sensors that automatically control the headway of a car or truck (even without a<br />
human driver) via special radio transmission <strong>and</strong> reception frequencies. Constant distance<br />
measurement, adjustment of speed, prevention of accidents, registration of toll charges, etc., will<br />
then be the rule. Japan will be putting the first pilot applications into operation by 2015.<br />
Subterranean pneumatic dispatches<br />
The use of computer-controlled cargo caps lies in the technological future. This subterranean<br />
pneumatic dispatching system may be the answer to the overloading seen in local <strong>and</strong> regional<br />
merch<strong>and</strong>ise transport. The capsules, developed by the Ruhr University in Bochum, move<br />
under the earth in a network of transmission tubes at a speed of up to 50 kph <strong>and</strong> make their<br />
way independently to the appropriate station, where their freight is automatically loaded or<br />
unloaded (two Euro pallets). The “Ruhrpost” system is currently being tested in a pilot project<br />
involving the government of the federal state of North Rhine-Westphalia <strong>and</strong> RWE Power.<br />
There is already a great deal of interest in the new transport system, which is being considered<br />
for the new HafenCity in Hamburg, for example.<br />
A number of other research projects, primarily in the USA, center around new pipeline<br />
technologies which use hydraulic or pneumatic systems to transport coal <strong>and</strong> agricultural<br />
products, as well as waste materials <strong>and</strong> hazardous waste, over distances of several thous<strong>and</strong><br />
kilometers – that is, across the continent.<br />
Ghost train in transit<br />
Fully automated freight cars are currently also being tested for rail traffic. They constitute a<br />
kind of “ghost train,” with no locomotive or conductor, remote-controlled <strong>and</strong> monitored by<br />
radar, laser <strong>and</strong> video. The Cargo Mover reaches an average speed of 90 kph <strong>and</strong> uses some<br />
30% less fuel than a truck. Up to now, the Cargo Mover, developed by Siemens in collaboration<br />
with the Institut für Schienenfahrzeuge und Fördertechnik, is being used experimentally<br />
as a factory railroad. Also in the technological future are cargo vehicles which can be used either<br />
“normally” on the road or in a separate lane at a speed of 100 kph (city traffic) or 300 kph,<br />
computer- or telematic-controlled.<br />
The Internet for Things<br />
We are familiar with the Internet of information as we use it in our daily lives. A globally accepted<br />
st<strong>and</strong>ard, the Internet protocol, permits the multi-network transmission of words, writing,<br />
numbers <strong>and</strong> diagrams. The German Fraunhofer Institut has been working for some time<br />
now on an “Internet of Things.” For the logistics sectors, it offers the following perspectives:<br />
Berenberg Bank · <strong>HWWI</strong>: Strategy 2030 · No. 4<br />
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