The new world of e-mobility not only requires new cars, powerful batteries and lots of electricity, but also rather mundane charging stations. However, such “sockets for cars” are complex systems and require a great deal of expertise, especially during the planning stage.
In addition to the “energy revolution” (which ROBUR has been actively supporting for years with over 1,000 colleagues in the wind energy sector and dismantling of the nuclear power plants), we are also confronted with the “mobility revolution”. Electric cars have become an indispensable part of everyday life, but in many countries and cities the infrastructure is still lagging behind and is putting the brakes on faster transition. This is where ROBUR can help out with its knowledge and expertise.
After all, there’s a huge difference between having large amounts of electricity flow quickly and almost continuously into the new fuel tanks, i.e. batteries, on the Autobahn in order to be able to drive the next 400 km, and using a privately owned underground car park overnight to replenish the electricity consumed during the day for a 20 km drive to the office and back.
In the first case, solutions quite literally have to be created on the “green field”. And not every field (or every rest area) has a power cable suitable for this purpose. Yet even in a city, the solution is not so simple. The answer here is a “wallbox”, as the modern “sockets” for e-cars in an underground car park, for example, are called. One wallbox in an underground car park is usually not a problem. But 30, 40 or even 100 of them in one place (for example in a city district, since many people now want to be electrically mobile) is. This is because if all the car owners were to want to charge at the same time, this would regularly blow even the strongest fuse. That is, if the responsible electricity supplier has enough “thick cables” there to be able to handle the amount of electricity in the first place. Intelligent “load management” soon becomes the magic word, along with the question as to whether all the available wallboxes will ultimately get enough power to ensure that all the vehicles are really sufficiently charged again within the advertised “20 minutes”. The situation is further complicated by the fact that wiring harnesses in buildings are not necessarily designed for continuous operation with high amounts of electricity, meaning that there is also a heat-related risk of fire and this must be factored into the planning. It is not unusual for excavators and hammer drills to be needed in order to install more powerful cables and distributors before a wallbox can even be connected.
There are further challenges: the issue of billing needs to be resolved just as much as the question of calibrated metering systems. On top of that, there is the bureaucratic jungle when it comes to permits, coordination with the grid operators and the organization of available subsidies.
By contrast, the design and implementation planning, project management, purchasing, delivery and installation of all components, including any necessary earthworks, is almost routine.
All of this has been mastered by the colleagues of ROBUR GESA and has already been demonstrated in a wide range of projects. They include public and private car parks and charging infrastructure for car dealerships and car-sharing service providers. Setting up charging infrastructure is easier with the specialists of ROBUR ELMOBIS together with the colleagues of ROBUR WIND, GESA and with the support of the whole group, and e-mobility becomes more convenient as a result. This is how ROBUR makes the ecological change in mobility possible.
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