| The saving of electrical energy is necessary for amortization at higher investments. By short cycle times and three-shift operation the payback period may even be shorter than twelve months due to the potential savings of several thousand kilowatt hours per year. And with the expected growth in energy costs, earnings improved continuously. In one factory the "Dynamic energy storage" is also called "counter-memory". This contradiction expresses the best of what goal with the DES is achieved because the device replaced in certain applications the braking resistor, and in the same time stores the braking energy to feed them at next needed. Easy connection and use, robust design of the unit, that guarantees a very long life. By design, the Dynamic energy storage can easily be tried in an existing system, because the memory automatically turns on before the switch-on the brake transistor. |
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| The DES will be simply connected in addition to the existing braking resistor to the drive systems converter. Accumulating excess energy will be absorbed by the connected braking resistor. After a few cycles, the stored data into the DES processor can be read and evaluated. A simple integrated oscilloscope function facilitates the analysis of the braking curve and the selection of a suitable storage. |
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| Using DES in our cartridge filling machine could be achieved energy savings of 21 percent - deserving of a prize! Absolute savings is around 2,900 kWh per year. it should also be noted that, this is roughly the average annual electrical energy requirement of a two-person household. |