© tetronik GmbH. All rights reserved.
© tetronik GmbH. All rights reserved.
Due to external influences, disruptions in the energy supply network cannot be entirely prevented. However, in order to offer their customers the most reliable supply of electricity, gas or district heating possible, it is in the interest of network operators to rectify any incidents as quickly as possible.
If there are faults in the electricity grid or the natural gas grid, this circumstance not only represents a supply problem, but also a potential danger. Valuable time is lost when, upon receipt of a fault report, it is first necessary to clarify which technician is available and who is suitable for both the location and the type of fault. Naturally, this time should be saved at all costs.
Martin works in the control center of a utility company. When he suddenly receives a message about a malfunction, he has to react as quickly and flawlessly as possible.
Thanks to extensive organizational and technical preparation, Martin fortunately no longer has to go through contact lists and call individual technicians. All the necessary process steps and contact data were created in the DAKS alarm server in such a way that the responsibility, expertise, working hours and various phone numbers of the different technicians were recorded. In addition, the technicians can log in or out of DAKS from their terminal device, depending on whether they are starting or ending their regular on-call duty or are absent for other reasons.
Martin can see a selection of predefined fault types and locations on his control panel. By confirming one of these, he triggers an automated call process: DAKS contacts those technicians who are eligible for this particular case at that time via phone call or text message. It connects them with the control center and Martin can tell them the extent, exact location and other details of the fault. This entire process is logged and can be followed on Martin's monitor.
DAKS can also handle certain technical fault messages completely on its own. A fault triggered by sensors, for example, can be transmitted via a control system and received directly by DAKS. DAKS then independently activates the responsible on-call service without the need for human intervention.
© tetronik GmbH. All rights reserved.