Industry

Powerful load management allows energy flows to be controlled intelligently. This allows companies to reduce their peak loads and therefore their energy costs, conserve resources and ensure the stability of their own power grid. 

Controlling the electrical loads prevents overloads and ensures even distribution. Predictive peak load reduction by means of targeted load control can significantly reduce grid connection costs. Energy distribution systems can be used more efficiently as fewer reserves are required, which also saves costs.  

In addition, the use of renewable energies is optimally supported by load management, for example in the distribution and control of self-generated energy for charging electric vehicles or the use of an energy storage system. The aim is to consume a large proportion of the energy generated in your own grid.  This reduces energy costs to be paid to the grid operator and makes the use of renewable energy such as photovoltaics more efficient and profitable. 

Further information can be found on the load management page. 

A secure power supply is essential in many industrial sectors, as even brief interruptions or faults in the power supply can cause high costs and damage to systems. To ensure a secure supply of energy, the power quality must be monitored in accordance with standards. Continuous monitoring of power quality and analysis of compensating currents also makes it possible to assess the condition of machines and systems.  

Unplanned maintenance or production downtimes are avoided through the early detection of leakage currents or load changes. 

Detailed recordings are used to analyze power quality, plan maintenance and ensure compliance with standards such as DIN EN 61000-2-4, as well as to document and analyze negative changes and improvements in the power supply. 

Follow us for more information on solutions for power quality.

With comprehensive differential current monitoring, the functionality of production facilities can be monitored and recorded. This allows for the detection and prevention of fires and failures before they occur, ensuring operational safety.  

Effective fault localization leads to shorter downtimes and improved availability of the power supply. This helps to minimize unplanned downtimes and production losses.  

Manual testing of the electrical system can be partially replaced by constant monitoring, including standard-compliant verification of monitoring, as no insulation measurement is then necessary. This reduces costs and production downtime while still ensuring the safety of machinery and equipment. 

You can find more information on the residual current monitoring page.