They operate energy-intensive systems such as melting furnaces, rolling mills or presses. These generate strong grid perturbations - such as voltage dips, harmonics or flicker. The result: system malfunctions, unnecessary downtime and high energy costs.

Your highly automated production lines react sensitively to grid disruptions. At the same time, internal conversions and new energy sources (e.g. PV, storage) require a stable, well-coordinated grid.

They operate their own medium-voltage grids under harsh conditions - often mobile, temporary or in remote regions. Grid stability and operational reliability are critical to their business.

You must demonstrate grid conformity and ensure interference-free integration of your storage systems. Reactions and EMC problems can jeopardise operation or approval.

You need a stable power supply despite complex machinery, variable loads and your own power supply. Grid faults lead to system downtime or premature wear.

They must ensure security of supply and grid quality - even with increasing feed-in from decentralised generators. At the same time, ageing infrastructure requires regular inspection and maintenance.

They must guarantee a secure and uninterrupted power supply at all times. Outages are business or life-threatening and cannot be tolerated.

You are responsible for the electrical infrastructure of entire sites. Your systems must be operated safely, efficiently and reliably - with limited resources.

You must implement the grid connection in a technically correct and standard-compliant manner - including proof of grid compatibility. Queries from the grid operator or faults can delay commissioning.

You operate modern buildings with PV systems, charging infrastructure or energy storage systems. Grid problems affect comfort, building technology and user satisfaction.