The materials industry consumes large amounts of energy, particularly in processes such as melting, material processing and material cooling. Particularly in heat-intensive processes, there is a high dependence on increasingly expensive natural gas. More and more companies therefore want to electrify their heat generation, which also makes investments in storage and buffering options for energy more relevant.
Our intelligent energy management helps the materials industry to analyse the opportunities and risks of investments and to reduce energy costs. This allows you to use cost efficiency as an important competitive advantage without affecting your product quality.
Adjust your consumption with power generation and spot market prices — fully automatically with flexOn.
You are in the process of electrifying your heat generation? We support you by optimally, fully automatically coordinating your various heat sources.
Our intelligent energy management simulates the use of a storage system at your location so that you can make well-founded investment decisions.
Thanks to optimization and automatic control, you can fully utilize the potential of your PV systems and storage systems and increase your cost efficiency.
The recently adopted solar package in Germany has brought negative electricity prices back into the public eye. We explain how they arise, what problems are associated with them and how companies benefit from negative electricity prices.
The German Federal Grid Agency is planning to adjust the regulations for individual grid charges for industrial customers. As a result of the energy transition, the framework conditions of the energy system are currently changing. The new regulations, which were set out in the recently published key point paper on Section 19 (2), should take this into account.
At the end of June, there were horrendous electricity prices on the spot market due to a technical error. This got expensive for some industrial companies — our customers were protected by intelligent energy management.
