Steam turbines
Steam turbines-based CHP systems can contribute to maintaining grid stability and increase its efficiency by adjusting their output to match fluctuations in electricity demand. With CyberNoc, we connect the assets to the energy market to generate additional profit by participating across multiple markets and providing ancillary services.
Testimonials
CyberGrid participated in a research to analyse the possibilities of a Combined Heat and Power (CHP) unit and a steam system to provide flexibility to the power system, with the aim to meet the requirements of balancing services markets for aFRR and mFRR in Austria. The steam system applied in the investigated paper mill can be considered as a typical industrial steam system with different primary fuels, back-pressure steam turbines, and heat steam demand on different pressure levels (high-, mid-m and low-pressure). In this paper, flexibility is considered as the ability to change the electricity output of the turbine generator.
Frequently asked questions
How can I create new revenue streams with steam turbines-based CHP systems?
What complexities does participation in the energy market imply?
How do advanced data analytics and machine learning benefit operations?
How does CyberNoc ensure that steam turbines operate efficiently and profitably?
What factors determine the profitability of flexibility services in the energy market?
Flexibility Management Platform in action
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We connect all types and scales of flexibilities
Our asset agnostic IoT platform excels in managing and monetizing all kinds of assets, including both small- and large-scale flexibilities.
