Omnivise T3000 SCADA connects wind turbines, substation automation, auxiliaries and direct marketing through a single platform in a centralized view
Worldwide, offshore wind farms are growing in number and size as global demand for renewable energy increases. Additionally, the subsidies for wind power are ending. To keep pace, reliable and cyber-secured control solutions are required to optimize operations and to manage the fleet of wind and other generating units over the complete lifecycle. Advancements in offshore wind generation controls enable operators to monitor and automate individual turbines and their communication networks. SCADA technology allows for these individual offshore wind turbine generators to be interconnected and viewed through a single platform. Tools and systems for direct marketing of wind power on the intraday, spot, and balancing energy market help wind farm operators remain competitive.
Learn more about the requirements for wind offshore automation, trends and challenges for the future, cybersecurity regulations and maintenance aspects for the whole lifecycle of windfarms from Angelo Verardi, Project Engineer from EnBW Windpark He Dreiht.
Angelo Verardi from the 900 MW EnBW He Dreiht windpark talks about the requirements for wind offshore
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Omnivise T3000 SCADA enables easy operation of multiple Remote Plants from a Central Control Center over the entire lifecycle of your wind farm.
Main Automation System for Offshore Wind
Direct Energy Marketing for Offshore Wind
Direct Energy Marketing automates the process of providing physical dispatch plans to generating sites and provides greater transparency across an entire generation fleet.
Direct Energy Marketing is a connectivity enabler providing:
Virtual Power Plant is a decision support tool to optimize revenue and resource use based on the combination of different generation technologies.
For example, we can help you to maximize your benefit if you decide to expand your offshore wind farm with hydrogen storage: Every 15 minutes, Virtual Power Plant delivers forecast data to the electrolyzer on wind feed-in, as well as gas and electricity consumption. The receiving interface converts this data directly into control commands for the electrolyzer.
Depending on price forecasts and the current utilization of the gas and electricity network, the VPP remotely starts and stops the electrolyzer, while at the same time standing by to deliver control reserve to the national grid at any moment.
The fast-response nature of an electrolysis plant allows to participate in the balancing energy and primary control power markets.
Virtual Power Plant allows you to make a decisive contribution to a stable power supply and at the same time actively promote the economic efficiency of green hydrogen.
Opportunities enabled by Virtual Power Plant include:
Optimize your remuneration with VPP from Siemens Energy
Omnivise Asset Management is a modern software suite combining deep domain know-how, the latest technologies and methods, and modern software design. Its four modular applications cover all power generation core processes and domains, supporting both local and remote teams. It is built on a single platform, so users can draw on the same data and insights. Seamless workflows between applications enable cross-role collaboration, while supporting broader use cases, such as Remote Operator Rounds & Inspections, Asset Performance Management, Full Plant Monitoring, and Remote Operations up to Autonomous Plant.
Do you need help on a concrete project? Do you need a quote for any of our products or solutions? Do you need support for your installed equipment? Do you have a technical question? Do you need something totally different? You can contact us 24/7. We are looking forward to your call or online request.