zenon Energy Edition
Brochure
The utilization of complex wind power software coupled with state-of-the-art wind turbine devices are part of the solution to assist stakeholders in addressing the recurrent challenges associated with conventional power sources. With the zenon Software Platform energy companies adhere to environmental standards and improve overall grid stability.
The landscape of the wind energy sector is composed of a variety of stakeholders, each playing their significant roles in moving renewable energy forward. The following list examines the ways in which zenon contributes to the various interests of stakeholder groups, including the utility companies that manage the integration of wind power into the grid, community groups advocating for locally sensitive practices, and environmental organizations ensuring sustainability and ecological considerations are met. An overview of the interconnected roles and collaborations among these key players enables us to understand the complex ecosystem behind wind energy industry development.
Wind farm owners can rely on zenon’s professional automation software to operate wind farms with maximum profitability. The zenon Software Platform creates a foundation for foresightful and unified operation of all assets and systems. zenon provides vital business insights to support entrepreneurial activities.
Situational awareness is key to achieving continuous operation of wind power assets. zenon provides a 360° overview of all relevant components. Any irregularities can be immediately spotted and systematically inspected, based on highly detailed asset data. Maintenance work can be carefully planned and efficiently performed leveraging zenon’s comprehensive data model, which incorporates all related systems and assets. All information is clearly presented via an ergonomic user interface.
zenon delivers a unified and modular solution for all aspects pertaining to the connection of wind energy to the grid. As an independent solution, zenon integrates onshore and offshore substations, as well as high voltage DC facilities, into one integrated HMI/SCADA application. Numerous sub-systems for offshore platforms can be simply combined into a single management solution. In this way, zenon enables control center installation and asset management processes while significantly simplifying the implementation and operation of related assets.
zenon’s capabilities do not stop at the boundaries of OEM hardware and technology. zenon acts as an open integration layer between OT and IT systems, empowering human operators. A comprehensive library of connectivity and process control functions and graphical templates enables the rapid implementation of detailed, distributed industrial applications.
zenon is designed for engineers with a high focus on excellence in process control and automation, rather than requiring extensive application programming. Therefore, it provides “out of the box” functions which are simple to apply, yet flexible to adapt and expand.
Enabling the utilization of clean, renewable energy is a core mission of community and environmental groups as well as investors, operators and tech companies. The zenon Software Platform supports this mission by bringing to bear COPA-DATA’s long-term experience of critical energy and infrastructure automation and a modern and powerful solution that integrates all aspects of renewable energy generation. Thus, zenon helps energy companies globally to realize renewable energy projects in an economic and environmentally friendly way, thereby contributing to the energy transition.
zenon is your complete solution for optimizing wind energy operations which employ the latest SCADA and control technologies. One such solution is wind-farm SCADA which delivers the real-time monitoring and efficient management of wind farm operations. Zenon also powers wind turbine SCADA software, enabling precision control over every part of the turbine’s operation. Reliability is ensured and predictive maintenance enabled through zenon’s data analytics. The integration of zenon with other elements – such as wind park controllers, wind farm control systems, and more – makes it possible to achieve smooth-running onshore and offshore wind farms.
zenon offers specific tools designed for onshore wind substations, offshore converter stations and offshore turbines. It strengthens all parties and eliminates the different bottlenecks associated with the peculiarities of wind power and the diverse location conditions that characterize the field of renewable energy – as well as promoting the general efficiency of the plant. Using zenon’s advanced automation and control strategies, particularly in the operation of advanced turbines, users can fully depend on this alternative power source. Zenon enables optimized reliability and durability, while also minimizing any potential risks that might occur during use. Essentially, zenon ensures that the turbines operate efficiently and safely, making this alternative power source a viable and dependable option.
Realize your independent control room solution for professional plant and fleet management. Drawing on real-time and historical data, zenon builds the foundation for advanced operational (monitoring) and maintenance (O&M). High situational awareness is achieved through intuitive process views and supportive mechanisms, such as interactive alarm management or automatic user notification. Historical data is utilized to dynamically generate detailed reports based on which the operational efficiency can be improved. On the different levels of the solution, zenon´s all-encompassing integration capabilities are of immense value for the synergetic operation of your assets.
Steer your generation precisely according to given grid codes and utility requirements. With off-the-shelf protocol interfaces, your control center simply connects with network operators or trading pools. Zenon´s flexible IEC 61131-3 environment helps you to orchestrate your generation assets, managing set points and operational parameters in strict accordance with the given rules for grid stability and optimizing the plants yield and operational safety.
As a de-facto standard for substation HMI, substation gateway and substation SCADA solutions, zenon offers a powerful set of capabilities to utility providers, allowing them to manage their assets in a unified manner. Based on independent IED connectivity, advanced topological processing and detailed, “out-of-the-box” control modes, substations of any type and size can be operated. Moreover, zenon supports the seamless integration of substation controls into legacy control room environments.
An offshore platform is a complex ecosystem, consisting of numerous systems and subsystems. Dedicated aspects such as access management, fire-detection, HVAC or emergency power supply and several more require expert skills for operation and maintenance, and need to be constantly checked and observed. In this heterogeneous environment, zenon is able to build a unified monitoring and control layer. Utilizing it´s available protocols (300+ in total), the zenon Software Platform can retrieve data from controllers of any subdomain and integrate it into a professional SCADA application.
The zenon Software Platform greatly facilitates the connection of wind farms to the grid, which ensures that energy distribution is efficient and reliable. It supports advanced network topology and integration capabilities, making it ideal for both small and large-scale wind energy networks. The cutting-edge monitoring systems of zenon, together with its human-machine interface (HMI) technology, enables the management of wind turbine performance in real time. Through this comprehensive solution, zenon enhances the efficiency, scalability and technological capabilities of a wind farm. Features particularly well-suited to the sector are highlighted below as well as zenon's interoperability with different protocols, enabling predictive analytics and scalable project solutions.
As we’ve seen, the zenon Software Platform offers a comprehensive suite of features that enhance the efficiency and operability of wind energy systems. It facilitates seamless integration, real-time monitoring, and advanced data analytics.
In this way, zenon helps to optimize performance and plan efficient maintenance schedules. zenon’s flexibility makes it possible to adapt to various wind farm configurations, ensuring scalability and cost-effectiveness. Ultimately, zenon helps to improve overall energy yield, reduce downtime, and enable proactive decision making for operators.
Different manufacturers’ assets can be seamlessly integrated with zenon, freeing companies from being locked in to a single supplier for operational reasons. Monitoring and overseeing different processes, such as turbine control and switching equipment, becomes feasible with no constraints levied because of the systems used in those processes. This wide-ranging compatibility increases working capacity, decreases reliance on specific OEM support services and enables the optimization of maintenance schedules and strategies. In creating a multi-vendor environment, zenon empowers utilities operators and other users to acquire best-in-class technology. You are free to explore innovative designs and to optimize cost effectiveness in your wind energy projects.
zenon centralizes access to and harmonizes all asset-related data, ensuring that companies can manage this information uniformly across all aspects of their operations. This way, integrated O&M and analysis are made possible. Teams are empowered with accurate and data-driven insights for improved decision making, operational efficiency, and reliable maintenance.
The combined operation of relevant assets, such as wind farms and ancillary systems, ensures perfect coordination and optimization throughout the entire energy production value chain. In addition, zenon’s compatibility with network operator control rooms results in its full integration: one standard platform houses all vital data and control functions. This holistic approach enhances system reliability and performance. Plus, the solution can grow to incorporate future solutions and installations, expanding to cover large-scale wind power fleets.
zenon is a great addition to utility control centers because the platform has native and Internet-based support for several accessibility modes. This enables real-time processing and access to critical information, regardless of location or device, thus supporting quick decision making. zenon’s unified user management system guarantees that only authorized personnel have access at any given level. This helps operations managers to tailor their KPI dashboards while providing hands-on operational staff with appropriate amounts of data. In this way, every worker is provided with the relevant information for their specific position, thus enhancing workflow optimization and overall control over operations.
zenon's foundation for user trust is solid. It enables redundant system architectures that use advanced failover techniques like parallel redundancy protocol (PRP) or alternative datapoint drivers to minimize downtime. zenon also includes advanced technology to monitor communication networks and detect faults early. It meets global security standards, including IEC 62443 and 62351, which are designed to help guard against hackers and assure data integrity. This makes zenon a reliable technology framework that ensures wind energy project continuity and operational integrity.
To top it all off, our Service Level Agreement ensures you get comprehensive support from the COPA-DATA team. We'll give you access to a wide range of online resources, training courses and technical support.
Reach out to an expert today to learn more about zenon and how COPA-DATA can help you make the most of your energy distribution system.
A newly released standard from the Institute of Electrical and Electronics Engineers (IEEE) has utilities thinking about their next-generation Smart Grid equipment. The IEEE 1547 standard has been updated and enforced in 7 states as of 2021. Starting in 2022, more states in the US will be forced to comply with the updated IEEE 1547 standard.
The IEEE 1547 standard establishes criteria and requirements for interconnection of distributed energy resources (DER) with electric power systems (EPS) and associated interfaces. It provides requirements relevant to the interconnection and interoperability performance, operation, testing, safety, maintenance and security.
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