Control centres in the energy sector: a real-time overview for confident decision-making.

A control centre is the operational hub of modern energy infrastructure. Whether it is a grid control centre, a power station control room, a remote operations centre or a KRITIS security centre: in the energy sector, information from control systems, communications, visualisation, security systems and operational data must be clearly available at all times. Only in this way can a clear overview of operational statuses, faults, alarm messages and necessary actions be achieved.

Definition: What is a control room?

A control room is a central workstation and control area where technical processes are monitored, controlled, coordinated and documented. The primary function of a control room is to consolidate information from various systems into a clear overview.

In the energy sector, a control centre is used, amongst other things, for:

• monitoring and controlling electricity, gas and heating networks

• process control in power stations

• centralised operational management of renewable energy

• monitoring of KRITIS sites

• co-ordinating alarms, faults and corrective actions

• managing technical resources and operational data

A modern control centre is therefore far more than just a piece of furniture or an individual workstation. It is an integrated control room environment in which people, technology, software, networks and visualisation systems work together.

Why a modern control centre is crucial for businesses.

Energy companies operate in an environment with a high volume of information. Operational workflows must function reliably, processes must remain transparent, and faults must be detected quickly. A professionally designed control centre provides the necessary real-time overview.

Particularly in 24/7 operations, it is crucial that staff can take in all relevant information at a glance. The control centre supports the monitoring of complex operational conditions, improves responsiveness and increases efficiency during ongoing operations.

Key benefits of a modern control centre include:

• a better overview of plants, networks and operational data

• rapid detection of faults and alarms

• clear decision-making criteria in critical situations

• greater efficiency in monitoring and control

• improved process monitoring and optimisation

• ergonomic workstations for shift work

• reliable integration of technology, software and visualisation

• flexible scalability to meet growing requirements

This makes the control centre an important part of a company’s digital infrastructure.

Control centres for network control rooms and network control centres.

In network control rooms and network control centres, operators monitor and control electricity, gas and heating networks. The challenge lies in making complex operational conditions quickly comprehensible and supporting reliable decision-making.

To this end, Knürr offers system workstations with long-term availability, which are individually tailored to the plant design, operating logic, shift patterns and room layout. These are complemented by ergonomic 24/7 operator workstations, large-scale visualisation and integrated KVM and signalling technology.

The result is a control centre that supports network operators in their day-to-day monitoring. Information from control systems, communications, networks and security systems is presented in a structured manner. This improves the overall overview, increases responsiveness and facilitates problem resolution.

Control centre for power stations and plant operations.

In power station control rooms, too, the control centre is the hub of process control. This is where plant monitoring, operational data, alarm messages and safety-related information are consolidated. Robust workstation systems, clear operating structures and reliable integration of the technical infrastructure are crucial.

A control centre for power stations must not only function during normal operation. It must also facilitate maintenance, expansion and modernisation whilst the plant is in operation. Knürr therefore focuses on technology-friendly construction methods, structured cable and heat management, and service-friendly access to the technical equipment.

This supports stable operational processes, enhances the control room’s performance and creates potential for future optimisation. A clear overview of machinery, systems, operational data and key performance indicators is crucial, particularly in complex plants.

Control room for KRITIS security centres.

Energy infrastructure must not only be operated, but also protected. Security and operations centres for KRITIS sites consolidate information from access control, video surveillance, fire alarms, intruder alarms, hazard management and technical monitoring.

A control centre in this sector must be particularly reliable. It must present alarm messages clearly, enable rapid action and support redundancy concepts. Knürr offers bespoke control room solutions rather than standardised concepts – with a single point of contact for control room workstations and complementary technology.

The importance of such a control centre lies in the combination of monitoring, control and rapid decision-making. When faults or security-related incidents occur, every moment counts. Clear visualisation and intuitive functionality help ensure the correct response.

Control centres for remote operations centres and renewable energy.

Wind farms, solar farms, energy storage facilities and hybrid energy parks are increasingly being monitored and controlled centrally. This requires control centres that clearly display various data sources, fault messages and operational metrics.

A Remote Operations Centre must be scalable, as asset portfolios grow and new operating models emerge. Knürr develops modular control room solutions for both centralised and decentralised operating models. These include scalable workstations, intuitive user controls and integrated systems for KVM signal management, workstation ergonomics, lighting and other functions.

Such a control centre supports the efficient management of renewable energy plants. Operational data, performance indicators and faults are visible in real time. This enables problems to be identified more quickly, measures to be prioritised more effectively and resources to be deployed in a more targeted manner.

Control centres as a principle: from energy to production and logistics.

In this article, Knürr focuses on control centres for the energy sector, power stations, KRITIS areas and remote operations. However, the basic principle of a control centre is also familiar from other sectors – such as production, logistics, intralogistics or manufacturing.

In these sectors too, the aim is to make processes transparent, coordinate workflows and improve efficiency. In production planning, manufacturing processes or logistics operations, control centres are often used to provide a centralised overview of machinery, resources, orders, faults and key performance indicators.

For the energy sector, this means that a control centre fulfils a similar role, albeit with particularly high demands in terms of operational safety, availability, ergonomics and technical integration. Whilst in production and logistics the focus is often on optimising manufacturing processes or material flows, energy control centres are primarily concerned with safe grid management, stable plant operation and rapid decision-making in 24/7 operation.

What functions does a professional control centre include?

A high-performance control centre consists of several coordinated components. Its functionality does not stem from a single system, but from the combination of workstations, visualisation, software, signal management, ergonomics and technical infrastructure.

The key functions of a control centre include:

• Real-time process monitoring

• Control of technical systems and networks

• Visualisation of complex operational states

• Display of alarms and faults

• Support for decision-making and action planning

• Management of operational data and key performance indicators

• Integration of KVM, power and signal management

• Structured integration of networks and communication systems

• Documentation, servicing and modernisation

• Ergonomic design for 24/7 operation

These functions ensure that control rooms operate reliably in day-to-day use whilst also allowing for flexible expansion.

Ergonomics in control rooms: putting people first.

Control rooms are often in use round the clock. That is why ergonomics plays a central role. Staff must be able to take in information quickly, make decisions with confidence and maintain concentration whilst working for long periods.

Knürr combines ergonomic workplace planning with bespoke design and technical integration. In doing so, the layout of the space, operating logic, shift patterns and technical requirements are all considered as part of a single project.

Good ergonomic design does more than just improve comfort. It also boosts efficiency, reduces strain and enhances operational responsiveness. Particularly in control rooms with a high volume of information, people are a decisive factor for safety and quality.

Technology and software in the control room.

A modern control room relies on reliable technology. Data, signals and information from various systems must be reliably available. This includes control technology, visualisation, communication, KVM and signalling technology, power supply, safety alerts and other software solutions.

It is important that software and hardware are not considered in isolation. Only through integrated planning can a control room solution be created that works effectively in day-to-day operations. The technical implementation must ensure that information is clearly structured, operating procedures remain straightforward and relevant messages are quickly visible.

Knürr integrates these elements into a robust control room environment. This includes large-scale visualisation, structured cable routing, heat management, service-friendly access to equipment and systems for KVM signal management. This ensures that the control room remains well-organised, easy to maintain and reliable in operation.

Planning and implementation: from concept to operational solution.

A control room should not be planned as a standard solution. A holistic analysis of the space, workstations, technology, processes, people and operational safety is crucial. Only in this way can a solution be created that performs well in day-to-day use.

Knürr supports operators from the initial analysis right through to a control room solution ready for operation. This includes:

• Requirements analysis

• Ergonomic workstation planning

• Customised design and manufacture

• Integration of visualisation and large-screen displays

• KVM, power and signal management

• Thermal and cable management

• Installation, commissioning and documentation

• Service, maintenance and modernisation

Experience gained from projects in the energy sector, critical infrastructure (KRITIS) and plant operations enables us to deliver solutions designed for 24/7 operation, operational safety and future expandability. This results in control rooms that not only meet current requirements but also remain flexible in the long term.

Efficiency, optimisation and digitalisation in the control room.

Digitalisation is changing the demands placed on control rooms. More and more systems are providing data, operational statuses, alarms and key performance indicators. The key challenge lies not only in collecting this information, but in making it usable.

A modern control centre provides the necessary structure for this. It improves the overview, supports process optimisation and helps to identify problems more quickly. Clear visualisation, intuitive operation and reliable technology create a better basis for decision-making.

The potential lies above all in the integration of people, space, technology and processes. When all these elements are brought together effectively, a control centre can boost efficiency, improve operational processes and enhance the responsiveness of the entire organisation.

Knürr: a provider of comprehensive control room solutions for the energy sector.

Whether it’s a grid control centre, a power station control room, a remote operations centre or a KRITIS security centre: Knürr develops control room solutions that make technical complexity manageable.

As a provider of comprehensive solutions, Knürr creates integrated workstation systems from a single source. Operators benefit from bespoke solutions, workstations with long-term availability, ergonomic 24/7 operator workstations and the reliable integration of visualisation, KVM, power and signal management.

A control room from Knürr is therefore not just a workstation. It is a reliable control room solution tailored to the requirements of the energy sector – from analysis and planning through to implementation and long-term modernisation.

Conclusion: The control room as the key to safe energy processes.

A professionally designed control room is crucial for safe grid management, stable plant operation and clear decision-making during 24/7 operation. It consolidates information, supports staff and integrates technical systems into a reliable control room environment.

Knürr offers bespoke and integrated solutions for this – from analysis and ergonomic workstation planning through to installation, commissioning, maintenance and modernisation. The result is control rooms that operate reliably today and can be expanded tomorrow.

FAQ on control rooms.

What is a control room?

A control room is a central control and workstation area where technical processes are monitored, controlled and coordinated. In the energy sector, for example, control rooms are used for grid monitoring, power station operations, remote operations or KRITIS security.

What are the functions of a control centre in the energy sector?

A control centre consolidates information from control systems, visualisation, communication and security systems. It supports safe grid management, stable plant operation, process monitoring and rapid decision-making in 24/7 operation.

What is the difference between a control centre, a control room and a control post?

The terms are used differently depending on the context. A control room is frequently used in plant or power station operations, whilst a control post is used in grid management or security organisations. A control centre usually refers to the specific operating and control area within this environment.

Why is ergonomics important in a control room?

As control rooms are often used in shift work and operate 24/7, workstations must be designed with ergonomics in mind. Good ergonomics promotes concentration, rapid information processing and reliable operational processes in the long term.

What technology is integrated into a control room?

Typical technology includes visualisation, large-screen display integration, KVM and signal management, power supply, cable management, thermal management, communication systems, networks and safety-critical systems.

How does a control room support efficiency?

A control room improves the overview of processes, operational data, faults and key performance indicators. This enables staff to react more quickly, take more targeted action and optimise processes more effectively.

For which sectors does Knürr develop control centres?

Knürr develops control centres and control room solutions for grid control centres, power station control rooms, KRITIS security centres and remote operations centres for renewable energy.