The HIGH-LEIT SCADA system from IDS is designed for application in energy and water supply systems, as well as wastewater, environmental and industrial applications.

As an open system with Client-Server architecture, HIGH-LEIT not only offers standard SCADA functions, but also a variety of utility-specific function modules and industry-specific solutions.

The IDS SCADA system is updatable and can be intuitively controlled. HIGH-LEIT fulfils all of today’s requirements on IT security and ensures security of your investments.

The Benefits of HIGH-LEIT at a Glance

    • Extremely scalable and continually expandable
    • Tried and tested software for all sectors (electricity, gas, water, district heating etc.) with modular, sector-specific applications (e.g. grid topologies, fault localization, grid calculation, simulation, forecasts)
    • IT Security according to BDEW Whitepaper
    • Updatable: safe and well-proven
    • User-friendly and seamless data exchange with external systems (e.g. GIS, maintenance/occupation/outage management)
    • Schematic and geodata-based network visualization
    • Numerous communication interfaces


      Operation and Monitoring

        • Extensive options for the processing of analog (measured values, setpoints, counter values) and binary (signals, commands) process variables
        • Derived process variables, such as logical expressions, calculated values, operating-hours meters, group commands, switching sequences and control programs)
        • Manual input of laboratory values
        • Graphic user environment with variable desktop layouts
        • Multi-screening and large-screen control
        • Context-sensitive online help functions
        • Graphic process displays with (remote) zooming, scrolling and decluttering
        • Notes, comments and markers
        • Alerting of duty staff via telephone, SMS, pager, email etc.

        Archiving and Reporting

        • Event archive for all events, with comments
        • Numerical archives for analog process data, with the following time grids: Day, month, hour, quarter hour
        • Short-time archives for analog process data, with the following time grids: 3 minutes, 1 minute
        • Event-based archives
        • Automatic data backup
        • Evaluation of archived data via graphs that can be freely generated as desired 
        • Clear and user-friendly event log with extensive functions and settings
        • Configurable alarm bar for all areas and types of faults
        • Alarm lists with automatic filters
        • Standardized reports
        • Creation and visualization of Excel Reports
        • Documentation of faults

          Extended Functions

          Geodata-Based Network Visualization

          In the normal mode, geodata-based visualization enables a better overview of geographic locations and environments, e.g. streets, buildings, house numbers etc. The visualization facilitates a better assessment of distances, and individual colouring of the different power grid groups shows exactly which areas are supplied from which power source.

          Geodata-based visualization is also useful for service and maintenance works, in that it provides a better overview of upcoming maintenance tasks. It shows, for instance, the impact of a planned switching operation on the related supply areas.

          In the event of acute faults, the affected grid area is coloured with the appropriate colour, like in the schematic grid plan. Thanks to the combined display of geographic and dynamically coloured grid information, users can prepare themselves for assignments and on-site conditions in the best possible manner.

          Switching Reports

          The switching records module supports all operators of power grids and enables partially automated grid operation, respectively. The challenge is that several persons and functions are involved in these operations, ranging from the switching request through to the evaluation of switching operations in the form of switching reports.

          This module enables users to

          • record switching requests with the required measures and time
          • document switching requests and transmit them to the staff in charge
          • make decisions on the switching request
          • determine the necessary switching operations
          • carry out technical planning and time scheduling of individual measures
          • produce switching records
          • implement the measures
          • document all the steps

          HIGH-LEIT Web

          Whenever information has to be made available to a large group of persons, web-based solutions are first choice. Whether it is reporting, Excel files, logs, graphs or images: HIGH-LEIT Web provides staff outside grid operation with all the information they need – easy and intuitively. Without any risks for running network operations.

          For further information, please refer to our flyer on the HIGH-LEIT Web.


          In addition to communication interfaces for secure data transmission according to IEC 60870-5-104, the HIGH-LEIT SCADA system also offers communication in accordance with 61850, IEC 60870-5-101/103 via gateway, as well as Modbus and many manufacturer-specific protocols. Data exchange with third-party systems can be done via OPC and TASE.2.

          HIGH-LEIT can also exchange data with neighbouring IT systems via its API (Application Program Interface),  for example:

          • Replication of process and archive data in a central data warehouse
          • Synchronization of asset and cable data from the GIS
          • Data exchange with grid planning systems.

          Sector-Specific Functions

          Topology for Pipe Networks

          Gas, water and heating pipe networks can be displayed in the IDS HIGH-LEIT SCADA system in different colours, based on their supply status.

          The calculations that are performed for this purpose are based on the network topology, the states of the networks elements, the supply area and the master data. For this purpose, each source defines its own supply area. To each supply area, a network element is assigned if it is supplied by the corresponding source. Network elements that are supplied by several sources belong to several different supply areas. Colouring of the network is done based on the assignment of a network element to one or several supply areas.

          The pipe network topology offers a selection of colouring variations (pressure, flow rate, pipe parameters). In addition, the plausibility of flow rates and valve positions is verified.

          Topologie for Electricity and Fault Localization

          The topology function calculates the states of an electrical power supply grid and visualizes them via process images. Visualization is based on a graphic node and edge model. If the status of the power grid changes, the topology function automatically carries out calculations and takes over the latest information. After re-calculation, the power lines and switches are displayed in characteristic colours, according to their status. The colours of live sub-grids depend on the defined priorities of the individual supply areas and the current states of equipment.

          Additionally, HIGH-LEIT provides further colouring modes. Each process image can be visualized individually and differently upon the touch of a button. For instance, operators can call up colouring modes of pre-suppliers, grid groups or power circuits. Each switching operation is checked by the topology function for its reliability, i.e. a switching preview is provided.

          The IDS SCADA system offers a zoom level-based, compressed visualization in order to reduce the complexity of process overviews. The system also enables marking, provisional settings and typical switching sequences.

          Based on the information provided by ground fault indicators and ground fault relays, IDS HIGH-LEIT determines the faulty area and visualizes it accordingly in the grid overview image. To determine the fault location, information from trip signals, tripped switches, short-circuit indicators and distance protection devices are evaluated using reactance measured values.

          Power Grid and Short-Circuit Current Calculation

          Power grid calculation enables operators to determine the equipment’s capacity utilisation as well as the voltage profile. By way of this calculation, the active and reactive power flow in all grid branches (cables, power lines, transformers) as well as grid losses and current output balances can be determined. Calculations are based on parameters like grid topology, asset data, loads and power injections.

          If the HIGH-LEIT SCADA system detects violations of the voltage range or excessive loads on equipment, these are marked in the process display and recorded.

          The load flow calculation takes into account power injections from renewable sources and recognizes re-injections into the transformer station Prior to each switching operation, this function can be used to calculate and visualize currents and possible excess loads on equipment. Both excess loads and voltage range violations are automatically included in the topological interlock check. The load-flow calculation function can also be employed in the simulation mode, thereby providing operators with a safe means of preparing grid transfer switching measures.

          Short-circuit calculations are carried out according to the Takahashi method on all nodes. It is possible to make parallel calculations of 3-pole, 2-pole and 1-pole faults as well as 2-phase to earth faults, thus enabling visualization of the results of each type of error. By setting potential fault locations in the simulation mode, users can calculate different short-circuit scenarios individually.

          As part of switching permission checks, the system carries out checks on overloads, voltage limits and short-circuit resistance. In the event of possible limit violation, HIGH-LEIT sends warning to the operators, indicating possible overloads as well as over- or undervoltage.

          Training Simulator

          The owners of power supply grids have a duty to provide training to their staff with regard to the handling and elimination of faults. Given that some types of faults occur only rarely, the ACOS NES offline training simulator is available to familiarize users with all types of faults.

          HIGH-LEIT Netztrainer is a training simulator with the following features and functions:

          • Training of staff takes place under realistic conditions It is possible to simulate critical grid situations which may result from the requirements of the Renewable Energy Act (EEG)
          • The simulation mode can be run via a regular SCADA workplace in a familiar environment.
          • The trainer can manipulate the equipment and components.
          • Realistic simulation: ACOS NES offers a complete simulation of the entire equipment, including protection devices with real-time response which enables user training under realistic conditions.

          Thanks to the wide range of modelable components, the simulator is ideally suited for all areas and voltage levels -  from industrial stand-alone solutions to municipal distribution networks to national transport networks.


          We offer a comprehensive range of service for smooth and trouble-free system operation:

          Hotline system service:
          Experienced service staff provide support via a secure service access.  

          On-site system service:
          Our staff is on your premises within the agreed time.

          Preventive Maintenance:
          We use preventive maintenance to minimize outage risks and to optimize your performance.

          Software Update Service:
          You profit from new functions from various customer projects and protect your investments through regular upgrades. As far as security goes, you are always up to date.

          Upgrade Options: IT Security
          Increase your IT security through a continuous improvement process and higher investment protection for previously implemented projects.

          Upgrade Options: Service Contingent:
          We have the right partner for all requirements. You can place your orders without fuss, simply by making a phone call.  

          Upgrade Options: Training courses:
          In our Trainings our experts provide hands-on experience and practical training. This is also useful within the context of ISMS certification.

          For more information on our range of services, please click here.