Vision Power Range
Vision Network Analysis’ first version was developed in 1991 as a tool to integrate wind power and combined heat and power in existing MV networks. The program’s down-to-earth approach and its user-friendliness were embraced by its users.
At this moment a complete Vision Power Range is used by a growing number of specialists.
Vision Network Analysis
Vision Network Analysis is an advanced tool for electric network analysis. The software can be used for load flow and short circuit calculations and for fault and reliability analyses. It can also be used to simulate the action of protections. Vision is used for the planning, design and management of transmission, distribution and industrial networks.
Vision Grid Navigator
Vision Grid Navigator makes it possible to geographically navigate your networks. Geographic and schematic view of networks act together seamlessly. Vision Grid Navigator uses DirectX™ for fast performance drawing and eye-catching visualisation techniques.
Gaia LV Network Design
Gaia LV Network Design is an advanced tool for low voltage network design. With Gaia it is easy to determine voltage management, network component load and the safety of people in the event of short circuits in the network. It can also be used to dimension a network automatically on the basis of technical and economic criteria.
Vision Cable Analysis
Vision Cable Analysis is a practical computer program for calculation of the electric current rating of cables. The calculation method is based on both the IEC 60287 and the IEC 60853 standard. Thanks to the logical and user-friendly user interface the computer program is easy to learn.
Vision Power Quality
Vision Power Quality is an application which transforms measurement data about voltage quality into useful information. This is achieved by means of smart processing, aggregation and visualisation. The application uses classification to report the PQ levels in a uniform and comparable way.
Vision Fault Finder
Vision Fault Finder is an application that identifies the fault location using the measured voltages and currents wave forms of a fault. The application can pin point two and three phase faults within 100 meters. Single phase faults in earthed networks can be located with an accuracy of 500 meters.
Since software is never finished, we constantly work on the improvement and expansion of our products. Regular contact with key users guarantees a perfect match with daily praxis.
