Techimp - Altanova Group has developed powerful and effective tools which can help asset managers to take critical decisions and manage power plants in a cost saving ways. Ti-SCADA implements a Real Time condition control of your asset, through a powerful Human Machine Interface (HMI) fully configurable, web based, displaying graphs, charts, trends, KPI, historical data, alarms and customizable reports.
 
Ti-SCADA is designed as a Service Oriented Architecture (SOA) based on interoperability standard for industrial automation - OPC-UA - allowing high performance asset management solutions, tailored on customer needs, to be implemented. Ti-SCADA implements a Real Time condition control of your asset, through a powerful Human Machine Interface (HMI) fully configurable, web based, displaying graphs, charts, trends, KPI, historical data, alarms and customizable reports.
Single projects can be created, managed and modified by means of the in-built WEB designer module, based on customizable graphical objects. Projects can then be run in simulation or as 24/7 monitoring system. Ti-SCADA is able to extract, manage, combine and derive data from a wide set of sources, from detection and analysis of the properties associated with most harmful failure processes of MV/HV assets (like partial discharges, flux sensors, vibration sensors, analog and digital sensors, and many other according to the customer requirements, including real-time acquisition of the main plant parameters (environmental data, third party diagnostic systems).
Each business domain (alarms, monitoring, data analysis, etc.) is covered by a visual domain specific language - DSL – allowing the generation of new application features and the changes of the existing one. Multi Standard Protocol bridging (IEC62541/IEC61850/ IEC60870/DNP3/MODBUS/…) is implemented in order to guarantee data availability and the maximum in system/devices interoperability.
Through Ti-SCADA customers can take advantage of a wider and integrated vision of the asset and of the deep correlation between reliability and efficiency parameters.