Development of an innovative device for measuring partial discharges in cables and cable terminals - PDM device.

The main objective of the project is to develop an innovative product for measuring partial discharges in cables and cable terminals - PDM device falls within the "Mechatronics and clean technologies" ISIS.Toy serves as verification and assessment of the state of the cable ends by HF diagnosis of partial discharge (UHF-PD-Diagnostics) .For the needs of the developed innovation will be hired to TD expert staff will produce 4 types simualtsionni models. After carrying out the procedures for selecting suppliers will be purchased fixed assets and DNA to perform simulations and measurements of components of the product. The equipment will be situated in the town. Lovech, where you rent space to carry out applied research and izpitaniya.Shte be held over 100 pcs. Simulations for tracking the fate and distribution of the electromagnetic waves resulting from partial discharges in the insulation of the cable ends as will effectively compare the capacitive and inductive sensors, will be modeled in the geometry and location of the sensors in order to achieve a better signal to noise ratio and on this basis will create a design drawing of the PDM device.For creating the product will be purchased all the supplies and materials needed for the development of innovation. All activities in developing, testing and product creation will be performed independently by the company team. After verification of the costs and procedures for vendor selection, project envisages activities to prepare: Market analysis-1pc. and comprehensive marketing plan for marketing-1pc. Their presence will give an objective view of the market situation and will be marked approaches to increase the competitiveness of the company. Activities will be implemented in strict compliance with the requirements for visualization, information and publicity.

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Overview

Status Closed (completion date)
Start date 11 May, 2017
End date 04 Sep, 2019
Contract date 11 May, 2017
View in UMIS

Financial information

Total cost 434,421.60
Grant 390,979.44
Self finance 43,442.16
Total paid 390,404.90
EU participation percent 85.0%

Location