SINT Srl

ENGINEERING CONSULTING AND SOFTWARE

NameCompanyCountryLevelModeRelease DateExpiration Date
Dawid Lewis BENTLEY   United States 2 Honorary 1 of December 2021 31 of December 2099
Brett Duncan BJD Consulting Engineers   United Kingdom 1 Training 9 of November 2021 9 of November 2026
Eduard Shulzhenko DEHN Germany   Germany 2 Honorary 14 of December 2023 31 of December 2099
Maddikunta Anwesh Kumar DEHN Middle East   United Arab Emirates 1 Training 28 of October 2021 28 of October 2026
Stefan Nortjie DEHN South Africa   South Africa 1 Honorary 14 of December 2023 31 of December 2099
Ivan Grobbelaar DEHN South Africa   South Africa 2 Honorary 14 of December 2022 31 of December 2099
Michael Potter EAST GROUP   United Kingdom 1 Training 31 of January 2021 31 of January 2026
Ernest Beniger EDINA GROUP   United Kingdom 1 Training 23 of June 2021 23 of June 2026
Thomas Scholz ELIBSYS   Germany 2 Honorary 1 of December 2021 31 of December 2099
Josè Rodrigo Ayaviri GERS Ingenieros Consultores   Colombia 1 Honorary 29 of July 2022 31 of December 2099
Hugh Wren GREYMATTERS   United Kingdom 2 Honorary 1 of December 2021 31 of December 2099
Ian Griffiths GREYMATTERS   United Kingdom 2 Honorary 1 of December 2021 31 of December 2099
Greg Millett-Clay GRIDSERVE   United Kingdom 1 Training 9 of November 2021 9 of November 2026
Declan O'Hara MAINLINE GROUP   Ireland 1 Training 31 of January 2021 31 of January 2026
Carl Moller SAFEARTH Canada   Canada 2 Honorary 1 of December 2021 31 of December 2099
Mallikarjuna Reddy Gajjala SIEMENS ENERGY   Germany 1 Training 27 of March 2023 27 of March 2028
Steve Sommerville SPE ELECTRICAL   United Kingdom 1 Training 31 of January 2021 31 of January 2026
Stuart Mc Girr STUART Mc GIRR   New Zealand 1 Training 31 of January 2021 31 of January 2026
Katrin Friedl TECHNISCHE UNIVERSITAT GRAZ   Austria 1 Training 31 of January 2021 31 of January 2026
Wagner Costa WMF CONSULTORIA   Brazil 2 Honorary 1 of December 2021 31 of December 2099
Ryan Jones WSP UK   United Kingdom 1 Training 9 of November 2021 9 of November 2026
Rory Bamfield WSP UK   United Kingdom 1 Training 9 of November 2021 9 of November 2026
Mark Horrocks WSP UK   United Kingdom 1 Training 23 of June 2021 23 of June 2026

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LIGHTNING SHIELDING ADVANCED

SHIELD_A can be can be used for the lightning shielding design using the Rolling Sphere method and can be used for the evaluation of the protection against direct lightning strokes of structures of any height and shape.

SHIELD_A is highly appreciated for its power and accuracy.

 

 

GENERAL DESCRIPTION

SHIELD_A is a powerful full 3D graphical application for the evaluation of the protection of structures from direct lightning strokes using the Rolling Sphere method. SHIELD is based on analytical model that consider vertical and lateral direct lightning strokes, and is then suitable for structures of any height and shape.

Unlike SHIELD, SHIELD_A can also consider structures with significant protrusions, for instance wind towers, and has been developed mainly for lightning specialists. In essence, SHIELD_A was developed for all applications where SHIELD cannot be used, and is intended to be complementary to SHIELD.


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NETS can be used for analysis of multi-conductor and multi-phase full meshed networks also in cases of multiple connection to earth (when the sequence components method cannot be applied) and is commonly used for the evaluation of current distribution in fault and steady state conditions in cables and power lines, including the evaluation of current along screens, armors and overhead earth wires.
NETS can be used also for the evaluation of fault current distribution and and is commonly used for the split factor calculation in general conditions.
NETS can be used also for electromagnetic interference analysis of aboveground and underground systems at power frequency, and is commonly used for the evaluation of interference between power lines or cables or railways and pipelines.
NETS is highly appreciated for its power, accuracy and flexibility.

 


Gallery 


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SHIELD can be can be used for the lightning shielding design using the Rolling Sphere or Eriksson methods and can be used for the evaluation of the protection against direct lightning strokes of structures of any height or up to 60 m height in case of relevant protrusions.
SHIELD is highly appreciated for its power, accuracy and flexibility.

 

 

 

 



Histats

SINT Srl

Via Cristoforo Colombo, 106
36061 Bassano del Grappa (VI) - Italy
VAT Number: IT02324560248
Social Capital: Euro 60.000,00 iv

Tel.: +39 0424 568457

Email: info@sint.eu
Mo-Fr: 09.00 - 18.00 GMT+1

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Our Mission

Our mission is to provide services and products aimed at the functionality, reliability and quality, paying attention to time, budget and Client’s satisfaction.

Our Mission

Our mission is to provide services and products aimed at the functionality, reliability and quality, paying attention to time, budget and Client’s satisfaction.

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