History

History

1990
Establishment of Mega Project Electric Power Engineering Office
Original activity:
Design and commissioning of regulator and control systems for diesel generator sets.
1991
The first hydroelectric power plant control - Marmora Dam, Canada
1992
“STARO-ETA” STAtic ROtating Uninterruped Power Supplies - Paks Nuclear Power Plant, Hungary
1993
Complex diesel generator control, Space Satellite Station – Taliándörögd, Hungary
STARO-ETA UPS systems - Bohunice Nuclear Power Plant - Slovakia
1994
Dual diesel generator systems to Hungarian Telekom – Budapest, Hungary
First combined heat and power generator set (CHP) complete electric system - Ózd, Hungary
1995
First diesel-electric locomotive control on A25 shunting locomotive - Tiszaújváros, Hungary
Complex electric energy management system for Erzsébet hospital - Budapest, Hungary
1996
Company reformed under new name Mega Techno Ltd.
Recuperation hydro-turbine control in Vértes power plant – Oroszlány, Hungary
First diesel-hydraulic locomotive control on M47 shunting locomotive – Hungarian Railways
1997
First diesel- electric engine control-protection system on A23 locomotive – Dunaferr, Hungary
First diesel-hydraulic locomotive control on M41 passenger-train locomotive – Hungarian Railways
1998
Complex energy management system - General Electric, Hungary
Safety diesel generator speed control - Paks NPP 1st block, Hungary
1999
Serial production of LoControl 702-DE/M44 complex locomotive control, Hungarian Railways
Safety diesel generator speed control - Paks NPP 2nd block, Hungary
2000
Safety diesel generator control - Bohunice Nuclear Power Plant, Slovakia
Digital control and monitoring system for safety diesel generators - Paks NPP 1st and 2nd blocks, Hungary
Establishment of subsidiary - Woodward-MEGA Ltd.
2001
Electric power management system with integrated CHP control - KÉSZ Ltd, Hungary
Complex control on M43 diesel-hydraulic locomotives – Hungarian Railways
2002
Prototype complex locomotive control on M62-302 diesel-electric locomotive – Hungarian Railways
Prototype locomotive control on M41-2301 diesel-hydraulic locomotive – Hungarian Railways
2003
Successful audit of our Quality Assurance system according to ISO 9001 standard
Triple district heating CHP plant – Nyíregyháza, Hungary
2004
M41 series locomotives, heating power with constant 50 Hz Stabilized Frequency System (SFS) – Hungarian Railways
Serial production of M62 locomotive controls – Hungarian Railways
2005
2M62 twin-locomotive tandem locomotive control system - Lithuanian Railways
CHP plant including four generator sets - MOL Ferencszállás, Hungary
2006
2M62U tandem locomotives with increased power - Lithuanian Railways
Development of GPS/GPRS based locomotive remote monitoring system
2007
2M62U tandem locomotives - Latvian Railways
Complex diesel genset control system – Hungarian Telekom
2008
Central energy management system - Hungarian Telekom
Unifying of uninterrupted power supply units - Paks NPP 1st-4th blocks, Hungary
2009
Digital control and monitoring system for safety diesel generators - Paks NPP 3rd block, Hungary
Diesel-hydraulic industrial shunting locomotive Mk45 - Coal mine, Romania
2010
Electric auxiliary power supply system for HŽ-2041 locomotives, Croatian Railways
Digital control and monitoring system for safety diesel generators - Paks NPP 4th block, Hungary
2011
Complex energy management system modernization - Hungarian Telekom
Automatic fire extinguisher monitoring system for 2M62 tandem locomotives – Lithuanian Railways
2012
Complex energy management system replacement – Police Headquarters, Hungary
Steam turbine redundant overspeed protection system – Oroszlány Power Plant, Hungary
2013
Design of locomotive reconstruction plant – UGMK/SHAAZ, Russia
Electronic maintenance system for safety diesel gensets - Paks NPP 1st-4th blocks, Hungary
2014
TEM2 diesel-electric mining locomotive prototype - UGMK/SHAAZ, Russia
TGM4 diesel-hydraulic mining locomotive prototype - UGMK/SHAAZ, Russia
2015
Serial production of TEM2 és TGM4 locomotives, UGMK/SHAAZ - Oroszország
TEP70 diesel-electric passenger-train locomotive prototype – Lithuanian Railways