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Stages of technological developments

Stages of technological development


During the last 20 years Energotest has designed and developed customized instruments, some of which are so unique that can be found only in a few countries in Europe.

2012-2011. Development and production of a heavy axle lifetime and vibration test bed of over 1000 kW drive and load capacity.

2011-2010. Development and construction of a complete engine test cell for cold tests, ordered by Department of AUDI Hungaria Internal Combustion Engines, Széchenyi István University, Győr.

Development and turnkey completion of a complete test cell for commercial vehicle engines at College of Nyíregyháza, Hungary.

Reconstruction of three test cells at Budapest University of Technology and Economics (BUTE), with installation of Energopower control software.
Installation of a complete AVL engine test cell technology for engines, as subcontractor of AVL, for IBIDEN Hungary.

2010. Development of roller brake tester ERBT 3.6 with axle load measurement, for passenger cars with max. permissible weight of 5t.

Production and delivery of three pieces of the latest generation roadside Mobile Test Station BRZ-20-for passenger cars and light commercial vehicles-, for official order by National Transport Authority (NTA) of Hungary.

Development of hydraulic axle play detectors HDL-2.6-for passenger cars and light commercial vehicles- and HDL-18- for heavy commercial vehicles, in accordance with regulations in Austria.

2009. Development of Russian version Energoline®, for the Ukrainien market.
Development of shock absorber tester ETL-120 for trucks, using the EUSAMA measurement method.

2008. Development of special roller brake tester for passenger cars, light commercial vehicles and also for quads and 3 wheelers.

Development of BD-type (”Bottom Drive”) series of roller brake testers combined with axle load measurement, with designs for either passenge cars and commercial vehicles.

Installation of the first Energotest test lane in Ukraine.

2007. Development of roller test bench GMP-70 for on-road simulation, catalyser test and failure diagnostics, speedometer and speed governor test.

Software upgrade of Energoline ® in accordance with the new requirements of hungarian standards on more complete technical inspection: providing realtime connection and data-exchange with the central database of the Authority.

Development of new hydraulic play detector for passenger cars and light commercial vehicles, in accordance with the regulations in Great-Britain. Thanks to low constuction of the mechanical unit, the installation is possible either on pit or on scissor and four-post lifts, too.

2006. Development of combined roller brake tester and power measuring unit MFE-2ST, for motorcycles and scooters.

Development of roller brake tester and a special software to develop fuel quality ordered by MOL (biggest hungarian oil company).

2005. Development of software for exhaust gas measurement, in accordance with hungarian regulations on environmental inspection- installation to 450 establishments of Technical Inspection Authority, with AVL DiTest gas analysers and emission testers.

Development of mobile version of universal test station for roadside inspection of passenger cars and commercial vehicles- for the National Transport Authority of Hungary.

2004. Software development for brake force measurement in accordance with the new hungarian regulations for commercial vehicles, trucks and buses.

Development of mobile roadside test station BRZ-20, for passenger cars and light commercial vehicles.

Development of heating and air-conditioning system based on geothermal energies and heat pump system- operating ever since in the company site of Energotest, Dunaharaszti.

2003.
Development of roller brake tester MFE for motorcycles.

Reconstruction and automation of 4 pieces of engine test cells for the Hungarian Army.

2002. Development of new software for brake force measurement for passenger cars, in accordance with hungarian rules laid down in decree Nr. 5/1990 and come into effect from 1st July, 2002.

2001. Design of electrical system for control and measurement, based on the principle of CAN-bus data-transfer.

2000. Hardware, software and technological development of air brake analyser equipment ABA-S which works with 12 measuring points.

Design and construction of an engine brake-test room, equipped with two engine test cells for RÁBA Motor Kft. (Hungary), in co-operation with AVL List GmbH.

1999. Development of new generation suspension and shock absorber test bench ETL-20 with reinforced excitation plates for increased axle load and automatic drive-over protection.

1998-1997. Development of measuring and data handling software system Energoline®. Prototype installation of Energoline to the new test lane of Road Inspection Authority, Győr-Moson-Sopron County.

1996. Development and production of engine test cells for end-line purposes and probative usage, ordered by Authority for Road Inspection of Győr-Sopron County, RÁBA Corporation.

1995. Delivery of measurement system and measurement technology of great complexity test bench, suitable for developing measurements, for the ”VAZ” vehicle manufacturer in Toliatti (Russian Federation).

Development of both hydraulic and pneumatic play detectors for Authority for Road Inspection of Győr-Sopron County.

1994. Development of shock absorber tester ETL-10, for inspection of passenger cars, operates by measurement principle ”EUSAMA”. An additional drive-over plate comes upon the tester when technical inspection of trucks is processed on the test lane. ETL-10 thereby is ideal for universal test lanes.

1993. The universal, two-speed roller brake tester UNI-12/30 is developed and put into production line to process inspection of passenger cars, light and heavy commercial vehicles.

1992. Successful development and series production of new type of roller brakes tester SZFE, designed for inspection of passenger cars and light commercial vehicles with max. axle load of 2 tonnes.

1991. Development and delivery of combined power meter and brake tester for hungarian truck manufacturer Csepel Auto Győr.

Development and delivery of a combined power meter and brake tester for hungarian public transportation bus company VOLÁNBUSZ.

1990. Development and delivery of combined roller brake tester and power measuring unit for road simulation.