Concept of start stop retrofit system for mining equipment (off-highway)

Conceito de sistema start/stop retrofit para equipamentos de mineração (fora de estrada)

SILVA, Filipe A. P.; VENTURA, Lucas; MALICHESKI, Thiago A.; JUNGE, Thomas

<strong>Menção Honrosa</strong>:

The start/stop functionality is widely used as a fuel saving solution for on-highway vehicles, being constantly studied and implemented in new series models. The subject of this work is to demonstrate the concept of a start/stop system applied as a retrofit solution for off road vehicles that have high fuel consumption and operate many hours a day. Since there is a difference in the systems of mining equipment and passenger cars, and also big difference on the operation of a mine site and an urban driving cycle, the concept of the system needed to be revisited in order to became coherent to the mining scenario and take into consideration the safety related items. The fuel reduction and CO2 reduction potential are also considered according to the operational reality of a mine.

The start/stop functionality is widely used as a fuel saving solution for on-highway vehicles, being constantly studied and implemented in new series models. The subject of this work is to demonstrate the concept of a start/stop system applied as a retrofit solution for off road vehicles that have high fuel consumption and operate many hours a day. Since there is a difference in the systems of mining equipment and passenger cars, and also big difference on the operation of a mine site and an urban driving cycle, the concept of the system needed to be revisited in order to became coherent to the mining scenario and take into consideration the safety related items. The fuel reduction and CO2 reduction potential are also considered according to the operational reality of a mine.

Palavras-chave:

DOI: 10.5151/engpro-simea2016-PAP53

Referências bibliográficas

• [1] Bishop, J., Nedungadi, A., Ostrowski, G., Surampudi, B. et al., "An Engine Start/Stop System for Improved Fuel Economy," SAE Technical Paper 2007-01-1777, 2007, doi:10.4271/2007-01-1777.
• [2] SAE J1939 Oct. 2007 Recommended Practice for a Serial Control and Communications Vehicle Network
• [3] Harris, Richard. “EN ISO 13849-1 emerging as key global machine safety design standard” isa.org. https://www.isa.org/standards-and-publications/isa-publications/intech-magazine/2012/april/final-say-harris-en-iso-13849-1-emerging-as-key-global-machine-safety-design-standard/
• [4] Junge, T., A.P. Silva, F., Malicheski, T., “Sistema Retrofit Start&Stop caracterizado por questões específicas de Safety de Mineração + Start&Stop com sistema de acionamento(ligar e desligar) de freio (Park) ao desligar e/ou ligar”, Patent Pending BR102015031645-3
• [5] Junge, T., A.P. Silva, F., Malicheski, T., Munoz, J., “Start&Stop com geolocalização para identificação de regiões autorizadas ao funcionamento do sistema a partir do sinal do GPS + Start&Stop com acionamento a partir do sinal da célula de carga + Start&Stop com acionamento a partir do sinal do TAG”, Patent Pending BR102015031651-8
• [6] Junge, T., A.P. Silva, F., Malicheski, T., Munoz, J., “Start&Stop iniciado com o acionamento do freio”, Patent Pending BR102015031641-0

Como citar:

SILVA, Filipe A. P.; VENTURA, Lucas; MALICHESKI, Thiago A.; JUNGE, Thomas; "Concept of start stop retrofit system for mining equipment (off-highway)", p-362-370. In: Anais do XXIV Simpósio Internacional de Engenharia Automotica - SIMEA 2016 [=Blucher Engineering Proceedings].. São Paulo: Blucher, 2016.
ISSN 23577592, DOI 10.5151/engpro-simea2016-PAP53