Sustainable Drive Concepts for every Requirement

• Kleemann uses three different drive concepts: E-DRIVE, D-DRIVE, and H-DRIVE

• E-DRIVE offers both diesel and all-electric options, with no CO2 emissions in all-electric mode

• D-DRIVE is a diesel-direct drive that provides power directly from the engine to the crusher, with lower fuel consumption

• H-DRIVE is a diesel-hydraulic drive used in screening plants, with lower fuel consumption and an option for all-electric power supply

• The choice of drive concept depends on factors such as power supply availability, environmental regulations, and the specific tasks at hand

• All-electric operation is the best choice for reducing CO2 emissions, but other factors such as equipment and material costs need to be considered for overall sustainability.

Three solutions for environmentally friendly operation. An overview of concepts and application options

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Kleemann uses three different drive concepts that offer the best possible solution depending on the tasks at hand. Although electric drives score very well with regard to the CO2 footprint, in some situations a fuel-saving directdrive is the better solution. E-DRIVE, D-DRIVE and H-DRIVE represent the variants diesel-electric, diesel-direct and diesel-hydraulic.

The decision on the most efficient solution depends on many factors: For example, if there is a power supply option available on site, whether the machines are used in an urban environment or which local environmental regulations apply.

E-DRIVE – emission-free thanks to electric drive

The E-DRIVE concept offers two options: Diesel fuel or all-electric. All-electric operation is environmentally friendly: there are no CO2 emissions on site. A precondition for this is a good power infrastructure, which is often available in quarries or in larger recycling yards. In the power supply is insufficient or there isn’t one available, a diesel-electric work option is available. For example, if the complete plant in the quarry is to be moved along the rock face. Power is then supplied from a long cable, which is often too complex or even no longer possible. In this case, power comes from the fuel-efficient diesel engine. The crusher and all conveyor belts are then still driven electrically by a generator. Depending on the local situation, the E-DRIVE concept offers high flexibility.

D-DRIVE – the direct and powerful solution

The diesel-directdrive D-DRIVE provides power directly from the engine to the crusher. In the last few years, it was possible to reduce consumption, for example, through the load-dependent fan drive of the new EVO2 Generation. With regard to the degree of efficiency, the diesel-directdrive has the edge and fuel consumption is significantly lower. Thanks to their compact size and well thought-out transport options, the machines can be positioned in any place on the work site. If continuous use of the all-electric drive is not possible, the D-DRIVE is the better, more sustainable choice – whenever flexibility is required. This is the case with demolition and processing work in urban areas, but also in road construction where the machines have to be moved along as construction progresses.

H-DRIVE – for mobile screening plants

The screening plants from Kleemann use an effective diesel-hydraulic drive. In this case, hydraulic pumps operate all machine parts such as screen, belts and drive system. The power requirements of the screens are considerably lower than a crusher – fuel consumption during operation is therefore more favourable. The optionally available Start-Stop system can reduce consumption even more. With the configuration with Dual Power, Kleemann screening plants have an option for an all-electric power supply. If a mains connection is available, the plant operates on site free of emissions – for example, in ecologically sensitive areas with strict regulations.

Summary: Ecological drive – a question of the overall concept

Many factors play a role in the area of sustainability. Energy required for production, transport, storage, sales and disposal are all incorporated in the ecological footprint of the production process. As far as CO2 emissions during operation are concerned, an all-electric plant is without doubt the best choice. In other cases, you have to weigh up whether supply via an external power source involving high equipment and material costs is more constructive at the end of the day than technology with lower fuel consumption. Ecology can also mean placing your trust in low material usage and high durability.