Intelligent worklight system
The light output of modern machines is already at a high level, but this can only be achieved with the aid of a large number of individual headlights. Exclusive equipment variants have their price. Due to the fixed spread field of the individual headlights, their adjustment must be carefully carried out mechanically each time. In addition, the far and near fields must be illuminated with different specific headlights. This means high energy consumption, subject to wear and tear, and susceptibility to faults.
Existing headlights are only very rarely adapted to changing operating conditions, e.g. when implements are changed, due to the high amount of work involved. Targeted and efficient ambient lighting is not possible due to the lack of networking between the vehicle and the implement. This results in unwanted glare and disturbing shadows. Existing retrofit solutions often do not meet the required expectations.
Have you already had this experience? Then you should get to know SMART AgLIGHT now:
SMART AgLIGHT is an intelligent worklight system. For the first time in the world, the individual control and networking of the worklight lenses ensures optimum illumination of the entire work area at all times.
Individually controlled and networked
Sections of the lens are coated with liquid crystal polymer. These are individually cross-linked and controlled, and therefore provide infinitely variable, targeted bundling or scattering of the light. The change between far-field and near-field lighting is infinitely variable within milliseconds. There is no wear and tear due to complex mechanics.
guarantees perfect visibility
Precise, storable lighting profiles can be recalled at any time for repetitive tasks. Networking of vehicle and implements provides targeted illumination of work areas. The combination of light elements minimizes shadowing and direct and indirect glare.
The adjustment of the desired illumination option is done via the stored profiles and individually by “touching” the markers and moving them in the desired direction.
This means that any number of new lighting profiles can also be created and saved at any time. Wireless M2M communication allows the lighting profiles of several vehicles to be interlinked.
Direct and indirect glare can be avoided and work areas can be optimally illuminated, even in a vehicle combination. As can be easily seen from this light profile, the area to the left of the vehicle is dimmed accordingly for a vehicle driving alongside.