Revolutions in industry are the result of the power model that favors them. Water, wind, animal power, coal and oil have all changed the way we get from one place to another. A revolution is occurring today in the automotive sector through the application of electronic systems.
Increasing fuel efficiency, improving safety, minimizing emissions and guaranteeing confidence in the product are the main priorities of the automotive sector. This is made possible by automotive electronic systems. The number of power-train control modules, engines and sensors in cars today has increased dramatically over the last ten years.
Aismalibar products ensure excellent thermal management of highly electrified modules, where the efficiency of all systems and components is unquestionable. The direction that the industry is moving toward will result in a generation of high-performance electric vehicles, the limitations of which depend only on our own imagination.
Smart lighting systems require flawless coordination between LED technology and the other components that the system manages and hosts. Indoor and outdoor lighting formulas demand rigorous thermal management in order to allow automated control through systems that regulate intensity, thereby preserving the reliability and durability of the model. The products we develop and manufacture at Aismalibar provide the ideal support for the best thermal and lighting management in the automotive industry.
LED technology offers creative freedom to designers and the substrates where these light sources, adapted to different shapes and highly compact sizes, are incorporated. Exterior lighting system inefficiencies in cars during driving can potentially have tragic consequences. Our laminates are specifically designed and manufactured to support high light intensity concentrated in a limited area, and we are able to guarantee the reliability of the system. Through exceptional thermal management and
As technology evolves, dashboards have become increasingly populated, turning them into control panels that provide us with vital information. Interior lighting is an element that must coexist with others and meet the demands required of it. All of these systems, including rear lights and signal lights, will be more efficient and remain stable thanks to proper thermal management.
Automotive Power Train
More technology in less space is a major goal of the automotive industry. In this evolution, electronic functions linked to numerous subsystems increase. Engine control, power transmission, power steering and on-board charger are just a few of the electronic functions needed to guarantee a higher power flow. In electronic propulsion systems, thermal management is crucial to preserving the durability and useful life of their parts. Aismalibar’s product portfolio provides the most suitable solutions to guarantee the high power demand of these systems.
An electric motor joined to the steering column reduces the harshness of driving and increases comfort thanks to the integration of electronic power steering systems. Efficient thermal management through the use of Aismalibar technology will guarantee the reliability of your device.
Advances in electric car technology are closely linked to the evolution of lithium-ion (li-ion) batteries. Today, they provide us with a degree of autonomy that ranges from two hundred fifty to three hundred and ten miles. This major leap, together with emissions reduction, makes these batteries an attractive ecological alternative. However, heat fluctuation negatively affects battery charging capacity, safety and longevity. Aismalibar’s collaboration through our IMS/CCL laminates makes us your ideal thermal management expert.
To transform and conduct electric voltage in automotive systems, several solutions are utilized, ranging from semiconductor devices such as insulated-gate bipolar transistors (IGBT) to high-voltage direct current (HVDC) systems for propelling vehicles. Through thermal management, Aismalibar designs and manufactures advanced technology that increases efficiency, guaranteeing the reliability of these mechanisms.