Efficiency improvement

Lifting and transport machines for confined spaces

When it comes to energy for work purposes—in this case, traction for operating machines—it is essential to make a quick calculation and determine the energy cost incurred to perform a “task,” whether it involves moving or lifting goods.

Work = Force x Distance

The first step toward entering the realm of energy efficiency is to avoid wasting the available energy reserve and, therefore, to make careful choices in plant logistics to optimize distances based on operational needs. Choosing lifting and traction machines with features suitable for operating in confined spaces meets the requirements of energy efficiency.

Light towers and dimmable lighting systems

Retrofit of old lighting systems in all their components: structural, mechanical, electrical, electronic, and software for remote control.

Smart lighting devices that communicate with each other to adapt to users’ preferences, without relying on the Internet.

The definition of smart lamps is justified and based on: the presence of an ‘intelligent’ control module in each lamp; integrated sensors; continuous light modulation; integrated optical communication; self-configuration; programmable behavior.
Our systems are capable of accurately measuring ambient brightness, even in the presence of light sources close to the sensor.

This is made possible by dedicated analog and digital filters. The measured signal is processed, allowing the lamp to adjust its brightness level based on the amount of external light. The emitted light is continuously modulated to adapt to the environment in which the lamp is used.

Zero-emission heating and domestic hot water systems

Old heating and domestic hot water systems can be replaced with high-efficiency systems supported by renewable sources, providing heating, cooling, and hot water according to actual needs, with high performance and low costs.
BEFORE:
AFTER:
BEFORE:
AFTER:
BEFORE:
AFTER:

High-efficiency, high-performance, low-emission lubricants for engines, transmissions, and hydraulic systems

  • Bardahl anti-friction formula that maximizes oil change intervals and engine performance by cleaning all components, while preserving the functionality of DPF or FAP systems and catalytic converters.
  • Bardahl Polar Plus + Fullerene anti-friction formula creates a triple protection layer: a surface lubricating film, a zone of Polar Molecules, plus C60 Fullerene molecules as the final protection mechanism.

XFS technology offers maximum compatibility with exhaust after-treatment systems; it inhibits deposit formation and contains anti-wear, anti-scuffing, and anti-friction agents to protect all lubricated components and maintain engine performance over time.