ENERGY SAVING

From a cost perspective, electricity is among the top energy types. For this reason, the shape and amount of electricity consumption has become an important problem that needs to be controlled for people,institutions and states. It is the easiest measure to take against the increase in energy costs and demand.

Lighting has an important place in electricity consumption. The biggest source of energy consumption after heating-cooling systems is lighting systems. 20% of the electricity consumed is used in industrial enterprises, 30% in stores and 40% in offices are used for lighting purposes and these figures clearly show the necessity of economic solutions in lighting systems. Furthermore, a lighting system is not considered suitable for today's economic and technological conditions if that “does not have the ability to produce as much lighting as necessary”,” where necessary”, “when necessary”(Uncontrolled Lighting System). As a solution, the use of ZLUX LED light sources and high efficiency ZLUX luminaires will result in higher energy savings than their peers. As a result of working with ZLUX, having LEED (Leadership in Energy and Environmental Design) certification which identifies buildings that are healthier, more environmentally and economically savvy than traditional construction is becoming a very simple process.

Energy saving in lighting with ZLUX can be achieved by designing according to your need/system using highly productive ZLUX LED light sources instead of inefficient and low quality light sources. If we briefly summarize the processes to be followed:

  • Discovery of installed plants (making necessary measurements) or inspection of the project
  • Designing lighting concept
  • Preparation of Lighting projecting
  • Studying on Comparative energy and lighting level analyzes between the proposed system and the existing system, calculating depreciation periods
  • New product design and production according to approved system or modification work on existing product, optical design and production.