In comparison with the originally planned project with conventional technology

The agreement between FIRST and led high bay light Science Group allows student participants to sell a bulb known within the student community as the FIRST Green e-watt saver to the general public via an online matching system. The FIRST Green e-watt saver program was started in 2010 and has become an important source of potential fundraising for nearly 20% of the FIRST Robotics Competition (FRC?) US-based high school robotics teams.

The worldwide traffic movement presents a considerable burden for the environment – even public transport carriers in the aviation industry. Therefore, Innsbruck Airport has declared preventive environmental protection measures to be an integral part of its corporate strategy and focuses on sustainable solutions for the expansion of airport infrastructures: The apron lighting systems developed by ewo focuses completely – in a hitherto globally unique method – on energy-saving LED technology.

The 14 high mast systems with varying mounting heights (ranging from 13.5 m to 21 m) are equipped with a large number of LED light units, which are able to light up a total area of 49,000 m2 in accordance with the standards of ICAO guidelines and in compliance with the EN 12464-2 standard (lighting of outdoor work places).

In comparison with the originally planned project led linear high bay light with conventional technology, this technology was able to achieve more than a 70% reduction of the energy consumption and CO2 emissions, while still producing the same technical light results and complying with all mentioned standards and safety regulations.