FORD INVESTS IN FUTURE WITH NEW LED LIGHTING AT MANUFACTURING PLANTS GLOBALLY, ACCELERATING AGGRESSIVE CONSERVATION EFFORTS
- Ford invests more than $25 million to install LED lighting at manufacturing facilities in North America and across the globe – saving energy and money while improving safety and lighting quality for employees;
- 25,000 new LED fixtures installed globally by the end of 2014 will reduce energy use by 56 million kilowatt-hours annually – enough to power more than 6,000 average-sized homes per year
Project launched late last month with installation at Dearborn Truck Plant, where the all-new 2015 Ford F-150 will be assembled beginning later this year;
- Ford plans to convert most facility lighting systems to LED over the next few years;
Ford Motor Company is investing in the future as it begins installing LED lighting at manufacturing facilities across the globe. The new lights, valued at more than $25 million, will save energy and money while improving safety and lighting quality.
The 25,000 new LED fixtures will replace traditional high-intensity discharge and fluorescent lights, and are expected to reduce Ford’s energy use at manufacturing facilities by 56 million kilowatt-hours annually enough to power more than 6,000 average-sized homes per year.
That equates to an up to 70 percent reduction in lighting energy consumption compared to traditional technologies. Annual energy costs are expected to be reduced by approximately $7 million.
The need for maintenance will diminish, as LED lighting has a 15-year life expectancy. Studies show LED light output remains steady at less than 1 percent degradation per year over the life of the equipment, while fluorescent and HID fixtures require re-lamping in as little as two years. LED lights improve safety by eliminating hazardous materials in fixtures and lowering fire risks. At the same time, the technology provides a brighter work area, better uniformity and improved color perception, resulting in a better quality of light for plant employees.
“We are extremely pleased to install this leading-edge technology in our manufacturing facilities worldwide,” said John Fleming, executive vice president, Global Manufacturing and Labor Affairs. “This is a long term investment in our future that highlights our aggressive approach to lead in environmental improvements and achieve operating efficiencies.”
In 2011, Ford embarked on an aggressive program to lower its energy use 25 percent per vehicle produced at its facilities by 2016. The company is well on its way toward meeting that goal, having achieved a 20 percent energy efficiency already, explained George Andraos, director of energy and sustainability at Ford Land. The switch to LED lighting helps to ensure Ford will meet its target.
“Moving to LED gives us impressive efficiency improvement,” said Andraos. “Ford worked closely with its scientists and suppliers to investigate and closely follow the rapid development of LED lighting. In 2013, we selected Dialight, a leading LED industrial fixture manufacturer with a global footprint, to develop light fixtures that meet Ford’s global needs.”
Work began at Dearborn Truck Plant late last month to replace worn and outdated overhead lighting. The LED replacement program will continue through the year at 17 other Ford manufacturing facilities across the globe, including Kentucky Truck Plant in Louisville, Kentucky; Livonia Transmission Plant in Livonia, Michigan; Dearborn Stamping Plant; Essex Engine in Windsor, Ontario; Dagenham Engine Plant in Dagenham, England; and Oakville Assembly in Oakville, Ontario.
“Ford has a deep commitment to the environment,” said Donna Inch, chairman and CEO of Ford Land. “By creating outstanding products, investing in the facilities where our employees work, and using such technology as LED lighting, we are helping to promote a sustainable future.”
Recently, Ford also announced that it will work with DTE Energy to install Michigan’s largest solar carport at its Dearborn world headquarters. When completed in early 2015, the project is expected to generate 1.3 million kilowatt-hours annually, enough energy to power 159 average-sized homes for a year.