Burger King Corp. (NYSE:BKC) broke new ground for the BK® brand with the unveiling of its new energy efficient BURGER KING® restaurant located in Waghäusel, Germany.
The eco-friendly design developed in cooperation with Wirsol Solar AG (Baden-Württemberg) utilizes state-of-the-art technologies and renewable energy to power one-third of the restaurant’s energy consumption, thus reducing energy costs by 45 percent and the emission of CO2 by more than 1201 metric tons every year.
“This new energy-efficient restaurant uses renewable energy systems, such as solar photovoltaic and wind turbines that are estimated to save nearly half of this restaurant’s yearly electricity costs,” said Jonathan Fitzpatrick, senior vice president franchise operations for BKC’s Europe, Middle East and Africa region. “Implementing these new green energy systems reduces the environmental impact and is another step in our ongoing commitment to our BK Positive Steps® corporate responsibility program.”
“This new energy-efficient restaurant uses renewable energy systems, such as solar photovoltaic and wind turbines that are estimated to save nearly half of this restaurant’s yearly electricity costs”
Through its BK Positive Steps® program, the BURGER KING® system is committed to being socially responsible in all areas of its business – food, people, the environment and corporate governance. This latest restaurant design and its advancements in green restaurant operations is just one more example of the brand’s commitment to its corporate social responsibility program.
Modern design meets energy efficient elements
This free-standing restaurant features the BURGER KING® 20/20 restaurant image of the future, which incorporates a variety of innovative and contemporary elements including materials resembling corrugated metal, brick and concrete. The 20/20 design takes the brand’s signature flame-broiling core attribute a step further by creating an exceptional and memorable dining environment.
The 20/20 design is complemented with the latest eco-friendly technologies and energy efficient construction elements including:
1 Data provided by Wirsol Solar AG
2 According to the U.S. Department of Energy, on average a typical household in the United States uses 920 kWh of electricity per month which equates to 11,040 kWh per year.
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