The company says that the environmental and economic benefits of making the switch to smart LED lighting is a “no-brainer” for EU member states. It is advocating measures to be taken for a massive switch to energy efficient LED lighting and that key to this transition is more than doubling the annual pace of building renovation to 3% per year.
Signify is calling for both commercial and residential properties to be renovated by the retrofitting of older consumptive systems with more efficient LED installations by 2030.
“We have spent way too long making the transition to these technologies and while we have seen positive developments, faster change is needed,” said Harry Verhaar, Signify’s Head of Global Public & Government Affairs, adding that “making the switch now is one of the easiest and most cost-efficient ways to help the EU to deliver on its commitment to reduce emissions by 55% by 2030 and achieve net-zero by 2050.”
The renewed call to action comes after a landmark 224-page report by the International Energy Agency (IEA), titled ‘Net-zero by 2050: A Roadmap for the Global Energy Sector,’ which seeks to explain what is needed to decouple carbon emissions from the global economy.
In the report’s foreword, Fatih Birol, IEA’s Executive Director, describes the proposed necessary action as “a total transformation of the energy systems that underpin our economies.” The following chapters go on to comprehensively cover all aspects of energy and climate policy, from phasing out fossil fuels to decarbonising economies.
The report considers the future of lighting within its net zero emissions scenario, recommending that sales of LED bulbs “should reach 100% by 2025 in all regions” of the world and that minimum energy performance standards should be complemented by the smart control of appliances.
Connecting lighting to a network and introducing sensors and controls further enhance the efficiency of individual luminaries above and beyond them being replaced by non-connected LED technology.
Interact Industry, a software Signify designed to increase lighting control and connectivity in large-scale industrial facilities, is one way this may be realized. Recently, the system was installed in a warehouse used by Pilkington Automotive in Germany and since then the company has seen a variety of benefits.
“Compared to sites where conventional lighting is used, the new system achieves up to 50% energy savings by adapting the lighting to demand, and using daylight harvesting and presence sensors,” said Marcel Devereaux, Energy Projects Manager at parent company NSG.
“This is on top of the significant savings already achieved by changing to LED lighting. Also, the carbon footprint at Pilkington Automotive can be reduced by 290 tonnes of CO2 each year,” he added.
According to findings from Signify, upgrading professional lighting across the EU, which includes the lighting in offices, industrial complexes, roads and parks, shops and hotels, would reduce CO2 emissions by 42 million tonnes. An additional 8.9 million tonnes CO2 reduction could be realized from converting homes to LED. Such a combined reduction across the EU is equivalent to the amount of CO2 that 2.3 billion trees - a forest larger than the United Kingdom - would sequester in a year.
However, a switch to smart LED-based systems brings additional benefits that go beyond electricity savings and emission reduction.