In a significant breakthrough for sustainability, Schneider Electric has unveiled research demonstrating that retrofitting office buildings with their digitized building and power-management systems, coupled with transitioning from fossil fuel to electric and renewable energy sources, can dramatically reduce carbon emissions by up to 70%. The findings showcase the potential of innovative approaches to address the urgent need for decarbonization in the construction sector.

Schneider Electric's digital building and power management tools have proven to be instrumental in achieving substantial emissions reductions. By implementing these tools in commercial office buildings, operational carbon emissions can be slashed by an impressive 42%. Moreover, replacing fossil fuel-based heating systems with electric alternatives and incorporating renewables-powered microgrids can further reduce emissions by an additional 28%. This research underscores the effectiveness of Schneider Electric's comprehensive approach to decarbonization.

As nearly half of today's buildings are projected to remain in use by 2050, it becomes paramount to address operational carbon emissions urgently. Schneider Electric emphasizes the importance of increasing energy efficiency and electrification to meet net-zero emissions targets by 2050. A "digital-first approach" to retrofits is highlighted as the most effective strategy, offering a lower initial carbon footprint during the retrofitting process. This approach applies universally to various building types and climates, making it a versatile solution. In addition to these energy-saving strategies, implementing advanced transformer technologies to optimize power distribution efficiency can further enhance the decarbonization efforts in office buildings.

Schneider Electric's research outlines two primary pathways to reduce carbon emissions in office buildings. First, enhancing energy efficiency through measures such as building envelope upgrades, modern equipment, digital optimization, and controls optimization can significantly reduce energy demand. Second, electrifying buildings with renewable energy sources helps meet demand sustainably. The research suggests that advanced technologies like AI optimization and IoT sensor networks can further boost energy efficiency.

Mike Kazmierczak, Vice President of Schneider Electric's digital energy decarbonization office, emphasizes that decarbonization is a journey, not a single step. He highlights the importance of digitization, which offers a rapid return on investment, as a starting point. Subsequent phases involve electrification, renewables, and deep renovation. Each phase contributes to achieving net-zero goals and depends on the building's characteristics and long-term considerations.

Schneider Electric's research not only demonstrates the feasibility of carbon emissions reduction in office buildings but also showcases the critical role facilities managers play in this transformative process. By adopting digital technologies and embracing sustainability, buildings can move closer to their net-zero emissions targets, ultimately contributing to a greener and more sustainable future.

Source: utilitydive.com