BT’s innovative mobile site in Shropshire exemplifies the future of sustainable connectivity by utilizing solar panels and a wind turbine, generating 70% renewable energy. This eco-friendly approach promises economic benefits and highlights BT’s commitment to reducing its carbon footprint.
The rapid expansion of AI, especially generative AI, has led tech companies to explore innovative energy solutions. In a groundbreaking move, Google collaborates with Kairos Power to harness nuclear energy, marking the first time a tech giant embraces nuclear power to meet its AI energy demands, significantly reducing carbon emissions.
Britvic has partnered with IoT provider Wireless Logic to implement telemetry data from its new digital flavour taps, enhancing logistics and sustainability. These taps replace up to 10,000 single-use plastic bottles, connecting directly to Britvic’s AWS cloud for real-time insights. This move aligns with Britvic’s Beyond the Bottle initiative.
Nokia introduces a Private Wireless Sustainability Calculator to boost industry sustainability through private wireless networks. Leveraging extensive deployment experience, this tool aids enterprises in achieving environmental and social goals. Key benefits include lower carbon emissions, improved safety, and cost savings, crucial for Industry 4.0 applications like drones and digital twins.
Logicalis has announced remarkable progress in its environmental sustainability efforts, as detailed in the Responsible Business Report 2024. Notable achievements include a 27% reduction in scope 1 emissions and a 17% reduction in scope 2 emissions. These efforts align with Logicalis’s goal to reach net-zero emissions by 2050.
Fujitsu is taking a bold step to popularize open All-Photonics Networks (APNs) by inaugurating a specialized lab in Düsseldorf, Germany. Scheduled to run from November 2024 to March 2025, this lab is the first outside Japan. This initiative aims to promote the global spread of Innovative Optical and Wireless Network, including APN technology.
The rapid expansion of data centers poses a significant environmental challenge, with projections indicating they will consume as much electricity as the EU by 2030. This growth, driven by demanding applications like AI, necessitates integrating energy-efficient technologies and adopting sustainable practices. As data centers multiply, addressing their environmental impact becomes crucial for a greener future.
Amazon has achieved its 100% renewable energy goal seven years ahead of schedule, powering all its operations with sustainable energy. Recognized by Bloomberg NEF as the largest corporate buyer of renewable energy, Amazon has invested in over 500 solar and wind projects worldwide. This commitment significantly advances global sustainability initiatives.
Three UK has achieved a significant milestone in network sustainability through its collaboration with Ericsson, employing advanced AI-powered hardware and software. Over the past 18 months, the partnership has focused on modernizing Three UK’s network, significantly enhancing energy efficiency with cutting-edge technologies.
Our digital age thrives on devices, but discards them at an alarming rate. This “telecom waste” – phones, laptops, routers – raises ethical concerns beyond just pollution. This article explores the environmental and social issues linked to telecom waste, and proposes solutions for a more sustainable future.
