In a landmark agreement, Microsoft and Brookfield, an asset management company, have announced a renewable energy deal valued at an estimated $10 billion. Under this partnership, Microsoft will invest in energy projects developed by Brookfield and its renewable energy subsidiary.
In a groundbreaking arrangement, Telenor and Statkraft are set to secure 85 GWh/year of renewable energy for Telenor’s Finnish branch, DNA. This power deal will utilise energy from Statkraft’s upcoming wind farm project, fortifying Telenor’s quest for sustainable power. The implications of this pact spark debate on the urgency of renewable energy adoption in the telecom industry.
Emerging as a benchmark for sustainability, Vodafone negotiates a massive 410 Gwh photo-voltaic energy deal yearly with renewable firm Iberdrola, aiming at operations in Germany, Portugal, and Spain. This agreement, an expansion on their existing partnership, likely opens doors to further renewable initiatives. Vodafone’s commitment towards an eco-friendlier future radiates, from charging points for electric vehicles at their primary facilities in Spain to ensuring customers’ benefits from 100% renewable purchased electricity.
Italian telecom giant TIM’s nine-year Power Purchase Agreement with ERG demonstrates a commitment to eco-friendly energy, sourcing 34% of its energy needs through PPAs, and targeting Net Zero emissions by 2040.
Orange has announced a partnership with Reservoir Sun, a pioneer in self-supply solar energy systems. The aim of this arrangement is to build a photovoltaic power plant at the major satellite communications station Bercenay-en-Othe (Aube), in order to provide environmentally favorable outcomes for France and Europe. The communications corporation is shifting its usage toward renewable energy sources and speeding up the process by utilizing solar energy in its tertiary and technical facilities. The solar energy farm is scheduled to be completed in 2025. A surface area of 50,000 square meters will be occupied by the farm. The power plant, which has a 5 MW capacity, 1 MW for self-consumption and 4 MW for reinjection, will provide 20% of the site’s energy requirements. Additionally, using low-carbon energy from the sun will reduce CO2 emissions by nearly 100 tons per year. An environmental impact analysis study will be conducted…
China Mobile and Ericsson have announced the launch of two energy-efficient 5G sites in China as part of their efforts to conserve energy and reduce carbon emissions. The Ericsson Smart Site offers new levels of quality assurance, the intelligent administration of various energy sources, full-stack real-time monitoring, and intelligent energy and service synergy. The initial facility, located in Jiangsu Province, runs on the 700MHz frequency and emits no carbon dioxide. The second facility, in Guangdong, operates on the 2.6GHz frequency. Both locations employ Ericsson’s power system, which optimizes the usage of energy from solar, grid and battery sources to provide the most energy-efficient operation possible. The systems also include remote management capabilities using Ericsson Network Manager. Energy conservation and renewable energy have become major technology trends in China. As China continues to prioritize energy conservation and carbon emission reduction, the partnership between China Mobile and Ericsson is well-positioned…
The SubOptic Foundation’s latest report shines light on the sustainable potential of subsea telecommunications cables, often underrepresented in sustainability discussions. With a detailed coverage of sustainable practices, the report explores CO2 emissions tracking, renewable energy utilization, recycling strategies and more.
Ooredoo drives Qatar National Vision 2030 with a widespread fiber rollout, covering 99.9% of households, maintaining high service levels and introducing innovative technologies. Vodafone UK advocates for the implementation of 5G SA technology, citing its transformative impact on industries, such as renewable energy and agriculture. CableLabs has made strides in deploying 10G network in 2023, advancing DOCSIS 4.0 technology, issuing CPON architecture specifications, and accelerating FTTP adoption. Microsoft’s new Copilot key represents a groundbreaking addition to Windows keyboards, integrating AI seamlessly and signaling a significant shift after three decades.
In a groundbreaking shift, artificial intelligence (AI) is revolutionizing material discovery, unlocking new possibilities in renewable energy, semiconductors, and pharmaceuticals. GlobalData, a prominent data and analytics firm, asserts that AI is spearheading a transformative era in research and development, dismantling traditional barriers and fueling unprecedented advancements in material science.
Switching to a cloud-based VoIP system has the potential to cut CO2 emissions from telephony equivalent to removing 22 million cars from the road. In an era prioritizing sustainability, traditional landlines contribute to significant carbon footprints and electronic waste. VoIP, utilizing the internet’s power, eliminates physical infrastructure, reduces electronic waste, and operates efficiently. Beyond resource conservation, VoIP’s energy efficiency, support for remote work, and future innovations, including AI optimization and renewable energy sources, position it as a sustainable solution. Join the movement for a cleaner world with every VoIP-powered conversation—a pledge to the planet.
