Schneider Electric and Bloomberg New Economy have concertedly launched a new global Energy Technology Coalition aimed at transubstantiating how the world manages electricity demand at a time when power systems are passing unknown pressure. The advertisement was made during Schneider Electric’s Innovation Summit North America in Las Vegas and at the Bloomberg New Economy Forum in Singapore, reflecting the action’s transnational compass and urgency.
The Coalition emerges as data centres, artificial intelligence, transportation electrification, and overall profitable growth drive a rapid-fire rise in electricity consumption across mainlands. Traditional responses have concentrated largely on expanding energy force—erecting new power shops, transmission lines, and generation means. Still, the Coalition shifts attention to how energy is consumed, emphasising the part of smarter demand-side technologies in strengthening grid trustability and reducing gratuitous waste.
Its central charge is to accelerate the relinquishment of digital tools capable of making energy systems more effective and flexible. These include AI-driven grid operation software, digital halves for structure planning and conservation, and advanced robotisation systems for artificial and marketable energy use. By encouraging diligence and serviceability to calculate more on intelligent demand operation, the Coalition hopes to ease pressure on congested grids while supporting profitable growth and climate pretensions.
A major theme of the action is addressing the obstacles that have so far braked the wide deployment of demand-side technologies. Coalition members will study challenges similar to outdated nonsupervisory fabrics, inconsistent specialised norms across requests, limited digital structure, and vacillation among associations that remain uncertain about the fiscal return of espousing advanced grid tools. Through data-backed exploration and participatory moxie, the group plans to develop fabrics that can guide policymakers, investors, and companies toward quicker perpetration.
The Coalition also intends to explore how AI can directly anticipate cargo patterns as consumption becomes more unpredictable and decentralised. Digital halves—virtual clones of physical grid means—will be estimated for their implicit to prognosticate failures, ameliorate conservation planning, and enhance overall grid performance. Also, automated control systems that help manufactories, structures, and installations acclimate energy use in real time are anticipated to play a crucial part in reducing waste at scale.
Frédéric Godemel, Executive Vice President for Energy Management at Schneider Electric, emphasised the need for collaboration across diligence as energy systems face new strains. He stated that erecting an affordable and flexible energy future requires cooperation between technology and energy leaders and stressed the significance of inventions similar to AI and digital halves in perfecting the trustability and availability of power systems. Schneider Electric’s involvement reflects its long-standing position as an exponent of demand-side invention.
The Coalition’s founding group includes elderly commercial directors, academics, and former policymakers. Among them are Christina Shim, Chief Sustainability Officer at IBM; Professor John D. Sterman, Director of the MIT System Dynamics Group; Claire O’Neill, former UK Minister of State for Energy and Clean Growth; Arch Rao, CEO of SPAN; and Manon van Beek, CEO of TenneT. O’Neill refocused on how demand-side approaches have historically been overlooked despite their cost and inflexibility benefits, noting that diligence in facing high energy costs now makes people understand the significance of managing demand more effectively.
Karen Saltser, CEO of Bloomberg Media, stressed the broader shift in global structure as digital and energy systems meet. She described this as a vital moment in which coordinated action is essential to ensure AI-driven energy requirements are supported by systems that are clean, dependable, and effective. According to her, the Coalition will help stimulate new hookups, inventions, and policy developments pivotal for powering unborn generations responsibly.
The Coalition is anticipated to draw interest from governments, businesses, and investors who are increasingly fetting the significance of managing electricity demand rather than counting solely on expanded force. For grid drivers, demand-side tools may reduce the need for expensive new generation means. For pots, smarter energy operation offers openings to cut bills, reduce exposure to unpredictable requests, and meet sustainability targets. Investors, meanwhile, view the sector as one of the arising borders of climate-aligned technology with strong potential for marketable growth.
This action is especially timely as countries assess how AI-related electricity consumption will impact long-term energy planning, peak cargo vaticinations, and renewable integration. Stabilising demand may reduce dependence on reactionary, energy-grounded backup systems and support a smoother transition to cleaner power sources.
The Coalition will hold its first in-person session in January 2026 at Bloomberg House in Davos, coinciding with the World Economic Forum Annual Meeting. Members will begin work on airman systems and logical fabrics intended to guide governments and businesses through the growing crossroad of electrification, digital invention, and climate policy.
As global energy systems evolve, the Coalition aims to ensure that effective energy use becomes as important as expanding force, situating demand-side technologies as a central element of unborn climate and energy strategies.
