#SMART GRIDS HOW TO#
#SMART GRIDS PLUS#

To learn more, visit įacebook Icon Desktop Icon Twitter Icon Youtube Icon Messenger Icon Linkedin Icon Instagram Icon Shared Link Icon Checkmark Icon Chevron Icon Close Icon Add Icon Increase Icon Arrow Oblique Icon Arrow Down Icon Search Icon Share Icon Filter Icon Email icon Icon Email Outline Icon Phone Outline Icon Fax OutlineFax outline icon Lorem ipsum dolor sit amet, consectetur adipisicing elit. Network operators: Ausgrid, Scottish and Southern Electricity Networks, TEPCO Power Grid, WEL NetworksĬommunity partners: CORENA, Low Carbon Hub ICLSG partners are: University of Oxford (research partner) Our research will draw in learnings from partners’ smart grid and community trials and will identify and develop the tools needed to deliver a just transition to net zero.”

#SMART GRIDS HOW TO#

Professor Malcolm McCulloch, who will be leading the research and who Head of the Energy and Power Group, part of the Department of Engineering and Science at the University of Oxford, said: “From Oxford to Waikato and from Dublin to Tokyo, the climates and regulatory structures within which electricity distribution networks and communities operate may be very different, but all our partners are tackling the same problems of how to innovate and cooperate as the world turns to zero carbon technologies.

The combination of expertise that partners bring will be enhanced and developed by a research programme, that will explore how smart grids can support net zero technologies in a way that is good for people and good for the planet. Our partners are rooted in their communities’ priorities for net zero and are working to ensure their solutions work socially, environmentally and financially.

Networks must be smart and adapt at unprecedented speeds to the new requirements for powering their communities.Ĭommunity energy groups are tackling complex issues to secure benefits to their local area whilst combatting climate change. For electricity distribution network operators, the net zero transition means supporting the arrival of electric vehicles, electrified heating and customers who choose to become electricity generators. In addition to providing real-time, two-way flow of electrical power, smart grid technology, and applications allow for automated communication between utilities and their consumers. The partners of this venture are drawn from Great Britain, Ireland, Italy, Japan, New Zealand and Australia and are committed to securing a fair, cost-effective transition to net zero. The smart grid is an energy-generation, transmission, and distribution network enhanced by digital control, monitoring, and telecommunications capabilities.

The International Community for Local Smart Grids (ICLSG) was first introduced at COP26 and it aims to put communities and smart grids at the heart of net zero, building on the awareness that even though climate change is an international challenge, it requires local solutions. All three help electric power companies achieve secure, efficient, green, and sustainable development through transformation.We are glad to announce the launch of a knowledge sharing partnership of distribution network operators and community energy groups, led by the University of Oxford and supported by Enel Foundation as research partner. Laying a digital platform and establishing an ecosystem of industry partners - a strategy coined as platform + ecosystem - Huawei integrates innovative Information Communications Technology (ICT) and digital power platforms with best industry practices to provide comprehensive solutions across three key scenarios: Intelligent Power Generation, Smart Grid, and Intelligent Services. Optimal operation of our products with 24.

Continuous, real-time insight underpins optimal energy management and anticipates potential bottlenecks these can then be resolved before they become real issues. Huawei is committed to becoming the best transformation partner for the global electric power industry. Substation Connect is an Alfen Connect module for power distribution automation, whereby operators gain insight into their electricity grid. And this can only be achieved through digital transformation.

#SMART GRIDS PLUS#

Indeed, given a range of unique market pressures - from the increased use of renewable energy and new power grid forms, to the integration of energy, information, and service flows, plus challenges to electricity marketization and operations management - it's imperative that electric power companies continue to improve competitiveness. As the energy industry continues to transform, decarbonization, digitalization, and intelligence have become defining trends.

Smart grids