The Energy Sector is passionate about low-carbon ‘smart’ energy systems. We focus on opportunities for engineering and technology in this innovative space and provide independent, impartial thought leadership on the subjects relevant today and in the future. To achieve this we bring together experts from industry, academia and government, in neutral and impartial environments to deliver programmes of activity, inspired by innovation across the energy sector from generation to distribution and beyond.
The IET were commissioned by the Council for Science and Technology (CST) “Energy Sub-Group” to conduct a research study and produce a report on the emerging challenges for modelling electricity systems and how Britain’s capabilities would need to be adapted to assess electricity system resilience as GB makes the transition to a low carbon electricity system.
A leading UK smart grid project, the Customer-Led Network Revolution (CLNR) has published important new learning that could help inform and update UK electricity industry network planning standards. The project aims to kick-start the radical change electricity networks need to make the low-carbon energy sector a reality.
Smart infrastructure can provide new and exciting opportunities as well enhanced value and flexible benefits across all key sectors. The IET is at the forefront of this thinking within electricity power infrastructure and has published a number of papers and studies. This work is ongoing as it looks to extend thought leadership across other sectors and energy vectors.
The key topics and challenges being faced by industry to meet today’s environmentally focussed market needs driven by the global decarbonisation agenda and involving the migration away from traditional approaches towards large scale, distributed and micro renewable generation. Covering: cross discipline engineering, renewable technologies and the new ways of thinking needed to assure global carbon targets are met.
The innovations needed to be developed for the sector to meet future needs, demands and challenges will also need new ways of thinking about skills and talent as the sector adapts and changes. New technologies and new business models will develop to deliver new and improved services such as storage, carbon capture, demand/supply balancing, trading, smart communications and the use of data.
Smart City initiatives being driven by future forecasts on city migration and the resulting funded demonstrations in combination with a growth of Communities/Industries taking ownership of their energy needs poses a dramatic change in way we will use energy in the future. This theme aims to explore the key developments, topics and challenges being faced within this changing landscape.
27 October 2015
The coal-fired Fiddler’s Ferry Power Station in Cheshire will close three of its four units by April this year despite having a contract to provide winter power until 2019.
German scientists have generated the first plasma in the Wendelstein 7-X stellarator using hydrogen in the hope of bringing nuclear fusion closer to reality.
A final investment decision has been made to build a 1.2 gigawatt wind power plant off the coast of Yorkshire that will be the largest in the world.
Birmingham, United Kingdom
Birmingham, United Kingdom
London, United Kingdom