![]() Certain attacks on critical infrastructure should be legally treated as domestic terrorism." "This is why we must invest in resilience, adding redundancy, and removing single points of failure. They will continue to happen," said Brian Harrell, former assistant secretary for infrastructure protection at the Department of Homeland Security (DHS). "It's important to note that new fencing, cameras, or better lighting isn't going to prevent attacks. The vast majority - 97% - of the incidents "resulted in no disruption of service." But the remaining 3% of incidents resulted in "varying levels of grid impacts." Toplines of this study were first reported by the Wall Street Journal. As this historic energy transition gathers momentum, and as we are advancing a sustainable energy future for all, we must take steps to ensure electricity grids are robust and flexible enough to continue reliably powering our lives and economies.Between 20, E-ISAC tracked 4,493 incidents: 502 received through mandatory reporting and 3,991 through voluntary means. Shifting from a global energy system powered mostly by fossil fuels to a more sustainable one powered mainly by clean electricity is a massive undertaking. The WEF aims to have more than 100 industrial clusters engaged on this initiative by 2024. Hence accelerating the energy transition and economic growth. 'No big, fundamental barriers' to global net zero but $110trn total spend needed by 2050: ETCĪ working group of the World Economic Forum (WEF) has created a system value framework built around diverse factors including energy security, job creation and water use, to hone in on how governments and industry can best address the opportunities and challenges of the energy transition in a holistic way beyond cost by evaluating economic, environmental, social and technological outcomes. Bringing together diverse know-how and technologies will increase the chances of cracking some of the toughest challenges. That’s particularly true in industries where the barriers to using clean energy are high, such as aviation, cement manufacturing and steel making. Many more of these types of interconnections will be needed to ensure reliable electricity supply in the future.īecause of the tremendous scale and complexity of energy systems, and the urgency to act – wind and solar plants and their transmission line can take as long as a decade to bring online – companies, academia and governments must collaborate in new ways to find innovative solutions now. In 2021 several major power interconnectors came into service, including the record-setting 720km 1.4GW North Sea Link between Norway and the UK and the 623km NordLink between Norway and Germany, opening up further channels between these northern European countries to exchange wind, solar and hydro power. While that worked well in the past, more intermittent electricity supply and demand increases the need for links to seamlessly carry power from where it is available to where it is needed, often over longer distances. Most electricity grids were built to deliver power to homes and companies in a single country, or part of a country. 'Resilient' renewables shrug off global energy crisis to set record near-10% growth: Irena So what will the grid of tomorrow need to look like? One, it will have greatly increased transmission capacity and interconnections combined with energy storage to improve flexibility two, it will be run on next generation digitalization technology honed for sustainability and superior power electronics three, it will operation globally with a “system-wide approach” to the energy transition that will enable innovative collaboration across industrie and sectors. ![]() Power grids will need to be twice as flexible by 2030 as they are today: by 2050 the world will need four times of the generation capacity and be able to transfer three times as much electricity. Power grids will need to be twice as flexible by 2030 as they are today In the past, utility companies often responded to spikes in demand by firing up fossil fuel plants. ![]() Failure to strengthen the grid to meet both this swelling demand and the needs for real-time flexibility to handle the variability of production from renewables and we could be in for a bumpy ride.
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