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Deliberately located between Inverness and Aberdeen to address grid congestion from Viking (443 MW), Moray East (950 MW) and Beatrice (588 MW) offshore wind farms, the project is said to significantly reduce the amount of wasted clean energy and is an important milestone to achieving the UK governments mission to have a net zero powergrid by 2030.
Risks posed by geomagnetic disturbance (GMD) and electromagnetic pulse (EMP) events add challenges to an already complex power system environment. How prepared is the […] The post Mitigating EMP and GMD Risks for PowerGridResilience appeared first on POWER Magazine. But they remain crucial to address.
Impact of AI Data Centers on Power Quality and Household Efficiency Broken Down Here: AI data centers significantly amplify harmonic distortion in nearby powergrids due to their high and non-linear energy consumption. Their energy use often causes severe harmonic distortion in nearby powergrids.
The US Oak Ridge National Laboratory (ORNL) is collaborating with quantum computing company IonQ to help solve powergrid challenges and drive infrastructure improvements. In the US Department of Energy-funded project, the two organisations intend to explore how quantum computing technology can be used to modernise the powergrid.
It’s exposing both the vulnerability of our existing electric system and the opportunity to use clean energy as a critical resilience strategy. The good news is that we already have the technologies we need for clean, truly reliable backup power. ” The good news.
Enhancing the transmission and distribution of electricity is a priority to ensure a reliable and resilientpower supply, as demand increases and grid challenges mount. Providing more electricity to meet The post Software, Hardware, Innovation All Needed to Upgrade the PowerGrid appeared first on POWER Magazine.
As hurricanes threaten, Puerto Rico utilities are shoring up their defences using a PNNL-devised planning tool called the Electrical GridResilience and Assessment System (EGRASS), writes Nick Hennen from Pacific Northwest National Laboratory. Maria left many residents without power for nearly a year. million customers.
An array of technologies, both thermal and renewable, are being used in the design of microgrids, supporting distributed power generation across several sectors. The use of microgrids to provide reliable […] The post Microgrids Take Major Role for Reliability, Resiliency appeared first on POWER Magazine.
Rapidly scaling sustainable, diversified, and resilient clean energy supply chains is key to achieving net-zero targets on-time and at as low a cost as possible, according to the ETC. Clean energy supply chain challenges The global transition to net-zero demands a massive increase in clean energy technology.
In a release by the company, it says that the funding will support continued advancement of Bedrocks technologies, as well as expanded deployment in Colorado, Utah, and neighboring states. Geothermal energy has incredible promise as an always-on, 24/7 carbon-free source of power and heating and cooling.
The Digital Twin Consortium (DTC) – which aims to drive development of the digital tech – has announced a reference library of use cases and case studies, including use of digital twins as a tool to decentralise powergrids. The Digital Twin Consortium Technology Showcase is now open!
billion in infrastructure projects across New York City and Westchester County to keep powergrid service reliable. Sign up to our newsletter and stay informed Con Edison forecasts that the demand for power will peak at 12,800MW this summer.
. “We know our customers depend on us to make the investments in our state’s powergrid needed to deliver reliable energy to their homes and businesses around the clock,” says Kim Greene, chairman, president and CEO of Georgia Power.
Based on a model of the Texas power system, scientists from the Potsdam Institute for Climate Impact Research PIK have developed a new method to identify and harden critical lines against tropical cyclones and increase power system resilience. Regions or cities fail in one major cascade, rather than gradually.
The US Department of Energy (DOE) has announced $70 million in funding to support research into resiliencetechnologies to reduce risks to energy infrastructure from a variety of hazards, including cyber and physical threats, natural disasters and climate-change fueled extreme weather events.
As countries the world over pursue net-zero goals, the powergrids are at the centre of a transformation that will ultimately lead to economy-wide decarbonisation impacting almost every aspect of life, from the way we power and run our homes to how we travel and the products we purchase. Gridresilience and reliability.
Still, it’s going to take years to trim trees, harden poles, shield power lines, underground select circuits, and otherwise limit its fire risk profile to reach that goal. But PG&E did report a handful of successes from its ongoing investments into technologies to limit the scope and duration of fire-prevention outages.
The Energy Market Authority (EMA) and Institute of Technology (SIT) in Singapore are funding a vehicle-to-grid (V2G) project, the largest in the country, to help ease congestion on the powergrid. By leveraging V2G technology, EVs could potentially be tapped on to manage the increased peak electricity demand.
Researchers from UAlbany and UConn in the Northeast US will work together to provide risk assessments and gridresilience investment guidance to several states in the region. The two Northeast gridresilience projects were awarded $2.63 In total, six projects investigating gridresilience received $4.6
Green Technology – AI Unlocking Faster Breakthroughs in Renewable Energy AI is increasingly recognized as a critical tool for accelerating progress in renewable energy sectors. A prominent example is its role in advancing green hydrogen technologies. AI is transforming this process. Can AI Solve Its Own Sustainability Problem?
LITE-ON is teaming with NTU Singapore to develop more power-efficient smart grid and smart home technologies. The focus of the partnership includes a new smart power router, a smart home energy management platform and a big data aggregation platform. Sign up to our newsletter and stay informed. “The
Series B for AI-poweredgrid analytics Amperon Holdings has secured $20 million in Series B funding led by Energize Capital, to unlock more value from grid data and advance electricity forecasting. Xia from Great Power and Jamie Daggett from Ariel Green meet at RE+ in Las Vegas to finalise the partnership.
Transmission upgrades are vital to help build the net zero carbon grid of the future by integrating large-scale solar and wind farms into the nation’s powergrids. As market structures evolve to compensate prosumers for grid services, this limitation is fading. What can we do right now?
EDF leads a proof-of-concept on automating renewable energy transactions and Eurelectric’s study on the benefits of matching energy consumption with clean energy on a (near) real-time basis are on the week’s technology radar. Have you read?
The winning projects are led by small and medium-sized enterprises ( SMEs ) who have designed innovative technology and who are partnered up with existing industry companies to explore the viability of these solutions in real-world conditions.
The use of distributed energy resources (DERs) will continue to grow as utilities, businesses, and residential neighborhoods look for ways to balance the powergrid and support more reliable and resilient The post Central Theme for Energy’s Future: Decentralizing Power Generation appeared first on POWER Magazine.
Californian utility San Diego Gas & Electric (SDG&E) has unveiled four new microgrids with advanced remote operation capabilities and safety technologies to help enhance grid reliability.
New research from the Wi-SUN Alliance finds that advanced weather prediction tops the list of initiatives that US utilities are undertaking to ensure better network resilience. Other top initiatives are renewable energy integration, grid modernisation and microgrids and disaster response and recovery plans.
The US Department of Energy (DOE) announced $42 million for 15 projects across 11 states meant to improve the reliability, resiliency, and flexibility of the domestic powergrid through the research and development of next-generation semiconductor technologies.
Bloom Energys Role in Transforming Energy for AI Data Centers and Beyond Bloom Energy Corporation (NYSE:BE) is steadily making strides in the energy sector, pushing boundaries with its innovative fuel cell technology. Fuel Cells Meet Exploding AI Demand AI technology has become one of the most energy-hungry sectors today.
It’s easy to see what’s motivating India’s emerging ecosystem of sustainable technology startups with a glance out the window from the office of Sangam Ventures in Gurugram, just outside of Delhi. The rise of renewables is forcing utilities and other energy stakeholders to make the grid smarter, more resilient and efficient.
The Dutch demonstrator of the eFORT project is developing a digital twin of the grid to increase its resilience to cyber attacks. In particular the focus of the demonstrator is on preventing cascading failures and powergrid restoration following an outage. Other demonstrators are in Spain.
This is the reasoning behind a new project being led by researchers at the University of Toronto to explore quantum-based technology solutions to defend power utilities against such future cyberattacks. Technology is always changing the threat landscape. Have you read? million (US$1.1
According to research from the National Renewable Energy Laboratory (NREL), 5G features have the capability to support distributed controls and configurable security and resilience of power systems. Identical solar arrays, battery systems, vehicle chargers and protection equipment were modelled with interfaces via the 5G network.
Energy policy around the world has recently had to adapt to a massive geopolitical shift, with many countries taking steps to shore up their energy security and ensure their infrastructure and systems are built for resiliency. And, it looks likely that things will remain uncertain, with no real end in sight. or simply just do not want to?
Chattanooga headquartered power distribution company EPB and Oak Ridge National Laboratory (ORNL) have launched the Collaborative for Energy Resilience and Quantum Science. What’s on the technology radar for Europe’s DSOs? Much of the joint research between EPB and ORNL has focused on quantum cybersecurity technology.
A $10 million Department of Energy (DOE) grant will help create a pilot regional cybersecurity research and operations centre meant to help protect the powergrid against cyber attacks. Sign up to our newsletter and stay informed Originally published by Sean Wolfe on PowerGrid International.
UK needs additional £14bn in annual renewables investment to meet 2050 goal Australia’s small scale RECs scheme sees record installations in 2020 GridResilience with Enedis, an interview with COO Antoine Jourdain. We then used a dynamical model to assess how these changes impact the resilience of powergrids to catastrophic failures.
DERConnect has been launched as a testbed for the powergrid on the University of California San Diego campus. One room is dedicated to servers and computers capable of simulating powergrids for entire cities and states. Have you read?
Tom Christensen is Global Technology Advisor and Executive Analyst at Hitachi Vantara. How is technology helping to address the challenges faced by powergrids? million in funding to UK projects to support the development of new energy storage technologies. Tom Christensen writes. How to stabilise energy delivery.
The energy provider will make significant upgrades to its high voltage distribution (HVD) system in an effort to make the powergrid more reliable for Consumers Energy’s electric customers in the state of Michigan, US. And as weather becomes more severe, Michigan needs a powergrid that’s more reliable and resilient.
But despite the value of pumped storage in the state’s energy mix, Michigan has been slow to adopt these booming new energy storage technologies relative to the growth on the coasts. By shifting electric demand to off-peak times and keeping the grid stable, storage can serve as an alternative to old ways of upgrading the grid.
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