"grid Modernization And Resilience: Preparing For Extreme Weather In The Age Of Climate Change"

 "grid Modernization And Resilience: Preparing For Extreme Weather In The Age Of Climate Change" - The U.S. Department of Energy released an alarming report in January 2017, saying that the U.S. power grid is at immediate risk from a cyberattack. So where have we been, where are we now and where are we going with regards to smart grid security?

Over the past several months, alarm bells have been ringing about potential attacks against the US power grid. Consider the latest media headlines:

"grid Modernization And Resilience: Preparing For Extreme Weather In The Age Of Climate Change"

Wall Street Journal: Cyberattacks raise alarm over US power grid - Excerpt: “Cyberattacks that have knocked out electric utilities in Ukraine, including a suspected attack earlier this month, have renewed concern that cybercriminals could disrupt parts of the US electricity grid. "

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US News & World Report: Cybersecurity of the Power Grid: A Growing Challenge — Excerpt: "Until 2015, the threat was hypothetical. But now we know that cyberattacks can penetrate power grid control networks, shutting down power to large numbers of people. It happened in Ukraine in 2015 and again in 2016, and it could happen here in the US."

BuzzFeed News: Here's Why Trump Takes Blackout Doomsday Scenario Seriously - Excerpt: “The Obama administration's Energy Department announced $3.9 billion in 'smart grid' funding available to the nation's utilities in 2009, mostly for upgrades to defeat normal outages and allow meters at home to talk back to power companies, but these EMP hawks still warn that the overall grid is vulnerable to a shock. Now under President Trump, who is eager to build infrastructure and appear strong on national security, they may finally have an ally in the White House.

Bloomberg News: US grid at 'imminent risk' from cyberattacks, study says— Excerpt: “US Department of Energy says electric power system 'faces immediate risk' from cyberattacks, which are being more frequent and sophisticated, but network operators say they are already on top of the problem.

In the department's Quadrennial Energy Review, he warned that a widespread power outage caused by a cyber attack could damage 'critical defense infrastructure' as well as much of the economy and endanger the health and safety of millions of citizens. The report comes amid heightened concerns about cybersecurity risks, as US intelligence agencies say Russian hacking was intended to influence the 2016 presidential election.

Power Grid Planning For 2023 And Beyond

The 494-page US Department of Energy report was released during the final days of the Obama administration and offered this stark warning for 2017 and beyond: "Cyber ​​threats to the electric power system are growing in sophistication, size and frequency. The current cyber security landscape is characterized by rapidly evolving threats and vulnerabilities, compared to the slower deployment of safeguards."

In 2010, Scientific American, in an article on Securing the Smart Grid, articulated the new cybersecurity challenges posed by our 21st century energy distribution: “Unlike the traditional power grid, a 'smart' grid designed to accommodate a two-way flow of both electricity and data. This holds great promise, including lower energy prices, increased use of renewables and, it is hoped, fewer outages and outages. But a smart grid also presents some potential security problems – meter data on the grid, power company computers and customer computers can all be vulnerable to hacking.

Maintaining resilient electricity generation and distribution are essential elements in protecting any critical infrastructure area. The Department of Homeland Security houses the national response plans for the protection of critical infrastructure, and all sector-specific plans are related in some way to the use of electricity.

I wrote a CSO magazine blog about how the federal government promised smart grid security in 2009, and the key questions still remain the same in 2017—even if the field of hacker challenges has evolved.

Bpc Action Applauds Bipartisan Grid Modernization Research And Development Act Of 2019

Eight years ago I wrote: “A central question remains: Will the 'smart grid' be smart enough to stop hackers? Or in layman's pragmatic terms, could those 'smart customer meters' save energy, eliminate the need for the 'meter man' to keep running around our neighbourhoods, allow us to reduce our home air conditioning from work and allow us to start ovens remotely to make casseroles for dinner – without creating any 'back doors' for the inevitable bad guys?"

While there are tremendous global opportunities for smart grid advancements and smart city innovations, hackers can derail progress very quickly, causing a major barrier to smart grid technology adoption.

Last week, I was honored and privileged to participate in an IBM-led online discussion on 'Keeping the lights on — Cybersecurity and the power grid'. Questions discussed included:

— What are some of the challenges that companies face when trying to secure the power grid and how can they overcome them?

Simplifying Power Grid Management For Electric Utilities

— As enterprises incorporate sensors and data beyond their private supervisory control, how do they manage the trust factor?

The US Department of Energy report highlighted the fact that most power outages in the US result from weather-related incidents.

Indeed, I remember the follow-up actions we took after the 2003 Northeast power outage (in Michigan), such as installing two new data center generators for critical systems, were essential steps to keep the lights on during outages. weather-related in 2004. I summarized some of these actions in 2013.

But many experts believe the next round of network outages could look more like the recent Shamoon malware attacks that hit Gulf State organizations from November 2016 to January 2017.

Grid Forward Chats Podcasts About Grid Modernization

I'm not prepared to predict a major power outage this year, as many cyber experts have been wrong about this for several years now. However, public and private sector organizations must prepare now for this potential incident.

We cover many smart grid opportunities, challenges and recommendations on the YouTube panel, so I urge you to listen and learn what your government can do now to prepare.

Building an effective virtual government requires new ideas, innovative thinking and hard work. From cybersecurity to cloud computing to mobile devices, Dan discusses what's hot and what's working. As head of our Grid business at Digital, I spend a lot of time thinking about the movement of electrons – particularly how to get an electron from the point of generation to the point of consumption as cleanly and efficiently as possible . It's really about network orchestration and resiliency.

The electrical grid is one of the most complex machines ever created, and it is even more complex. With the influx of clean, two-way renewable energy sources combined with new market dynamics, environmental change, cybersecurity concerns, and the mission-critical need to decarbonize quickly, all without questioning the availability of energy for you and me - the network orchestration needs to be purely symphonic.

Unlocking Renewable Energy Potential Through Policy Stacking

At , we are committed to helping the world's electric utilities solve the trilemma of the global energy transition - how to harness and distribute sustainable, reliable and affordable electricity that can fuel the growing global demand for clean energy. And we are in the best position to do so. has the broadest portfolio of solutions and the deepest known domain dedicated to planning, building, operating and maintaining the network lifecycle. Digital Grid Software serves more than 40% of Transmission and 30% of Distribution Services globally – eight of the top ten Fortune 500 electric and gas utilities are customers.

For us, it is an honor and a privilege that we do not take lightly; In fact, I don't think it's an overstatement to say that modernizing the power grid will help change the global trajectory of climate change, enabling significant emissions reductions, accelerating technologies that support low-carbon power generation, or close to zero.

As industry transitions to cleaner energy and renewables like wind and solar become more available, utilities must balance the energy mix to ensure electricity is available when and where it's needed. This is called Distributed Energy Resources (DER) orchestration. Unlike the power generated in traditional power plants, renewable energy sources are intermittent - electrons flow when the wind is blowing or the sun is shining, but the opposite is true on cloudy or windless days. Small-scale DERs tend to be spread throughout the distribution network and are usually located close to where their output will be consumed. DERs are low-cost, carbon-free sources of electricity, which is essential as we move into a decarbonized world, but they can be tricky to manage.

As the network was built throughout history, disruption or variability was never part of the equation. Industrial software such as Digital's Award-winning Advanced Distribution Management Solutions (ADMS) bring advancements such as DER orchestration, outbound response and mobile applications into a single platform to deliver secure and integrated operations across the distribution network.

What's Next, Energy?

With climate change, an increase in severe weather activity, such as wildfires, flash floods and tropical storms. These occur in advance to increase the resilience and reliability of the network. This is why self-healing networks are essential – using modeling technology to identify, isolate and fix problems before they wreak havoc throughout the system.

We're leveraging digital twin and AI technologies to help operators see the big picture while shedding light on blind spots. For example, utilities spend millions of dollars a year managing verification. Our Visual Intellince solution uses computer vision to provide a holistic view of the network

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