FBK-SE | The Centre for Sustainable Energy | Bruno Kessler Foundation’s Post

The funding goes to 16 projects aimed at developing advanced tools to protect the energy sector.

The funding goes to 16 projects aimed at developing advanced tools to protect the energy sector.

The protection of the energy assets start from the prevention.

The intersection of advanced energy systems and U.S. national security remains a critical area for attention in financial and strategic planning. Recent insights highlight the urgent need for stakeholders to understand the potential vulnerabilities and opportunities that arise within this sector. To effectively address these challenges, consider the following steps: 1. Conduct thorough assessments of your organization's energy reliance and its implications for security measures. 2. Invest in diversified energy solutions to mitigate risks associated with dependency on single sources. 3. Engage continuously with policymakers to stay informed about changes in regulations and government initiatives related to energy security. By proactively implementing these strategies, organizations can enhance their resilience against potential disruptions while positioning themselves as leaders in sustainable practices. How have you approached energy security challenges in your work? Share your experiences or tips in the comments. #EnergySecurity #StrategicPlanning #FinancialConsulting #Sustainability https://lnkd.in/eQgXNqAD

In a new op-ed for The Hill, CLTC's Sarah Powazek and Steven M. Kelly, CISSP of the Institute for Security and Technology (IST) explain how cybersecurity is an often overlooked aspect of the U.S. clean energy strategy. "Climate modeling, public policy and innovation are driving massive and fast-moving changes in the energy grid — and they need to be complemented with cybersecurity policy," the authors write. "As the energy grid evolves to accommodate clean electricity generation, transmission and distribution, the cybersecurity of these distributed technologies must evolve with it." The authors go on to provide opportunities for collaboration between experts in climate policy, energy, and cybersecurity to create a clean energy future. Read the op-ed: https://lnkd.in/gw3xDtVP

With interconnected renewable energy forms and high-tech nature of green power generation being on the rise, there is a collective call to thwart cyberattacks. Marching straight into a path to decarbonize the power sector per say, multiple technical advancements are being made in fields of hydropower, wind, hydrogen and solar. And needless to say, all of this opening to convulsions in public safety and cybersecurity. Critical infrastructure security and resilience are the key factor to be kept on priority across regions, collaborating and joining hands with public and private sectors. This only enhances chances to operate amicably in a close spectrum to manage risks and implement best cyber security practices. Apart from sectors like financial, media and telecommunication, some of the others which are on the rise and demanding bigger focus are the Energy, Manufacturing, Water/Wastewater, Public safety sectors. Key tenets when considering Energy and Natural Resources Sector are - Upgrading infrastructure (robust and efficient) to support renewable integration - Protecting critical data and infrastructure against digital threats - Enhancing storage solutions to balance supply and demand - Safeguarding stable integration of Wind, Solar, Water and other energy renewable mix - Lastly, meeting climate and energy reliability goals by emphasizing on reducing carbon emissions The above tenets help drive a thorough focus and implementation towards sustainability, resilience, security and risk management. Reference taken from Forbes article and other open articles. #Energy #Renewables #naturalresources, #environment #Social #Governance #cyber #Cybersecurity #ESG #riskmanagement #digitalrisk #sustainability #resilience #riskassessment #informationsecurity #mypointofview #emergingtechnology

The NIS2 Directive introduces enhanced cybersecurity requirements, new reporting obligations and heavy fines for non-compliance. Energy organisations need to take a strategic approach to the implementation of NIS2 that goes beyond mere compliance.

Researchers from the Massachusetts Institute of Technology have advocated for the U.S. to establish a national transmission strategy in an effort to deploy sufficient clean energy to decarbonize the grid. Current gridlock around generator interconnection is said to impede the growth of renewable energy projects and, according to Federal Energy Regulatory Commission commissioners Neil Chatterjee and Allison Clements, reforms are necessary for the facilitation of cleaner and more resilient grids. Thoughts and Opinions are my own and don't represent Comcast. #iworkforcomcast #comcastbusiness #cybersecurity #MIT https://lnkd.in/g5_PxKP4

Registration for the Transmission & Distribution Conference is now open! Join us this November for our Transmission and Distribution Conference taking place in Palm Springs, CA on Nov 19-20, 2024! CEATI’s T&D Conference will focus on utility best practices, tools, and technologies to improve grid resiliency and reliability. Attendees will gain a better understanding of opportunities and tools available to aid in the adaptation to regulatory requirements and climate change. Specific sessions will focus on the following themes: -Aging infrastructure and reliability -Preparation for and response to extreme events -Wildfire prevention and mitigation -Grid Modernization and Emerging Technology -Safety and security Learn more & register here; https://hubs.ly/Q02BPhd60 #TDCEATI

Industry and governments should carefully consider AEMO’s system security report today. It appears we don't yet have a plan for system security without Eraring, let alone without Yallourn and future closures. A lack of specific options for new system security services is putting the energy transition and system security at risk. This is not to say it’s easy! This is some of the hardest engineering we'll ever do. But if Yallourn closure in 2028 needs new investment, we'll need to identify and start this within the next ~6 months. Delays could lead to big intervention costs (paid to high emitters), or delayed coal closures, or, worse, being literally unable to operate the grid if/when coal is out. The context is AEMO has new powers to contract system security services. AEMO argued against specific obligations to prepare for coal closures. However, much of this report is based on qualitative discussion, often focusing on “1 in 10 year” events instead of preparing for “worst case” conditions. This leads to stressful conditions for AEMO ops who have to make do with only what they have. So what do we need? Firstly, we need stronger NER planning obligations on AEMO. This report shows if it’s not in the NER, it doesn’t get done. This will also help AEMO allocate resources to the right areas. Secondly, and specifically, AEMO or another body could be tasked with developing a “cockpit manual” for the NEM with no coal. Like with a plane, we shouldn’t wait for known-unknowns to actually occur before thinking about how to respond. Instead, let's save time, skip to the end, and develop specific investable plans for system security with no coal units (e.g., “a grid forming battery Y at X would work”). This Manual could be continuously updated but with“last time to act” provisions - we can’t always wait for the “best” solution. E.g., if the only known solution is brute force with 60 syncons, perhaps we should build 10% of them today, but keep working. AEMO would then publish specific requirements in the ESOO – because investors don’t know what is needed. This would also help direct CIS investments. Thirdly, AEMO’s KPIs should explicitly reflect these obligations. Certainly, let’s get in writing that there are no barriers to Eraring, and won’t suddenly request an extension of their “Type 1” contracts in 2029 citing a too rapid transition! AEMO has such brilliant engineers - and we're really excited to collaborate with them on the way forward.