Introduction: In this episode of Unlocking the Energy Trilemma podcast, we interview Brad Harkavy, Vice President of Grid Strategy at Oracle Energy and Water. Brad shares his thoughts on Distributed Energy Resources (DERs) – an emerging trend in energy systems that enhances the energy transition by challenging the traditional model of centralized power generation. Along with the hosts, Jose A. Martinez & Ravi Krishnan, Brad explores the role of DERs in improving grid flexibility, supporting renewable energy growth, and navigating the regulatory complexities surrounding their integration. Click on the link above to listen to the entire episode.
Share one fact or figure that is related to the energy trilemma and the topic of the day “Distributed Energy Resources”.
Can you explain what is Virtual Power Plant (VPP) in a layman’s language?
What are some of the factors that are driving the growth of DERs? What are the business drivers and strategic benefits of DERs in terms of grid modernization?
DERs are relatively new in the electricity mix. Is the regulation supporting the technology, or is the technology still ahead in the race?
Is there any state or country that serves as a benchmark in regulation on DERs?
Is the regulation in China keeping in sync with the growth in DERs or are they lagging in terms of DER regulation?
How do you see the projected growth in DERs and demand flexibility impacting grid reliability overall?
Could distributed energy resources serve as a complement to costly grid expansions or even replace the need for such expansions in areas facing network congestion and renewable curtailment?
Are there any policy or market mechanisms that are crucial for the deployment of DERs on a more rapid scale that are still outstanding or not resolved? Does it matter if you are a municipal, cooperative or investor-owned utility? Are there any regulatory mechanisms that are impacted?
How can utilities leverage on DERMS to optimize the full range of distributed energy resources and bring benefits to citizens and end users of the electricity grid?
What differentiates an efficient DERMS platform from a less efficient one, and how should a utility decide on an optimal solution?
If you had a magic wand to unlock the energy trilemma, what would you do with your magic wand?