Modernizing grid strategy across New England with Damir Novosel and Chris Root

Dash Power Partners was founded by Dr. Damir Novosel and co-founded by Chris Root, who brings over 45 years of utility sector leadership experience. The company provides services and solutions to utilities, ISOs, developers, and data centers. The founders plan to present at the DTECH Northeast workshop in Boston this November to lead a session on Strategic Alignment & Scalable Energy Solutions. During an interview with Wayne Bishop, Executive Vice President of Energy at Clarion Events, grid modernization challenges in the energy sector were discussed. A key theme involved the need for faster planning cycles, moving from traditional long-term models to dynamic, short-interval modeling necessitated by changes in the energy sector. Furthermore, the New England power grid has shifted its generation dynamics, with 60% of generation now relying on natural gas across four pipelines, and assets like pumped storage hydro are operating in reverse modes due to solar energy shifts. The discussion emphasized the need to balance reliability and resilience, recognizing that resilience requires metrics tailored to extreme weather and aging infrastructure alongside traditional reliability measures.

The narrative pivots on the tension between legacy operational assumptions and the demands of a rapidly evolving energy landscape. The shift described is not merely technical; it represents a fundamental disconnect between regulatory frameworks, established planning horizons, and physical system realities. The focus on moving from static, seasonal planning to dynamic, hour-by-hour modeling reflects a systemic failure in governance structures that lag behind technological and market change. The movement from reliability as a system metric (focused on stable conditions) to resilience (focused on extreme, low-probability events) reveals an unaddressed gap in regulatory investment where operational necessities—like adapting transmission planning or asset utilization—are sidelined by static frameworks. This suggests that the true friction in energy transformation is less about technological capability and more about aligning incentives and creating governance structures capable of handling uncertainty. The emphasis on human expertise leveraging AI rather than replacing it points to a pattern where sophisticated tools are introduced without addressing the necessary human process for integrating that knowledge, which can lead to an echo chamber where technical solutions mask underlying strategic misalignment.