This presentation will examine the critical trade-offs in siting distribution-tied energy projects, highlighting the inherent tension between optimal grid-connected locations and ideal microgrid positioning. It will explore how proximity to substations creates distinct value propositions compared to end-of-feeder locations and discuss the operational challenges that emerge when these competing requirements must be balanced. 

Real-world experience from upcoming microgrid deployments demonstrates that even grid-following operations face substantial challenges when located far from the electrical source.

The optimal siting of distribution-tied projects demands careful balance between competing technical and economic factors. Understanding the trade-offs between grid connectivity benefits and microgrid functionality is essential for successful project outcomes. Future developments in power electronics and grid management technologies may help bridge this gap, but current projects must navigate these challenges through thoughtful design and strategic positioning.