Virtual power plants (VPPs) are one of the fastest, most cost-effective ways to add flexible capacity to the grid. But how can utilities and regulators trust VPPs to deliver as consistently as conventional resources?

Our new white paper introduces the VPP Maturity Model, a structured framework for understanding how VPPs can progress from basic demand response to fully grid-adaptive resources that match — and eventually outperform — traditional power plants.

Inside, you’ll find:

• The Huels Test, a pass/fail test for determining VPP parity in the control room
• Five VPP maturity levels with measurable, progressive criteria across operational maturity, autonomy, and grid impact
• Real-world examples of utilities advancing VPP maturity with longer events, year-round operation, and distribution-aware control

Download the white paper to see how VPPs can evolve into assets grid operators trust — and what it will take to get there.