Preparing utilities to deliver DSO capabilities
The grid is changing faster than existing utility operating models can adapt.
Distributed energy resources are no longer peripheral to grid operations. As DERs and aggregations participate across energy, capacity, ancillary services, and non-wires alternatives, utilities face rising operational and regulatory complexity at the transmission-distribution interface.
Utilities remain accountable for reliability, resilience, affordability, and safety, even as coordination challenges intensify due to FERC Order 2222–driven DER participation, interconnection backlogs, and limited visibility into DER impacts.
The Distribution System Operator (DSO) model has emerged as a practical response, providing a framework to manage coordination and constraint risk as DER participation grows. Logic20/20 helps utilities translate the DSO model into practical capabilities that connect planning, operations, technology, markets, and regulation.
Why utilities choose Logic20/20 for DSO readiness
Logic20/20 brings a structured, execution-focused framework for DSO readiness that aligns planning, operations, technology, market, and regulation. Our framework helps utilities sequence decisions and build the capabilities that matter most at each stage.
What is a DSO model?
A Distribution System Operator (DSO) model defines how a distribution utility plans, coordinates, and operates a DER-rich grid, particularly where distribution and transmission responsibilities intersect.
Under a DSO model, the utility acts as a system integrator, identifying local grid constraints, coordinating DERs and their aggregations, and aligning operations across the T-D boundary.
A DSO model enables the utility to:
Anticipate distribution constraints
rather than reacting after violations occur.
Use DERs and DERAs in planning and operations
including peak load reduction, resilience, and non-wires alternatives.
Coordinate DER and DERA participation
across distribution and wholesale contexts while maintaining reliability and safety.
The transmission-distribution interface: Where complexity concentrates
While several forces are driving interest in DSO models, the transmission-distribution interface is where coordination, visibility, and accountability challenges converge. In high-DER environments, traditional assumptions about a static transmission-distribution boundary no longer hold. Power flows become dynamic and decisions at one level increasingly affect the other, raising operational and regulatory risk.
Common challenges at the T-D interface include:
- Conflicting dispatch instructions when DERs participate in both distribution-level and wholesale services
- Limited real-time visibility into DER availability and locational impact
These challenges surface first in planning and coordination, well before they reach the control room. Logic20/20 helps utilities address them early, before reactive decisions drive delays, unnecessary upgrades, or reliability risk.
Building DSO capabilities: Planning for a DER-rich grid
DSO readiness starts in planning, not the control room. Explore why visibility, planning discipline, and coordination foundations are critical to building DSO capabilities that hold up in a DER-rich grid.
Ready to accelerate your DSO implementation journey? Let’s talk.