| Resource Type | Webinar |
| Author / Source | Co-op Innovation Network (CIN) |
| Publication Date | September 2025 |
| Location | United States (Colorado case study; framework applicable nationally) |
| Initiative Type | Technology, Program, Partnership |
| Project Complexity | Advanced |
| Recommended For | Staff, Board |
Estimated viewing time: 30 minutes
Why This Matters for Rural Electric Co-ops
As load growth from data centers, electrification, and variable renewables accelerates, traditional worst-case planning leaves co-ops exposed to stranded asset risk and slow interconnection timelines. Grid orchestration combines real-time awareness, dispatchable DERs, and dynamic planning to connect new loads and generation faster while preserving reliability and affordability for members.
This webinar gives co-op leaders a grounded look at how front-of-meter flexible interconnection and behind-the-meter virtual power plants work together, with a real co-op example. Co-op staff and boards can use it to evaluate whether orchestration tools fit their pain points and to frame conversations with G&T providers, vendors, and members.
Key Takeaways
| › | Orchestration depends on three connected capabilities: real-time grid awareness, DER and large-load dispatch, and planning that counts on flexibility. The biggest affordability gains come when planning teams build flexibility in from the start. |
| › | Flexible interconnection uses the headroom between worst-case and actual grid conditions to connect data centers and renewables sooner, reducing stranded infrastructure costs that all members pay for. |
| › | Virtual power plant platforms can integrate thermostats, water heaters, EV chargers, and batteries into one self-service system for staff to dispatch, forecast, and enroll members. |
| › | Stacking energy efficiency, cleaner wholesale procurement, local DERs, member-facing programs, and rate designs that reward peak reductions or reward usage during renewable oversupply can move a co-op toward high-renewable supply. |
Implementation Considerations
- Staffing or Technology Requirements: Orchestration is fundamentally a data integration challenge across siloed GIS, AMI, OMS, SCADA, and DERMS systems. Smaller co-ops will likely need vendor partners or regional collaboration rather than in-house builds.
- Member Buy-In: Battery, managed EV charging, and demand response programs require sustained recruitment, clear value propositions, and easy enrollment tools to reach meaningful participation.
Notable Examples
- Holy Cross Energy (Colorado): 46,000-member co-op approaching 100% renewable supply by 2030 through orchestration, member battery and EV programs, and innovative tariffs.
- Camus Energy: software provider focused on flexible interconnection and orchestration for data center and renewable integration.
- Virtual Peaker: virtual power plant platform serving about 40 utilities (roughly 45% co-ops) across the US and Canada for behind-the-meter device management.
- Basalt Vista Housing project: early four-home pilot of orchestrated DERs that seeded Holy Cross's Power+ program.
Estimated viewing time: 30 minutes
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