The linked docket desrcribes Oncor's system resiliency plan, which describes the company's proposed grid upgrades and enhancements to address severe weather outages and other physical and cybersecurity risks. The plan focuses on overhead and underground resiliency and modernization, distribution automation, vegetation management, wildfire mitigation, and enhanced physical security (asset monitoring and protection) and cyber risk mitigation.

Georgia Power's pilot enhances grid resilience by installing and owning dispatchable grid edge resources (e.g., batteries, generators) at Commercial and Industrial customer sites. Customers sign resiliency service agreements, aggregating ≥1 MW across facilities (≥200 kW each). In return for a monthly service fee, they receive full-value bill credits when grid edge resources are dispatched during grid emergencies or outages. The program defines clear eligibility, compensation terms, and operational rules for islanding and demand response events.

Framework for substation microgrids to mitigate public safety power shutoffs. The framework comprises eight essential elements: (1) a 10-year historical lookback analysis; (2) emissions performance standards; (3) technology market development standards; (4) an alternatives analysis; (5) a procurement strategy; (6) a rate architecture and cost allocation methodology; (7) demand response measures; and (8) community engagement and access measures.

Pacific Gas and Electric advice letter seeking approval for and describing the proposed implementation of the company's Remote Grid program.

The Rhode Island System Reliability Procurement program establishes compensation structures that incentivize third-party providers to deliver resilience services. Grid edge resource owners receive performance-based incentives for resilience services, such as load reduction, frequency regulation, and islanding support.

Massachusetts Department of Public Utilities initiated Docket 20-75 in 2020 to explore compensation mechanisms for resilience services provided by grid edge resources. This investigation supports the implementation of the peak energy standard, aiming to incentivize alternative energy technologies during peak demand periods. The docket focuses on planning, cost allocation for grid edge resource interconnection, and resilience value.