Summary — HB 814: Power Infrastructure Resiliency & Efficiency (PIRE)
Status & Process
- Title: Power Infrastructure Resiliency & Efficiency (PIRE)
- Introduced: Nov. 12, 2024
- Status: Passed 1st Reading (Apr. 8, 2025); referred to Energy & Public Utilities, then Commerce and Rules (NC General Assembly, 2025 session)
Purpose / Intent
- Promote faster, lower‑cost, and more resilient electricity transmission by encouraging deployment of “advanced conductors” and “grid‑enhancing technologies” (GETs).
- Align transmission planning with energy planning and ratemaking to achieve the least‑cost mix of generation and transmission investments.
Key Definitions (selected)
- Advanced conductor: a conductor with DC electrical resistance at least 10% lower than an aluminum‑conductor steel‑reinforced (ACSR) line of similar diameter.
- Grid enhancing technology (GET): hardware or software that improves transmission performance or efficiency — examples listed include energy storage as a transmission asset, dynamic line ratings, advanced power‑flow control technologies, topology optimization, and flexible AC transmission systems (FACTS).
- Transmission line: electric lines with capacity of at least 161 kV (consistent with existing Article 5A terminology).
Major Provisions
- Policy declaration to “promote, to the maximum extent practicable,” deployment of advanced conductors and GETs and to coordinate transmission planning with broader energy planning.
- Regulatory streamlining: reconstruction, upgrading, or reconductoring of existing transmission lines that increases capacity solely by deploying advanced conductors and/or GETs is carved out from the certificate requirement under the transmission siting Article — i.e., certain upgrades may not need a full new certificate proceeding.
- Application requirements (for projects that still go through the certificate process) are expanded to require:
- Descriptions of proposed advanced reconductoring/GETs and a costs/benefits summary (capacity, efficiency, congestion reduction, reliability, resiliency, integration of new generation, reduced curtailment).
- Analysis of alternatives considered (including alternative GET configurations) with cost/benefit comparisons.
- An environmental report detailing impacts and mitigation measures.
- Other statutory sections (e.g., emissions‑related policy goals) are also edited to reflect broader energy and transmission planning context.
Who’s Affected
- Regulated electric utilities, electric membership corporations, municipal/ joint power entities, and transmission project developers.
- North Carolina Utilities Commission (expanded application requirements, new policy considerations).
- Ratepayers and communities: potential changes in project timing, scope, and cost recovery depending on implementation and Commission rulings.
- Landowners and environmental stakeholders: fewer new rights‑of‑way may be needed if capacity is increased via reconductoring/GETs; environmental review still required where applicable.
Potential Impacts
- Expected benefits: faster deployment of capacity and reliability improvements, lower capital and right‑of‑way costs compared with building new high‑voltage lines, improved integration of generation (including renewables), and increased resilience.
- Tradeoffs/risks: cost‑effectiveness will depend on project‑level analysis; exemptions from certificate proceedings may reduce public review in some cases. Regulatory oversight (application content and Commission review) remains important to ensure benefits and manage environmental/community impacts.
Procedural / Next Steps
- Bill advances through committee consideration (Energy & Public Utilities → Commerce → Rules). Utilities Commission rulemaking and adjudication will determine how the exemptions and new application requirements are implemented in practice.
