Dive Brief:
- Nevada utility regulators cleared the way earlier this month for NV Energy to develop two performance-based credit programs for distributed energy resources that provide energy or capacity services during load flexibility events.
- Under the Energy Grid Services and Capacity Grid Services riders, customer-sited resources would be eligible to receive payments for dispatched energy based on hourly market pricing in NV Energy territory and for load reduction based on an avoided cost of generation and transmission calculation, the Public Utilities Commission of Nevada said in an Aug. 11 order.
- But by limiting participation of third-party resource aggregators, the commission “misses an opportunity to establish a broader market that could have expanded customer choice, encouraged innovation, and helped lower energy costs,” one of the intervenors in the proceeding said earlier this month.
Dive Insight:
The Grid Services Rider tariffs will replace a narrower demand response framework that has been on the books for 15 years and adds NV Energy to the list of U.S. utilities overseeing or participating in pay-for-performance virtual power plants, the commission said.
Most Nevadans get their power from NV Energy’s two subsidiary electric utilities, Nevada Power Company and Sierra Pacific Power Company. NV Energy is owned by Berkshire Hathaway Energy, a subsidiary of the publicly traded industrial conglomerate founded by Warren Buffett.
The Solar Energy Industries Association, Solar United Neighbors and Advanced Energy United pushed the commission to modify the tariffs to allow customers to assign performance compensation from batteries, thermostats and other distributed resources to third-party owners, portfolio aggregators and original equipment manufacturers.
They also asked the commission to require NV Energy to implement a digital platform to facilitate secure electronic data sharing with third parties with customers’ consent; and to require the NV Energy to include a virtual power plant resource type in its next integrated resource plan that would account for VPP capacity and energy like other supply resources.
NV Energy pushed back on all three asks, the commission said in a summary of the proceedings.
On compensation assignment, it said technological, commercial and wholesale market barriers made that impractical in the near term. On open data sharing, it argued that a digital exchange platform would not be required to successfully implement the proposed tariffs or load flexibility programs nor would be particularly relevant in a vertically integrated utility market like Nevada’s, which does not permit competition between electricity retailers. As for the VPP request, intervenors could raise that issue in an upcoming IRP proceeding, NV Energy said.
In its order, the commission largely accepted NV Energy’s arguments. It declined to allow assignment of compensation; require open data sharing; or require NV Energy to include a VPP resource type in its next IRP, citing “insufficient information to determine whether a VPP is a viable resource option for Nevada.”
In an email, commission spokesperson Peter Kostes declined to comment beyond the text of the order but noted the proceeding remains open at least until this week’s deadline for parties to file a reconsideration request. NV Energy did not respond to a request for comment.
Brian Turner, a senior director with Advanced Energy United, told Utility Dive that while his group was “very supportive of [the commission] going to this grid services tariff and transforming to a pay-for-performance grid services structure,” the order will curtail customer choice and could hinder adoption of behind-the-meter batteries in a state with relatively high residential solar penetration.
“Nevada is one of the sunniest states in the country, and it has pretty good solar deployment, but very low [battery] attachment rates … there’s huge potential to add batteries to the system to get that attachment rate up and get dispatchable capacity into neighborhoods where it’s needed,” Turner said.
Assignability is particularly important for behind-the-meter battery adoption after the federal investment tax credit for customer-owned residential batteries expired at the end of 2025, Turner said. Third-party battery providers that own and operate customer-sited energy storage systems have stepped up to keep behind-the-meter batteries affordable, thanks in part to available revenue from utility and market programs, he said.
Third-party aggregators also tend to be more reliable program participants than individual customers because they aggregate more distributed capacity than needed to meet their obligations, creating a buffer when customers opt out, Turner added.
He noted that Xcel Energy’s Colorado subsidiary, another vertically integrated utility in a Western market, chose to put forward an aggregator-based tariff recently for its Aggregated Virtual Power Plant program.
“They did so because it gave them more certainty and visibility into the performance of the portfolio overall,” Turner said.
Facts Only
* Nevada utility regulators cleared the way for NV Energy to develop performance-based credit programs for distributed energy resources providing energy or capacity services during load flexibility events.
* Customer-sited resources would be eligible for payments based on hourly market pricing and avoided cost calculations under the Energy Grid Services and Capacity Grid Services riders.
* One intervenor argued that limiting third-party resource aggregators missed an opportunity to establish a broader market that could expand customer choice, encourage innovation, and lower energy costs.
* The Grid Services Rider tariffs will replace a demand response framework that has been in place for 15 years.
* NV Energy is owned by Berkshire Hathaway Energy.
* Solar Energy Industries Association, Solar United Neighbors, and Advanced Energy United pushed the commission to modify tariffs to allow customers to assign performance compensation from distributed resources to third parties.
* Intervenors requested NV Energy implement a digital platform for secure electronic data sharing with customer consent.
* Intervenors asked for NV Energy to include a virtual power plant resource type in its next integrated resource plan.
* NV Energy pushed back on requests for compensation assignment, open data sharing, and VPP inclusion, citing market barriers and insufficient information.
Executive Summary
Nevada utility regulators cleared the way for NV Energy to develop performance-based credit programs for distributed energy resources that provide load flexibility during events. These programs would allow customer-sited resources to receive payments based on hourly market pricing and avoided generation/transmission costs, according to an August 11 order. However, one intervenor argued that limiting participation of third-party aggregators missed an opportunity to expand customer choice, encourage innovation, and lower energy costs.
The proposed Grid Services Rider tariffs aim to replace a fifteen-year demand response framework and integrate NV Energy into the group of U.S. utilities overseeing pay-for-performance virtual power plants. This proposal was supported by groups like the Solar Energy Industries Association who sought modifications to allow customers to assign performance compensation from distributed resources like batteries to third parties, and requested a digital platform for secure data sharing and the inclusion of Virtual Power Plant capacity in NV Energy's integrated resource plan.
NV Energy opposed these requests, citing technological, commercial, and wholesale market barriers regarding compensation assignment and arguing that a digital exchange platform was unnecessary in Nevada's vertically integrated utility market. The commission largely accepted NV Energy's arguments, declining to mandate compensation assignment or open data sharing or VPP inclusion due to insufficient information regarding VPP viability.
Full Take
The conflict centers on balancing utility market structure, regulatory efficiency, and decentralized energy innovation. The move toward performance-based payments attempts to introduce market mechanisms for flexibility, aligning with the broader trend toward virtual power plant development across the U.S. However, the procedural resistance highlights a fundamental tension between vertically integrated utility operations and the potential for distributed customer agency. NV Energy’s position emphasizes the practical barriers of a concentrated market structure, suggesting that implementing broad assignment or data sharing requires overcoming significant structural hurdles rather than just regulatory ones.
The focus on behind-the-meter battery adoption provides crucial context. The support from groups pushing for aggregator-based compensation stems from the understanding that third-party aggregators offer more reliable participation and visibility, which is particularly important when customers opt out of direct participation. This suggests a pattern where market mechanisms often favor aggregated risk management over individual customer choice in vertically integrated systems.
The outcome—the commission declining broad requests for data sharing or VPP inclusion—reinforces the principle that regulatory bodies must possess sufficient information to determine viability before imposing structural changes, rather than acting as pure accelerators of desired outcomes. The counter-argument raised by Turner about curtailing customer choice suggests a risk exists: prioritizing regulatory certainty may inadvertently stifle the very distributed resource deployment needed for grid resiliency in highly solar-penetrated areas. This process reveals whether energy regulation prioritizes systemic stability or market dynamism when dealing with complex, multi-stakeholder assets.
Bridge Questions: If regulatory bodies accept performance metrics but decline structural mandates like data sharing, what mechanism can be developed to create functional, transparent third-party markets without requiring full vertical integration? How should jurisdictions balance the need for rapid distributed resource deployment against the imperative for comprehensive market structure certainty? What are the second-order effects of utility resistance on consumer adoption rates in high-potential renewable energy sectors?