Regulatory Blog
Energy Affordability & Low-Income Customer Discounts
November 28, 2025
Used and Useful Meets Energy Affordability
When utilities offer special discounts to low-income customers, critics sometimes ask: Isn’t that unfair “discrimination”? Or, more legalistically: Doesn’t the “used and useful” rule mean everyone has to pay the same cost-based rate?
Short answer: no. Modern low-income electric and gas discounts are not only lawful, they fit neatly within the evolution of U.S. utility law from Smyth v. Ames (1898) to FPC v. Hope Natural Gas (1944). The “used and useful” doctrine still matters for what goes into rate base, but it does not prohibit policy-driven rate design like affordability discounts.
This post walks through:
- Where “used and useful” came from and how it evolved
- What Hope really changed
- Why low-income discounts are “just and reasonable” and not “unduly discriminatory”
- How Massachusetts and California programs show this in practice
Where “Used and Useful” Comes From
The phrase “used and useful” doesn’t appear in Smyth v. Ames, 169 U.S. 466 (1898), but the idea is there.
In Smyth, the Supreme Court said a utility is constitutionally entitled to a fair return on the value of the property it is using to serve the public. That became the core of the “fair value” approach to ratemaking:
- Regulators had to determine the value of the physical plant serving customers.
- Only property currently serving the public could be included in the rate base.
State commissions and commentators later turned that into the “used and useful” shorthand: only assets presently used and useful in providing service belong in rate base. Customers shouldn’t be paying for plant and equipment that isn’t actually serving them, except in narrow cases like near-term additions or emergency backup.
But notice what Smyth was really doing:
- It was drawing a constitutional floor under rates, preventing states from making rates so low that they were confiscatory.
- It focused on how to value utility property, not on the fine details of rate design or social policy (like low-income discounts).
In other words, Smyth constrained how much total revenue a utility had to be allowed to collect, and on what property. It did not decide whether a commission could, for instance, charge elderly or low-income customers less while still recovering enough revenue overall.
The Shift from “Fair Value” to “End Result”
By the 1940s, Smyth‘s “fair value” approach had become unworkable. Calculating “reproduction cost new” for every asset was expensive, speculative, and wildly sensitive to inflation. Two Supreme Court cases dismantled this regime.
FPC v. Natural Gas Pipeline Co. (1942) began loosening fair-value’s grip, emphasizing that commissions had broad latitude as long as resulting rates were “just and reasonable.” FPC v. Hope Natural Gas Co. (1944) completed the transformation. The Court held that no single formula is constitutionally required—what matters is the end result. If the rate order allows the utility to maintain financial integrity, attract capital, and compensate investors for risk, while keeping rates just and reasonable for customers, the commission’s method is legitimate.
Hope also endorsed the shift from speculative fair value to prudent investment ratemaking: rate base reflects actual dollars prudently spent, minus depreciation. “Used and useful” survives as a screen for what enters rate base, but no longer as a rigid constitutional command.
Post-Hope cases like Permian Basin and Duquesne Light reinforced this deference, confirming that commissions can consider public interest factors and that their economic judgments warrant substantial respect. This doctrinal flexibility is what permits low-income discounts.
“Used and Useful” Today
“Used and useful” now appears in debates over stranded coal plants (should customers pay for assets shut down early?), grid modernization investments (smart meters with long-term, diffuse benefits), and variable renewables (wind and solar aren’t dispatchable 24/7, but provide fuel savings and carbon reductions). Hope‘s logic dominates: commissions have flexibility determining what’s useful in a modern system, and courts focus on whether the overall rate structure is just, reasonable, and allows utility financial soundness. This same flexibility permits public-interest rate design beyond pure cost-causation formulas.
Reasonable Discrimination
Most statutes prohibit “unduly” discriminatory rates—not identical pricing for all customers. Courts and commissions consistently allow different rate classes with different prices, provided the differences serve legitimate policy or cost-related purposes and similarly situated customers within each class are treated equally.
Low-income discounts qualify as reasonable discrimination because they serve clear public interests (affordability, preventing health-harming shutoffs, universal service for essential commodities), receive formal commission approval, and apply uniformly to all qualifying customers under objective criteria.
Under Hope, two questions matter: (1) Can the utility still recover prudently incurred costs and earn a fair return? (2) Are the resulting rates just, reasonable, and non-confiscatory? If yes, courts defer.
Low-income discounts don’t violate “used and useful” because customers collectively still pay only for assets actively providing service. The discount affects how the revenue requirement is allocated across classes—not whether idle plant enters rate base. The underlying infrastructure remains fully in service; only the cost sharing changes.
Case Studies: Low-Income Discounts in Practice
Two states demonstrate how low-income discounts work seamlessly within traditional ratemaking principles.
- Massachusetts: Four Decades of Coexistence
Massachusetts has offered discounted utility rates since 1978, when the DPU approved the first reduced electric rates for elderly poor customers. The Massachusetts Supreme Court upheld these discounts in American Hoechst Corp. v. Department of Public Utilities, recognizing that regulators can approve rate differentials serving legitimate public purposes—even when customers use identical infrastructure.
The 1997 Electric Industry Restructuring Act (M.G.L. c. 164, § 1F(4)(i)) made low-income discounts mandatory, requiring investor-owned utilities to provide discounts on both basic service and distribution rates. Today, these discounts range from 20–40% off delivery charges, with some electric tariffs offering up to 71% reductions for the lowest-income tier. Eligibility is tied to means-tested programs like MassHealth and SNAP, plus a 60% state median income threshold.
The key to constitutional compliance: utilities remain financially whole through transparent cross-subsidies. The revenue shortfall from discounted customers is recovered through approved surcharges on other customer classes (like the Local Distribution Adjustment Factor). This satisfies Hope’s end-result test—utilities earn their reasonable return—while respecting “used and useful” principles. The distribution system actively serves these customers; the discounts simply reallocate costs across customer classes rather than recovering idle assets.
- California’s CARE Program
California’s approach is equally instructive. In 1989, the CPUC established the Low-Income Ratepayer Assistance (LIRA) program, creating a separate low-income rate class with an initial 15% discount funded by surcharges on other customers. Later renamed CARE (California Alternate Rates for Energy) and codified in Public Utilities Code § 739.1, the program now provides roughly 30–35% off electric bills and 20% off gas for eligible households. A companion program, FERA, offers lighter discounts for moderate-income families.
CARE discounts are funded through non-bypassable surcharges, ensuring utilities recover prudently incurred costs and earn reasonable returns. CARE customers receive standard service over the same used and useful infrastructure as everyone else—the discount affects only how the revenue requirement is divided, not whether idle assets enter rate base.
Both Massachusetts and California prove that low-income discounts can advance social policy without threatening utility financial integrity or violating core ratemaking principles like Smyth, Hope, or “used and useful.”
Summary
Low-income discounts easily satisfy traditional ratemaking principles. Smyth v. Ames bars confiscatory rates but never mandated uniform pricing—it simply requires utilities earn a fair return on property serving the public. FPC v. Hope Natural Gas established that if the overall rate structure is just, reasonable, and non-confiscatory, courts won’t second-guess regulatory methods. “Used and useful” ensures rate base includes only plant actually serving customers, but says nothing about requiring identical rates.
Low-income discounts check every box: customers collectively pay only for infrastructure in active service (satisfying “used and useful”), commissions maintain utility financial viability through transparent cross-subsidies (Hope‘s end-result test), and the rate differentials serve legitimate public purposes without being unduly discriminatory. Rather than conflicting with constitutional principles, low-income discounts represent precisely the kind of flexible, public-interest ratemaking these precedents permit.
Transmission Interconnection Costs: Unpacking the Growing Network Burden
October 17, 2025
Grid Interconnection is a Critical Problem
The U.S. power grid is undergoing rapid transformation, with thousands of renewable energy projects awaiting interconnection. However, uncertainty around the cost and timing of interconnection remains a major bottleneck. In a LevelTen Energy industry survey, 90% of developers named interconnection timelines and high costs as the biggest barrier to the Department of Energy’s goal of 40% solar by 2025. “Interconnection is one of, if not the most critical and challenging aspects of generation development and has immense potential to cause projects to fail.” – Enel
Electricity demand is increasing across the U.S. due to factors like electric vehicles, building electrification, and the rise of energy-intensive technologies such as AI and data centers. At the same time, there is growing momentum to meet this demand with clean energy — which has led to a surge in proposed renewable projects, many from small and independent developers. But to deliver power to the grid, these projects must go through the interconnection process, a complex and time-consuming system that can take multiple years to complete.
Currently, there are hundreds of projects waiting in the interconnection queue. Each must undergo a series of technical studies to ensure the grid remains stable and secure if the project is added. These studies determine whether grid upgrades — like transformer expansions or network reinforcements — are needed, and the project developers are expected to pay for these costs. Depending on system conditions, outcomes can range from minor fees to multimillion-dollar upgrade bills.
One of the biggest problems is uncertainty: developers typically have no clear estimate of how much interconnection will cost them until after they’ve already invested significant time and money into the process. This lack of transparency is partially by design — meant to protect critical energy infrastructure information (CEII) and prevent market manipulation. But as a result, many projects ultimately drop out before reaching completion, because the final upgrade costs turn out to be too high. This in turn clogs the system and delays viable clean energy from coming online.
Interconnection Costs are Increasing Due to Higher Network Charges
Berkeley Lab has done an excellent study on interconnection costs, collecting over 2000 samples of interconnection costs over various ISOs and over time. We looked at their data to see if we could glean any additional insights.
Berkely notes that interconnection costs have grown substantially over time. These interconnection costs comprise both point-of-interconnection (POI) costs and network upgrade costs. The POI costs are not a problem. Adjusted for inflation these have been stable and are relatively small. However, the network upgrade costs have sharply risen after Covid. DOE notes that transmission investment peaked in the 2012 to 2015 period and has been declining ever since. This decline in transmission investment is exactly when network interconnection costs increased.


Different Technologies Face Different Economies of Scale
The interconnection costs are presented as a price per kW. But are there economies of scale? Does increasing the project size affect the network upgrade cost perfectly linearly?
There are different network interconnection cost characteristics with each type of generation:
- Gas generation has low network costs and relatively consistent (or slightly improving) with project size.
- Wind generation has moderate costs, but faces higher costs as the project size increases
- Solar generation has less discernable trends. It has higher network costs. At larger project sizes the interconnection cost is highly variable and can be quite high.
- Storage has high costs that increase with size.
Overall sizes of 200-300 MW appeared to show the optimum size for network interconnection costs.




Different Regoins Face Different Economies of Scale
Location matters, with different geographies, energy conditions and rules in each ISO. ISO-NE had the highest point-of-interconnection cost ($156/kW), and the Balancing Authority had the highest median network costs ($173/kW).

Conclusion
Submetering Across the U.S.: Regulatory Trends, Compliance Structures, and Conservation Impacts
July 17, 2025The Legal Challenge of Submetering
Varying Responses Across the U.S.
Conclusion
- Accurate measurement
- Fair tenant treatment
- Administrative feasibility
- Conservation and decarbonization goals
| Jurisdiction | Submetering Status | Oversight/Standards | Notes |
|---|---|---|---|
| California | Mandatory | Title 24, PUC §739.5, CTEP | Required for all new MF housing (post-2018) |
| New York | Allowed with petition | 16 NYCRR Part 96, HEFPA | PSC approval required; full utility obligations |
| Texas | Permitted | PUC Rule 25.141, NEC | Utility-like billing, tenant protections required |
| Maryland | Regulated | PSC, ANSI/NEC standards | Meter certification & housing authority approval |
| Massachusetts | Prohibited | Only utility-installed meters allowed | No landlord-managed electric submetering |
| North Carolina | Permitted with rules | NCUC, NEC | Strict billing & estimation caps |
| Seattle (local) | Mandatory (sized base) | NEC, Seattle Energy Code | Applies to commercial and large residential buildings |
| Arizona, Georgia | Freely allowed | NEC, ANSI | No utility designation if billing is cost-based |
On Q1 investor calls, 40% of utilities see expansion opportunities driven by connecting data center load
May 7, 2025
| Stock Ticker | Petitioner | State | Docket Number | Docket Description |
|---|---|---|---|---|
| AEE | Ameren Corp | MO | ER-2024-0184 | Pending modified tariff filing for large-load customers |
| MO | ER-2024-0319 | Pending electric rate review | ||
| MO | GR-2024-0369 | Pending gas rate review filing | ||
| MO | EA-2024-0237 | Order approving CCN for Castle Bluff Energy Center | ||
| MO | EA-2023-0286 | Order approving multi-project CCN for Solar Projects | ||
| MO | EO-2019-0044 | Smart Energy Plan filing | ||
| MO | EO-2024-0020 | 2025 Preferred Plan change to 2023 IRP | ||
| IL | 25-0084 | Pending natural gas rate review filing | ||
| IL | 25-0382 | Pending performance-based ratemaking reconciliation filing | ||
| IL | 24-0288 | Order approving electric distribution performance-based rate update filing | ||
| IL | 23-0082 | Order approving revised Multi-Year Rate Plan filing | ||
| IL | 24-0238 | Order approving revised Multi-Year Rate Plan filing | ||
| FERC | EL14-12 | Order in complaint proceedings regarding MISO base ROE (2nd complaint) | ||
| FERC | EL15-45 | Order in complaint proceedings regarding MISO base ROE (1st complaint) | ||
| FERC | RM20-10-000 | FERC Notice of Proposed Rulemaking regarding policies for incentives | ||
| AEP | American Electric Power | VA | PUR-2024-00024 | Rate case |
| WV | 24-0854-E-42T | Rate case | ||
| OK | PUD 2023-000086 | Rate case | ||
| AES | AES Corporation | OH | 24-0960-EL-MER | Sold a 30% stake in AES Ohio to CDPQ |
| IN | 45911 | Rate case, AES Indiana filed June 28, 2023, order April 17, 2024 | ||
| AQN | Algonquin Power & Utilities Corp | MO | ER-2024-0261 | Rate case |
| CA | A24-09-010 | Rate case | ||
| NH | DG 23-067 | Rate case | ||
| NH | DE 23-039 | Rate case | ||
| CA | A24-01-002 | Rate case | ||
| AZ | W-02074A-23-0337, W-02465A-23-0338,W-02060A-23-0339, WS-02676A-23-0340 | Rate cases | ||
| CA | 24-01-003 | Rate case | ||
| NY | 24-G-0668 | Rate case | ||
| ATO | Atmos Energy Corporation | CO | 22AL-0348G | General rate case, rates Q2 2026 |
| KS | 25-ATMG-278-TAR | System Integrity program filed Jan 2025, new rates Q3 2025 | ||
| KY | 2024-00276 | $ 33.7MM – Kentucky Gas Rate Case filed Sept 27, 2024 | ||
| AVA | Avista Corp | WA | UE-240006,UG-240007 | Completed gas and electric rate case |
| ID | AVU-E-25-01,AVU-G--01 | General rate case for gas and electric filed January 2025 for effect Sept 2025 | ||
| OR | UG519 | General rate case filed November 2024 for new rates to be effective Sept 2025 | ||
| AWR | American States Water Company | MO | WR-2024-0320 | Rate case filed 7/1/24, settlement March 17, 2025, rates effective May 31 2025 |
| HI | 2024-0038 | Rate case filed 8/2/24, partial settlement, rates effective mid 2025 | ||
| IA | RPU-2024-0002 | Rate case filed 5/1/24, interim rates effective 5/11/24 | ||
| AWK | American Water Works Company, Inc | CA | A23-08-010 | GSWC’s general rate case application, settlement July 12, 2024 |
| CA | A22-08-010 | BVES’s general rate case application, final decision Jan 16, 2025 | ||
| BKH | Black Hills Corporation | IA | RPU-2024-0001 | Settlement approved, new rates Jan 1, 2025 |
| CO | 24AL-0275E | Rate case rates approved, effective March 22, 2025 | ||
| KS | 25-BHCG-2980RTS | Rate and rider review filed Feb 3, 2025 for effect 2H 2025 | ||
| CMS | CMS Energy Corporation | MI | U-21816 | Renewable Energy Plan 2025-2045 |
| MI | U-21585 | Rate case completed | ||
| MI | U-21806 | Gas rate case filed Dec 16, 2024, expect order Oct 16, 2025 | ||
| CNP | CenterPoint Energy, Inc | IN | 45990 | Rate case completed, rates updated in Feb and also March |
| TX | 56211 | Houston Electric rate case, rates updated April 28 | ||
| MN | 23-174 | MN Gas rate case completed | ||
| TX | 57559 | May 2024 Storm event securitization, PUCT docket, Q2 2025 | ||
| OH | 24-0832-GA-AIR | OH Gas rate case | ||
| CPK | Chesapeake Utilities Corporation | MD | 9711 | Rate Case -Settement, awaiting final order |
| DE | 24-0906 | Rate Case - settlement in principle, final order expected Q2 2025 | ||
| FL | 20240099 | FPU Electric rate case, filed Aug 2024, in progress | ||
| FL | 20250035 | FCG Updated depreciation study | ||
| CWT | California Water Service Group | CA | A2107002 | Escalation increase requests from 2021 general rate case |
| CA | A2407003 | 2024 general rate case | ||
| D | Dominion Energy | VA | 146025 | Biennial review filing |
| DTE | DTE Energy Company | MI | U-21860 | Filed rate case in April |
| DUK | Duke Energy Corporation | FL | 20240025 | 2025-2027 MYRP |
| IN | 46155 | IRP filed Nov 1, 2024 | ||
| ED | Consolidated Edison | NY | 25-E-0072 | Electric Rate Case - filed in Jan, staff testimony expected in May |
| NY | 25-G-0073 | Gas Rate case - filed in Jan | ||
| EIX | Edison International | CA | A.25-03-012 | 2026 cost of capital filed (intervenor june 16, decision Nov 14) |
| CA | A.23-05-010 | General rate case | ||
| CA | A.25-03-009 | Next gen IRP (~$1b, filed in March 2025) | ||
| CA | A.24-10-002 | Wildfire: Woolsey Cost Recovery ($5.4b) | ||
| CA | A.23-10-001 | Wildfire: 2022 Mitigation and Vegetation Mgt ($384m) | ||
| CA | A.24-04-005 | Wildfire: 2023 Mitigation and Vegetation Mgt ($326m) | ||
| ES | Eversource Energy | CT | 24-12-01 | Yankee Gas rate case |
| MA | 24-137 | PBR Ratemaking docket | ||
| NH | 24-070 | PSNH rate case | ||
| ETR | Entergy Corporation | TX | 56865 | Segno Solar 170 MW, Votaw Solar 141 MW |
| TX | 56693 | Legend CCCT 754MW, Lone Star CT 453MW | ||
| LA | U-37425 | Generation and transmission for new customer | ||
| LA | U-37467 | West Bank 500kV transmsission | ||
| TX | 57899 | DCRF filing, $29m rev req | ||
| TX | 57648 | SETEX 500kV transmission ($!.5b) | ||
| EVRG | Evergy, Inc | KS | 25-EKCE-294-RTS | Kansas Central Rate Case |
| KS | 25-EKCE-207-PRE | Natural Gas & Solar Predetermination | ||
| KS | 25-EKME-315-TAR | Large Load Tariff | ||
| MO | EA-2024-0292 | Solar Certificates of Convenience and Necessity (CCN) | ||
| MO | EA-2025-0075 | Natural Gas CCNs | ||
| MO | EO-2025-0154 | Large Load Tariff | ||
| EXC | Exelon Corporation | DE | 24-1044 | Base Rate Case: DPL DE Gas, decision expected Q12026 |
| NJ | ER24110854 | Base Rate Case: ACE Electric, decision expected Dec 2025 | ||
| MD | 9645 | BGE Reconciliation case | ||
| MD | 9655 | Pepco Reconciliation case | ||
| MD | 9618 | Maryland lessons learned | ||
| IL | 25-0383 | ComEd Reconciliation | ||
| HE | Hawaiian Electric Industries (HEI) | HI | 2018-0088 | Performance-based regulation |
| HI | 2027-0352 | Stage 3 RFP | ||
| HI | 2018-0165 | Integrated Grid Planning | ||
| HI | 2020-0132 | Waena BESS | ||
| HI | 2024-0144 | Land sale: Cooke Street Property | ||
| LNT | Alliant Energy Corporation | WI | 6680-UR-125 | Rate case with forward test years 2026 and 2027 |
| IA | RPU-2023-0002 | Electric and Gas Rate Review Settlement | ||
| IA | TF-2025-0007 | Anticipated commission decision on first Individual Customer Rate filing | ||
| IA | GCU-2024-0004 | Anticipated commission decision on Cedar River Generating Station | ||
| WI | 6680-CE-187 | Anticipated commission decision on Riverside Enhancements | ||
| WI | 6680-CE-188 | Anticipated commission decision on Bent Tree Wind Refurbishment (Repower) | ||
| 5-CE-156 | Anticipated commission decision on Energy Dome | |||
| 5-CE-160 | Anticipated commission decision on Forward Wind Refurbishment (Repower) | |||
| WI | 6680-CG-171 | Anticipated commission decision on Liquified Natural Gas (LNG) | ||
| MDU | MDU Resources Group Inc | MT | 2024-05-061 | MTPSC rate case filed July 15, 2024 |
| WY | 30013-415-GR-24 | WYPSC Rate case filed October 31, 2024 | ||
| ND | PU-22-194 | Rate case approved Nov 7, 2024 | ||
| NEE | NextEra Energy Inc. | FL | 2025-0011 | 2025 FPL base rate proceeding |
| NFG | National Fuel Gas Co | NY | 23-G-0627 | Base Rate settlement |
| PA | M-2025-3054126 | DSIC treatment | ||
| NI | NiSource | IN | 45320 | Electric rate case filed 9/12/2024, order expected Aug 2025 |
| IN | 46172 | NIPSCO IRP | ||
| MD | 9754 | CMD gas rate case filed 9/24, 2024, final order expected April 2025 | ||
| VA | PUR-2024-00030 | CVA gas rate case filed 4/29/2024 | ||
| OH | 24-1065-GA-RDR | Infastructure replacement program (IRP), CEP, PHMSA IRP | ||
| KY | 2025-00071 | SMRP | ||
| PA | M-2025-3054108 | Distribution System Improvement | ||
| NJR | NJ | GR24010071 | ||
| NWE | NorthWestern Energy Group | MT | 2022-7-78 | Rate Case |
| NWN | Northwest Natural Holding Company | OR | UG 520 | Gas rate case filed on Dec 30, 2024 for rates effective Nov 1, 2025 |
| ID | Falls Water GRC | |||
| OGS | One Gas, Inc | KS | 24-KGSG-610-RTS | Rate case: approved October 2024, Kansas Gas Service |
| PPL | PPL Corporation | KY | 2025-00113, 2025-00114 | Plan to file base rate case on May 31 (LGE) |
| KY | 2025-00045 | Application in Feb 2025 for 2 new 645 MW NGCC units, 400 MW battery storage system | ||
| KY | 2025-00105? | ECR - regulatory tracker | ||
| SJW | SJW Group | CA | A-24-01-001 | Rate Case 2025-2027 San Jose Water General Rate Case |
| SR | Spire Inc | MO | GR-2025-0107 | Rate Case: Spire Missouri, filed Nov 2024. decision October 2025 |
| SRE | Sempra Energy | TX | 56545 | Oncor system resiliency plan. $3b |
| CA | 4553-E/3369-G | SDGE | ||
| CA | 6404-G | SoCalGas | ||
| TX | 57707 | Capital tracker DCRF filing & TCOS filing filed in Q1 2025, expect another filing in Q3 2025 | ||
| CA | A25-03-011 | Cost of Capital filing, March 2025 | ||
| SWX | Southwest Gas Holdings, Inc | AZ | G-01551A-23-0341 | Rate Case - approval expected Q1 2025, filed Feb 2, 2024 |
| CA | A2409001 | Rate Case - approval expected Q4 2025, filed Setp 5th 2024 | ||
| FERC | RP24-514-000 | GBBTC Rate case approval expected Q2 2025 | ||
| TXNM | TXNM Energy Inc | TX | 56954 | System Resiliency Plan |
| TX | 57578 | Transmission cost of service, 1st 2025 filing | ||
| NM | 24-00089-UT | Rate Case PNM filed in June 2024 for rates effective July 2025, decision expected Q2 2025 | ||
| NM | 24-00271-UT | 2028 Resource Application, filed Nov 22, 2024 | ||
| UGI | UGI Corporation | PA | M-2025-3054115 | Distribution System Improvement Charge (DSIC) filings |
| WV | Infrastucture Replacement and Expansion Program (IREP) | |||
| WEC | WEC Energy Group, Inc | WI | 6630-TE-113 | Very large customer tariff, Filed on March 31, 2025 |
| 5BS 276 | High Noon Battery Park, anticipated approval Q12025 | |||
| 5BS 280 | Saratoga Battery Park, anticipated approval Q4 2025 | |||
| 5BS581 | Dawn Harvest Battery Park anticipated approval Q4 2025 | |||
| 5BS282 | Badger Hollow Wind and Whitetail wind, anticipated approval Q4 2025 | |||
| 5CE159 | Good Oak Solar, Gristmill, anticipated approval Q12026 | |||
| WI | 5-UR-111 | General rate case WEOCO and WG | ||
| WI | 6690-UR-128 | General rate case WPS | ||
| WI | 6630-CE-316 | Paris Rice generation filed 4/5/24 | ||
| WI | 6630-CE-317 | Oak Creek CT filed 4/5/24 | ||
| WI | 6630-CG-140 | Oak Creek LNG filed 4/19.24 | ||
| IL | 24-0081 | SMP Investication | ||
| MI | U-21-540 | Decision on proposed settlement - MGU | ||
| MI | U-21541 | Decision on proposed settlement- UMERC | ||
| IL | 24-0158 | Future of Gas | ||
| WTRG | Essential Utilities, Inc | OH | 24-910-WW-SIC | water surcharge |
| OH | 24-911-ST-SIC | wastewater surcharge | ||
| KY | 2024-00332 | gas surcharge | ||
| KY | 2024-00346 | Rate Case - Gas | ||
| XEL | Xcel | MN | E002/RP-24-67 | IRP settlement approved Feb 2025 |
| TX | 54284 | SPS RFP issed in July 2024, portfolio filing summer 2025, decision expected 2026 | ||
| CO | 24A-0442E | Colorado resource plan filed Oct 2025 | ||
| CO | 24A-0442E | Wildfire mitigation plan | ||
| TX | 57463 | System resiliency | ||
| ND | 24-376 | ND Electric rate case decision expected Q4 2025 | ||
| WI | 4220-UR-127 | WI Electric and natural gas rate case decision expected Q4 2025 | ||
| MN | 24-320 | Electric rate case filed November 2024, decision expected July 2026 | ||
| MN | 23-413 | Gas rate case approved Feb 2025 |
Kicking the can down the road
March 27, 2025
As seen on LaReg Corp’s docket tracker Kentucky Power Company (KPC, an AEP company) has filed an application with the Kentucky Public Service Commission, Case #2025-00031, requesting approval to defer approximately $11 million in extraordinary operations and maintenance (O&M) expenses resulting from two major storms on January 5 and February 15, 2025. Without this deferral, KPC would need to expense these costs in the first quarter, potentially impacting its financial metrics and credit ratings, which could lead to higher financing costs and affect customers. Similarly, Southwestern Public Service Company (SPS, an Xcel company) filed a request in Texas to defer accounting treatment of excess liability insurance expanses, docket 57856. These accounting requests were typically uncommon.
Accounting orders, offer a more expedient alternative to traditional base rate cases, which can take up to a year to conclude. For instance, in Massachusetts, NSTAR Electric Company (now part of Eversource) filed for an accounting order on November 28, 2002, in D.T.E. 02-78, to address a potential $200–$300 million write-off related to pension costs influenced by stock market fluctuations and interest rate forecasts. The Massachusetts Department of Telecommunications and Energy approved the order by December 31, 2002, allowing NSTAR to implement a pension tracker mechanism to equitably manage pension expense volatility between the utility and its customers.
AEP and Xcel’s current request aims to mitigate the immediate financial impact of the recent storm-related expenses by deferring them as a regulatory asset, subject to regulatory approval. This approach is intended to preserve the company’s financial stability and maintain favorable credit ratings, ultimately benefiting customers by avoiding potential increases in financing costs.