Every state spends more subsidizing bills than reducing them — the ratio reveals the structural choice
The five states represent fundamentally different approaches to LMI energy spending: Pennsylvania spends $7.12 on bill subsidies for every $1 on weatherization. Michigan invests roughly $2 in efficiency for every $1 in assistance. Vermont has the highest per-capita efficiency spending but the weakest assistance. The spending ratio predicts whether a state is treating symptoms or causes.
LMI-related energy spending by type (annual, most recent data)
Pennsylvania
$564M
7.1 : 1 subsidy-to-fix
$494.7M CAP (bill credits + arrearage + admin) vs. $69.5M LIURP weatherization. Most of the budget recurs annually — none reduces consumption permanently.
Michigan
$221M
1 : 1.9 subsidy-to-fix
~$75M MEAP assistance vs. ~$146M LI efficiency (25% of $583M EWR). MI spends nearly 2× more fixing than subsidizing — inverse of PA.
Massachusetts
$316M/yr
Mostly efficiency
$948.3M LI budget over 2025-2027 (~$316M/yr). Primarily weatherization + direct install. But ~9% goes to electrification — the transition is funded but barely.
Vermont
~$6M
Efficiency only — no assistance
~$5.9M/yr LI efficiency (EVT threshold). Utility discounts are 12.5-25% on small customer bases. No PIPP. No statewide bill assistance program.
Wisconsin
~$80M
Efficiency + federal rebates
Focus on Energy ~$80M/yr total (LI share unspecified). HOMES/HEAR just launched. No statewide bill assistance program. Rate architecture blocks economics.
$494.7M
Pennsylvania's annual CAP bill subsidies — the largest single LI energy expenditure in the five-state corpus. This spending recurs every year for every enrolled customer. A $13,000 weatherization job that eliminates CAP need pays for itself in ~11 years of avoided credits.
~9%
Share of Massachusetts' LI heat pumps relative to total — even in the state with the most mature efficiency program, electrification remains a sliver of LI spending because "customer economics continue to be unfavorable for gas-to-electric conversions."
The spending architecture reveals the institutional choice each state has made. Pennsylvania chose to subsidize. Michigan chose to invest. Vermont chose to economize. Massachusetts chose to plan. Wisconsin chose to wait. None chose to electrify low-income homes at scale — because at current rates, there's no cost-effective way to do it.
All figures from validated state-specific chart data. The spending categories are not perfectly comparable across states due to different program architectures, but the subsidy-to-fix ratio is structurally meaningful: states with high ratios are paying more per year in ongoing costs than it would cost to solve the problem once.
Sources: PA $494.7M CAP + $69.5M LIURP — BCS Universal Service Report 2022. MI $75M MEAP — MPSC Annual Report 2025 p.29; $146M LI EWR (25% of $583M) — MPSC 2024 EWR Report. MA $948.3M / 3yr — EEAC C-Team, Slide 17; ~9% LI HP share — Slide 21. VT $5.9M LI threshold — EVT 2024 Annual Report, Section 6.13. WI ~$80M Focus on Energy — CEP 2025, p.20. Note: Michigan's MEAP ($75M) is energy assistance; EWR ($583M) is energy efficiency. These are separate budget authorities with different funding mechanisms. Vermont's figure excludes federal LIHEAP pass-through.