Alaska Electricity Rates: What to Know

No state in America has a wider gap between what one resident pays for electricity and what another pays than Alaska. In Juneau, hydroelectric power keeps rates around 13 cents per kilowatt-hour — below the national average. In remote bush villages accessible only by plane or barge, residents pay 50 to 80 cents or more per kWh for electricity generated by diesel engines burning fuel that was shipped hundreds of miles. The statewide average sits around 25 cents per kWh as of 2026, roughly 38% above the national average of about 18 cents. That single number hides a 6:1 ratio between the cheapest and most expensive communities — the most extreme variation of any state in the country.

Alaska's electricity system is unlike anything in the Lower 48. The state is not connected to any outside power grid. It operates three separate internal grids that do not even connect to each other. Over 150 communities generate their own power in complete isolation, most of them burning diesel. The Power Cost Equalization (PCE) program — a state-funded subsidy with no equivalent anywhere else in the country — is the only thing keeping many of those communities' electricity bills manageable. Understanding how all of this fits together is the first step toward managing your own costs, whether you live in Anchorage, Fairbanks, or a village on the Yukon River.

How Alaska's Electricity System Works

Alaska is a fully regulated electricity market. Residential customers cannot choose their electricity provider. You are served by whichever utility holds the franchise or cooperative membership for your area.

The Regulatory Commission of Alaska (RCA) oversees the state's utilities. Five commissioners appointed by the Governor regulate 132 electric utilities, set rates through formal proceedings, and administer the PCE base rate calculation. The Alaska Energy Authority (AEA) is a separate state agency that administers energy programs including PCE, manages the Renewable Energy Fund, and coordinates statewide energy planning.

What makes Alaska fundamentally different from every other state except Hawaii is complete grid isolation. Alaska has zero connection to the Lower 48 or Canada. There is no way to import cheap power from a neighboring state when local generation is expensive. Making matters more complex, the state operates three separate grids that do not interconnect with each other:

Grid	Coverage	Population Served	Primary Generation
Railbelt	Fairbanks to Kenai Peninsula (~700 miles)	~75% of state population	Natural gas
Southeast	Juneau and surrounding communities	~5% of state population	Hydroelectric
Rural/Bush	150+ isolated village microgrids	~20% of state population	Diesel

Each rural community effectively runs its own tiny power plant. There are no transmission lines connecting these villages to each other or to the Railbelt. This fragmentation is the single biggest structural driver of Alaska's high electricity costs.

What Alaskans Actually Pay

The statewide average residential rate of about 25 cents per kWh ranks Alaska second only to Hawaii among US states. But that average tells almost nothing about what any individual Alaskan pays, because the regional variation is enormous.

By Region

• Southeast Alaska (Juneau): ~13 cents/kWh — Alaska Electric Light & Power's hydroelectric generation makes the capital city one of the cheapest places for electricity in the entire state, and cheaper than the national average
• Railbelt (Anchorage, Fairbanks, Mat-Su): ~22-25 cents/kWh — natural gas generation keeps rates moderate but above national average
• Rural bush communities (with PCE subsidy): Effective rates vary, but the subsidy covers a significant portion of the first 750 kWh per month
• Rural bush communities (unsubsidized): 50-80+ cents/kWh — the most expensive electricity in the United States

Monthly Bills

The average monthly electric bill in Alaska is approximately $142, which appears moderate — actually below the national average of about $152. That is misleading. Most Alaska homes heat with fuel oil or natural gas rather than electricity, so electric bills reflect lighting, appliances, and some equipment rather than the full cost of keeping warm. When you add heating fuel costs, total household energy expenses in Alaska are among the highest in the nation.

Rate Trends

Alaska's rates have been relatively stable compared to the sharp increases seen in states like West Virginia or Connecticut. Rates in the Railbelt region were roughly flat in inflation-adjusted terms from 2011 through 2019. More recently, increases have picked up:

• Matanuska Electric Association (MEA): 2.5% base rate increase plus 8.5% fuel cost increase effective July 2024; additional 3% base rate increase effective July 2025
• Chugach Electric: 4.3% permanent base rate increase approved September 2024, effective February 2025; filed for an additional 3% increase in August 2025
• AVEC (rural cooperative): Filed for a nearly 15% average rate increase in 2024

The national average residential rate climbed about 21% between 2022 and 2026. Alaska's increases have been more moderate in percentage terms, but they are layered on top of rates that were already among the highest in the country.

Major Utilities

Alaska's utility landscape is dominated by cooperatives — member-owned, not-for-profit entities. This is unusual compared to most states where investor-owned utilities serve the majority of customers.

Chugach Electric Association

Chugach is Alaska's largest electric utility, serving approximately 92,000 members across the Anchorage area, from northern Kenai Peninsula to Whittier and Tyonek. Chugach merged with Municipal Light & Power (ML&P) in 2020, consolidating all Anchorage electric service under a single cooperative.

Chugach generates most of its power from natural gas. The RCA approved a 4.3% permanent base rate increase in September 2024, effective February 2025, and Chugach filed for an additional 3% permanent increase in August 2025. The utility has set carbon reduction targets of 35% by 2030 and 50% by 2040, and reported achieving a 28% reduction by the end of 2023.

Matanuska Electric Association (MEA)

MEA serves roughly 71,700 members in the Mat-Su Valley — Palmer, Wasilla, and surrounding communities north of Anchorage. About 90% of members are residential. MEA's average residential rate is approximately 23.87 cents per kWh. The cooperative implemented a combined base rate and fuel cost increase of roughly $6.26 per month for a typical member effective July 2024, followed by an additional 3% base rate increase in July 2025.

Golden Valley Electric Association (GVEA)

GVEA serves the Fairbanks area and Interior Alaska. The cooperative filed its first comprehensive rate structure overhaul since 2016 with the RCA. GVEA operates the Eva Creek Wind Farm (24.6 MW), one of the largest wind installations in Alaska. Its fuel mix includes natural gas, coal (from the Usibelli mine), and oil.

Homer Electric Association (HEA)

HEA serves the Kenai Peninsula — Soldotna, Kenai, Homer, and Seldovia. The cooperative introduced the new Electric Reliability Organization (ERO) surcharge ($0.000720 per kWh) effective January 2026, a small but notable addition to fund the Railbelt Reliability Council.

Alaska Electric Light & Power (AEL&P)

AEL&P is the standout exception to Alaska's high-rate story. An investor-owned utility (subsidiary of AVANGRID/Iberdrola), AEL&P serves approximately 18,000 customers in Juneau. Its average residential rate is 12.96 cents per kWh — 47% below the state average and below the national average. The reason is simple: AEL&P is powered primarily by the Snettisham Hydroelectric Project (102 MW), which provides cheap, clean generation with no fuel costs. Juneau proves that even in Alaska, the right energy source can mean affordable electricity.

Alaska Village Electric Cooperative (AVEC)

AVEC is the face of rural Alaska's electricity crisis. A non-profit cooperative, AVEC serves 57 to 59 remote villages across northern, western, and interior Alaska. Its territory stretches from Kivalina in the north to Old Harbor on Kodiak Island in the south, and from Gambell on St. Lawrence Island in the west to Minto in the east.

AVEC operates over 160 diesel generators running more than 450,000 hours per year and burning 9 million gallons of diesel annually. The unsubsidized average rate is approximately 50 cents per kWh. AVEC filed for a nearly 15% average rate increase in 2024. To reduce diesel dependence, the cooperative operates 33 wind turbines across 22 communities — but diesel remains the backbone.

Other Utilities

Over 130 smaller utilities serve individual communities across Alaska, including municipal utilities (like the City of Seward), tribal utilities, and small cooperatives. The Inside Passage Electric Cooperative (IPEC) serves small communities in Southeast Alaska not connected to AEL&P's grid. Most of these smaller utilities are entirely diesel-dependent.

Why Alaska's Electricity Is So Expensive

1. Diesel Dependence in Rural Communities

This is the dominant cost driver. Over 150 remote communities generate all their electricity with standalone diesel generators. These villages are not connected to any grid — many are accessible only by plane or barge. Diesel fuel must be shipped in, often at enormous transportation cost. In the most remote locations, transportation costs can exceed the cost of the fuel itself. The result: unsubsidized rates of 50 to 80+ cents per kWh — the most expensive electricity in the United States.

Approximately 75,000 people, predominantly Alaska Native, live in these diesel-dependent communities. Alaska ranks second only to Hawaii in the share of electricity generated from petroleum (about 15% statewide in 2024), but in rural areas the share is effectively 100%.

2. Complete Grid Isolation

Alaska cannot import power from anywhere. Unlike a state in the Lower 48 that can buy cheap electricity from a neighboring region when local prices spike, Alaska's three grids are entirely self-contained. Each village microgrid is an island. This isolation eliminates the safety valve that interconnected grids provide and forces every community to generate or store enough power to meet its own peak demand.

3. Declining Cook Inlet Natural Gas

The Railbelt — home to 75% of Alaska's population — generates most of its electricity from natural gas sourced from Cook Inlet. That supply is declining. A single producer (Hilcorp) controls most of the production, creating monopoly pricing risk. As Cook Inlet gas becomes scarcer and more expensive, Railbelt utilities face upward pressure on fuel costs with limited alternatives. This is a slow-moving but serious threat to the relative affordability that Anchorage and the Mat-Su Valley currently enjoy.

4. Extreme Climate and Geography

Building and maintaining electrical infrastructure in Alaska is extraordinarily expensive. Permafrost, extreme cold (down to -60F in the Interior), ice storms, and vast distances between communities all drive up costs. Permafrost thaw is actively destabilizing existing infrastructure foundations. Construction seasons are short. Equipment repair in remote areas requires flying in crews and parts. Every aspect of utility operations costs more in Alaska than in the Lower 48.

5. Small Scale

Most Alaska utilities serve small customer bases — sometimes just a few hundred households. Small scale means no economies of scale in generation, maintenance, or administration. Fixed costs are spread across fewer customers, pushing per-unit costs higher.

Alaska's 2024 Generation Mix

Fuel Source	Share of Generation
Natural gas	43.7%
Hydroelectric	26.9%
Petroleum (diesel/oil)	15.0%
Coal	11.6%
Wind	1.9%
Biomass	0.7%
Solar	0.2%

About 30% of Alaska's electricity comes from renewable sources — mostly hydroelectric — which is higher than many Lower 48 states. The challenge is that renewables are concentrated in a few areas (Southeast Alaska hydro, a handful of wind installations), while the communities that need the most help are still running diesel.

Understanding Your Alaska Electricity Bill

Bill Components

Alaska residential electric bills typically include:

• Customer charge — fixed monthly fee for your service connection
• Energy charge — the per-kWh rate for electricity consumed
• Cost of Power Adjustment (COPA) — a fuel cost pass-through that adjusts quarterly based on actual fuel prices; this is the most volatile component and can cause noticeable bill swings
• Regulatory Cost Charge (RCC) — a small surcharge funding the RCA's operating expenses
• ERO Surcharge — a new charge (starting 2024-2026 depending on your utility) funding the Railbelt Reliability Council; currently small (HEA charges $0.000720 per kWh)
• PCE credit — if you live in a PCE-eligible community, this credit reduces your bill for the first 750 kWh per month

Fuel Cost Volatility

The COPA adjustment is worth watching. Because it tracks actual fuel costs and adjusts quarterly, it can cause significant bill fluctuations. MEA's COPA jumped 8.5% in a single adjustment in July 2024. Rural diesel-dependent utilities face even more volatile fuel surcharges because diesel prices swing with global oil markets and transportation costs.

No Time-of-Use Pricing

Time-of-use rates are not widely available for residential customers in Alaska. Some advocates have pushed utilities to adopt TOU pricing, but Alaska's extreme daylight variation (24-hour summer sun versus minimal winter daylight) complicates the design. For most Alaskans, the way to lower your bill is to reduce total consumption, not shift when you use electricity.

The Power Cost Equalization Program

PCE is the single most important electricity program in Alaska and has no equivalent anywhere else in the United States. Understanding it is essential if you live in — or are considering moving to — rural Alaska.

How PCE Works

Established in 1984 by the Alaska Legislature, PCE provides economic assistance to communities where electricity costs are three to five times higher than urban areas. The program is administered by the Alaska Energy Authority and the RCA.

Here is the basic mechanism: the state pays the difference between the PCE base rate and a utility's actual cost of generation, for each eligible customer's first 750 kWh per month (500 kWh per month for community facilities like schools and water treatment plants). Usage above 750 kWh is charged at the full unsubsidized rate.

The FY2026 PCE base rate is 20.38 cents per kWh — calculated as the weighted average cost of residential energy in Anchorage, Fairbanks, and Juneau during calendar year 2024. If your rural utility charges 50 cents per kWh, PCE covers roughly 29.62 cents per kWh on your first 750 kWh.

Program Scale

• Serves 82,000+ residents in 193 communities
• FY2024 disbursements: approximately $45.2 million
• FY2024 paid at 100% of calculated benefits (some years have been reduced due to funding constraints)
• Funded through the PCE Endowment Fund, which allows appropriation of 5% of the fund's three-year monthly average market value

What PCE Means in Practice

Without PCE, a rural resident using 500 kWh per month at 50 cents per kWh would pay $250 per month for electricity alone. With PCE covering the difference above 20.38 cents, the subsidy is roughly $148 per month, bringing the effective cost down to about $102. That is still higher than urban rates, but it is the difference between a manageable bill and one that forces families to choose between electricity and food.

PCE is not a perfect program. The 750 kWh cap means high-usage households — especially those heating with electricity — pay the full unsubsidized rate on every kWh above the threshold. And the program's funding depends on continued legislative support and endowment fund performance. But for the 82,000 Alaskans it serves, PCE is a lifeline.

Solar and Renewable Energy in Alaska

Solar energy in Alaska sounds counterintuitive — but the reality is more nuanced than most people expect.

The Midnight Sun Advantage

During Alaska's long summer days, solar panels can generate power for 18 to 22 hours per day in Anchorage and even longer in northern communities. Cold temperatures also improve solar panel efficiency. A Fairbanks resident reported generating 7,700 kWh from solar panels in 2024, saving over $2,000. From April through September, Alaska's solar resource is surprisingly productive.

The flip side is winter. From November through January, many parts of Alaska receive only 5 to 6 hours of weak daylight — and communities above the Arctic Circle experience weeks of near-total darkness. Solar production drops to almost nothing during these months, precisely when electricity demand for lighting peaks.

Net Metering — Current Rules and Pending Changes

Alaska's net metering rules have been in place since 2010 for systems up to 25 kW. Under current rules, net excess generation is credited monthly at the non-firm power rate, which is lower than the retail rate. This monthly reconciliation penalizes Alaska solar owners because their massive summer overproduction cannot fully offset their winter bills.

Two bills under consideration in 2026 — HB 164 and SB 150 — would shift Alaska to annual net metering, allowing summer overproduction to carry forward and offset winter bills at the full savings rate. Governor Dunleavy has backed the legislation. If passed, annual net metering would significantly improve solar economics by matching Alaska's extreme seasonal production pattern. This is a bill worth watching if you are considering solar.

Federal Tax Credit Gone

The 30% federal Residential Clean Energy Credit expired on January 1, 2026, eliminated early by the One Big Beautiful Bill Act signed in July 2025. There was no phase-down — the credit went from 30% to zero overnight for customer-owned residential systems. Third-party owned systems (leases and power purchase agreements) can still qualify under the commercial ITC if construction begins before July 2026 or placed in service by 2028.

Alaska has no state solar tax credit and no SREC program. A property tax exemption for the added home value from solar installations does exist, which prevents your property taxes from increasing if you add panels.

Wind Energy Growth

Wind is a growing part of Alaska's energy picture. AVEC operates 33 wind turbines across 22 rural communities, displacing diesel. GVEA runs the 24.6 MW Eva Creek Wind Farm near Fairbanks. Two major Railbelt projects are in development — Shovel Creek Wind (near Fairbanks) and Little Mount Susitna Wind (near Anchorage) — with a combined 300 MW capacity that could reduce Railbelt natural gas demand by 12% if built. Construction could begin as early as 2028-2029.

Hybrid Solar-Diesel

A 2025 study found that hybrid solar-diesel systems are now cheaper than diesel alone in parts of rural Alaska. This is significant because it means solar is not just an environmental choice in diesel villages — it is an economic one. Pairing solar panels with existing diesel generators reduces fuel consumption without requiring battery storage to cover every hour of darkness. As diesel prices remain volatile, hybrid systems become increasingly attractive for the 150+ communities currently running on diesel alone.

Strategies to Lower Your Alaska Electricity Bill

1. Check Your PCE Eligibility

If you live in one of Alaska's 193 PCE-eligible communities, make sure the credit is appearing on your bill. PCE covers the first 750 kWh per month — if you are being charged full rate on all usage, contact your utility. If you are moving to rural Alaska, ask about PCE before you sign a lease.

2. Apply for the Heating Assistance Program (HAP)

Alaska administers federal LIHEAP funds through the Heating Assistance Program, managed by the Alaska Division of Public Assistance. Benefits range from $350 to $6,125 depending on household size, income, and heating costs, with an average benefit of $1,114 per household in SFY 2025. Income eligibility is 150% of Federal Poverty Level. Applications are accepted October 1 through April 30, with crisis assistance available year-round.

3. Get a Free Weatherization Upgrade

The Weatherization Assistance Program provides free home energy upgrades — insulation, air sealing, furnace tune-ups — for qualifying households. Income eligibility is 200% of Federal Poverty Level, with priority given to seniors, people with disabilities, and families with children under 6. Average savings are about $283 per year per weatherized home. The program is available year-round.

4. Reduce Electricity Use Strategically

Because Alaska's rate structures are mostly flat (no time-of-use pricing), the path to savings is reducing total consumption rather than shifting usage to off-peak hours. Focus on:

• Lighting: Switch all bulbs to LED if you have not already. Alaska's long winter nights mean lighting is a larger share of electricity use than in southern states.
• Appliances: Older refrigerators, freezers, and chest freezers in garages or basements are common in Alaska and can be major electricity draws. A home energy monitor can identify the worst offenders.
• Water heating: If you heat water electrically, a heat pump water heater can cut water heating energy by 60-70%.
• Phantom loads: Unplug or use smart power strips for electronics and chargers when not in use.

5. Consider Solar (With Realistic Expectations)

If you live in the Railbelt or another area with rates above 22 cents per kWh and have good southern exposure, solar can generate significant savings from April through September. Current net metering rules limit the value of summer overproduction, but if HB 164/SB 150 passes, annual net metering would make the economics substantially better. The loss of the federal tax credit makes upfront costs higher, but Alaska's high rates mean each kWh you generate is worth more than in most states. The state property tax exemption protects you from tax increases on the added home value.

6. Watch Your COPA Adjustments

The Cost of Power Adjustment changes quarterly and can cause noticeable bill swings. When you see a COPA increase on your bill, that is a signal to tighten up on usage for that quarter. Knowing when COPA adjustments hit — and planning your highest-usage activities accordingly — can help you manage budget surprises.

7. Insulate Aggressively

Alaska homes lose more heat per square foot than homes in nearly any other state. Adding insulation to attics, walls, and crawlspaces — especially in older homes — reduces heating fuel use directly and reduces the strain on electrical systems that support heating equipment. Even if you heat with oil or gas, a well-insulated home reduces the electricity your heating system's blower, pumps, and controls consume.

Low-Income Assistance Programs

Heating Assistance Program (HAP / LIHEAP)

Alaska's HAP program provides direct financial assistance for heating costs. Key details for FY2026:

• Income eligibility: 150% of Federal Poverty Level
• Benefit range: $350 minimum to $6,125 maximum
• Average benefit (SFY 2025): $1,114 per household
• FY2026 rate: $175 per point; households must have heating cost points of 2.0 or higher to qualify
• Application period: October 1 through April 30
• Crisis assistance: Available year-round for emergencies
• Managed by the Alaska Division of Public Assistance (Department of Health)

Federal LIHEAP funding faced potential cuts during 2025 congressional budget negotiations. The program serves 6 million families nationally, and Alaska is particularly dependent given extreme heating costs. HHS restarted FY2026 funding after initial uncertainty, but future funding levels remain a concern.

Power Cost Equalization (PCE)

PCE is the most impactful electricity-specific assistance program in Alaska, serving 82,000+ residents in 193 communities with $45.2 million in annual disbursements. See the full PCE section above for details.

Weatherization Assistance Program (WAP)

• Services: Free insulation, air sealing, furnace tune-ups, and other energy improvements
• Income eligibility: 200% of Federal Poverty Level
• Priority groups: Seniors, people with disabilities, families with children under 6
• Average savings: ~$283 per year per weatherized home
• Availability: Year-round (not limited to heating season)

Getting Started

If you are not sure which programs you qualify for, contact your local community action agency or call 2-1-1 for referrals to available assistance programs in your area.

Frequently Asked Questions

What is the average electricity rate in Alaska?

Alaska's average residential electricity rate is approximately 25 cents per kWh as of 2025-2026, about 38% above the national average of roughly 18 cents per kWh. However, this average masks the most extreme regional variation in the country. Juneau pays about 13 cents per kWh thanks to hydroelectric power, while remote bush communities pay 50 to 80+ cents per kWh for diesel-generated electricity.

Why is electricity so expensive in Alaska?

Several factors combine to make Alaska electricity costly: complete grid isolation (no connection to the Lower 48 or any neighboring power system), extreme dependence on diesel fuel in over 150 rural communities, vast distances between communities, harsh climate that increases infrastructure costs, small utility scale that prevents economies of scale, and declining Cook Inlet natural gas supply that is pushing Railbelt prices higher. Each rural village is effectively its own isolated power plant.

Can I choose my electricity provider in Alaska?

No. Alaska is a fully regulated electricity market. Each area is served by a designated utility — typically a member-owned cooperative — and residential customers cannot switch providers. The Regulatory Commission of Alaska (RCA) oversees rates, service quality, and rate case proceedings.

What is the Power Cost Equalization (PCE) program?

PCE is a state-funded program established in 1984 that subsidizes electricity costs for residents in 193 rural Alaska communities where rates run three to five times higher than urban areas. The state pays the difference between the PCE base rate (20.38 cents per kWh for FY2026) and the utility's actual generation cost for each eligible customer's first 750 kWh per month. The program disbursed approximately $45.2 million in FY2024 and serves over 82,000 residents. It has no equivalent anywhere else in the United States.

Does solar power work in Alaska?

Yes, with significant seasonal variation. During Alaska's long summer days, solar panels can generate power for 18 to 22 hours per day, and cold temperatures improve panel efficiency. A Fairbanks resident generated 7,700 kWh in 2024, saving over $2,000. The challenge is winter, when many areas receive only 5 to 6 hours of weak daylight. Pending legislation (HB 164/SB 150) would allow annual net metering, letting summer overproduction offset winter bills. The 30% federal residential solar tax credit expired January 1, 2026, making upfront costs higher, but Alaska's high electricity rates mean each kWh generated is worth more than in most states.

How does Alaska's grid work?

Alaska operates three separate, non-interconnected power grids with zero connection to the Lower 48 or Canada. The Railbelt grid runs from Fairbanks to the Kenai Peninsula (about 700 miles) and serves roughly 75% of the state's population using mostly natural gas generation. The Southeast grid powers Juneau and surrounding communities with hydroelectric generation. Over 150 isolated microgrids in rural communities each serve a single village with diesel generators. These three systems do not connect to each other.

What happens if I cannot pay my Alaska electric bill?

Apply for the Heating Assistance Program (HAP) through the Alaska Division of Public Assistance if your income is at or below 150% of Federal Poverty Level — applications are accepted October through April, with crisis assistance year-round. Check your PCE eligibility if you live in a rural community. Contact the Weatherization Assistance Program for free home energy upgrades that permanently reduce bills. Call your utility directly about payment arrangements. Dial 2-1-1 to connect with local assistance agencies.

Your Alaska Electricity Action Plan

This week:

1. Pull up your most recent bill and identify your per-kWh energy charge, COPA adjustment, and total monthly kWh usage. If you live in a PCE-eligible community, verify the credit is appearing. Our guide on how to read your electric bill and spot overcharges explains each line item.
2. Check your 12-month usage history through your utility's online account. Note any seasonal spikes that point to specific equipment driving costs.
3. Identify your biggest electricity consumers — older refrigerators, freezers, electric water heaters, and lighting are common culprits in Alaska homes.

This month:

4. If your household income qualifies, apply for the Heating Assistance Program through the Division of Public Assistance. Benefits range from $350 to $6,125 depending on your situation.
5. Contact your local community action agency about the Weatherization Assistance Program. Free insulation, air sealing, and furnace improvements save an average of $283 per year.
6. Switch any remaining incandescent or CFL bulbs to LED. With Alaska's long dark winters, lighting efficiency has a bigger impact here than in most states.
7. If you have an older chest freezer in a garage or basement, check its energy draw with a kill-a-watt meter. Older freezers in cold, uninsulated spaces can consume surprising amounts of electricity.

This year:

8. If you heat water electrically, research heat pump water heaters — they cut water heating energy use by 60-70% and are one of the highest-return appliance upgrades available.
9. If you are in the Railbelt with rates above 22 cents per kWh and have good roof exposure, get solar quotes. Watch for the annual net metering legislation (HB 164/SB 150) — if it passes, the economics improve substantially. Even without the federal tax credit, Alaska's high rates make solar more attractive here than the latitude would suggest.
10. Invest in insulation upgrades, especially in attics and crawlspaces. Alaska homes lose more heat per square foot than almost anywhere else in the country, and every efficiency improvement compounds in value as rates continue to rise.

If you are struggling right now:

11. Call your utility immediately about payment arrangements. Do not wait for a disconnection notice.
12. Dial 2-1-1 for local assistance referrals.
13. Apply for HAP crisis assistance (available year-round) if you are facing an energy emergency.
14. If you are in a PCE-eligible community and the credit is not on your bill, contact your utility — you may be missing the subsidy.

For the long term:

15. Watch Cook Inlet natural gas supply developments. If Railbelt gas supply continues declining, rates in Anchorage, the Mat-Su Valley, and the Kenai Peninsula will face sustained upward pressure. Efficiency investments made now will become more valuable over time.
16. Follow the annual net metering legislation. If HB 164/SB 150 passes, it will be a game-changer for solar economics in Alaska and could open the door to meaningful bill reduction through self-generation.
17. If you are in a diesel-dependent community, ask your utility about hybrid solar-diesel or wind-diesel plans. A 2025 study found hybrid systems are already cheaper than diesel alone in parts of rural Alaska — and your community may be able to reduce both costs and diesel dependence simultaneously.

Alaska's electricity system is unlike anything in the Lower 48. The combination of grid isolation, diesel dependence, extreme climate, and vast distances creates challenges that no other state faces at the same scale. But those same conditions mean that every dollar saved on efficiency, every kWh generated locally from renewables, and every assistance program accessed has outsized impact. The state's PCE program, Heating Assistance Program, and Weatherization program exist because Alaskans recognized decades ago that electricity costs in this state require public solutions. Taking advantage of those solutions — and making the efficiency improvements that compound year after year — is the most practical path to managing electricity costs in a state where the grid itself works against you.