Electricity Prices Austria Forecast 2026: EPEX Spot, Dynamic Tariffs & What Households Can Expect

After extreme price increases in 2021–2023 and normalization in 2024/2025, electricity prices in 2026 are influenced by several factors. For Austrian household customers, the end-consumer price is made up of several components: the actual energy price (supplier procurement costs), grid charges, levies and taxes. Understanding these structures helps to save money strategically.

EPEX Spot (European Power Exchange) is the central electricity exchange for Austria and Germany. Hourly electricity volumes are traded here, and the price is determined by supply and demand. EPEX prices form the basis for dynamic household tariffs such as aWATTar and Tibber.

Typical Price Patterns on EPEX 2026

On the Austrian electricity market (EPEX Day-Ahead AT), the following characteristic price patterns are seen in 2026:

• Morning peak (7–9 am): 8–14 cents/kWh – household demand and industry starting up
• Midday trough (11–15 pm, April–September): Often 2–5 cents/kWh or negative – PV surplus pushes prices down
• Evening peak (6–9 pm): 10–18 cents/kWh – highest household load, little PV
• Night (midnight–6 am): 4–8 cents/kWh – low demand, base load coverage
• Negative prices: Possible several times per month on sunny weekends in summer

EPEX spot prices for Austria can be viewed on the EPEX website and via APIs from providers like aWATTar, Tibber and Energy-Charts.info. Those with a dynamic tariff can even access prices 24 hours in advance.

Electricity price forecasts for 2026 are based on several factors: the expansion of renewable energy, gas price development (gas-fired power plants often set prices at peak times), the expiry of support measures and economic development. Austrian energy market experts expect the following for 2026:

• Annual baseload price (wholesale): 70–95 €/MWh (7–9.5 cents/kWh) – moderate decrease compared to 2024/2025
• Peak price (weekdays 8 am–8 pm): 90–130 €/MWh – increased volatility due to more PV
• Negative prices: More frequent than 2025 – up to 300+ hours per year possible
• Household end-consumer price: Stable at 23–32 cents/kWh all-in (regional differences)
• Grid charges: +1.3% national average, significant regional variation

Key Factors Influencing Price Development

Several key factors will shape Austrian electricity prices in 2026:

• PV expansion: Austria is adding over 1,500 MW of new PV capacity annually in 2025/2026 – increasing midday surplus
• Wind power: New installations in Lower Austria and Burgenland increase nighttime electricity supply
• Gas prices: Remain volatile – directly impacts peak prices (gas peaker plants)
• Storage: Growing battery storage capacity (utility scale) smooths price peaks
• Interconnectors: Cross-border capacities to Germany, Czech Republic and Slovenia influence imports/exports
• Climate: Dry summers reduce hydropower – increases import needs

Dynamic tariffs like aWATTar HOURLY or Tibber pass the hourly EPEX spot price (plus surcharge) directly on to household customers. This opens up considerable savings opportunities – but also risks. Here is a realistic monthly picture:

Who Really Benefits From Dynamic Tariffs?

Dynamic tariffs are not equally attractive for every household. The benefit increases greatly with the ability to shift consumption in time:

• EV owners: Charge preferably at night (2–6 am) or midday – saving €150–400/year
• Heat pump customers: Pre-heat when electricity prices are low – saving €100–250/year
• Battery storage: Charge at low prices, discharge at high prices – saving €80–200/year
• PV system owners: Optimal self-consumption or feed-in depending on price
• Regular household without flexibility: Only marginal benefits, increased risk of high peak prices

From 1 January 2026, the electricity levy for household customers was reduced from 1.5 cents/kWh to 0.1 cents/kWh. This tax cut directly benefits households: an average household consuming 3,500 kWh per year saves €49 annually. This may sound modest, but it more than offsets the grid charge increases of 2026.

Dynamic tariffs and new smart meter bonus models require an installed smart meter with active quarter-hourly metering. In Austria, network operators must have 95% of all households equipped with smart meters by end of 2024 – in 2026, the infrastructure should be widely available.

• Activate smart meter: Contact your network operator
• Enable quarter-hourly metering: Free of charge, on request
• Consent to data sharing: Prerequisite for dynamic tariffs and grants
• View data: Through the network operator portal or third-party apps

The central question for many households: is a fixed-price tariff or a dynamic tariff cheaper? The answer depends on your consumption profile:

• ✅ Activate smart meter and request quarter-hourly metering
• ✅ Compare tariffs: use durchblicker.at, tarife.at or the E-Control tariff calculator
• ✅ For EV or heat pump: switch to dynamic tariff and automate charging
• ✅ Shift large consumers to low-price periods (washing machine, dishwasher)
• ✅ Check electricity levy reduction: Is the new tariff running since 1.1.2026?
• ✅ Evaluate photovoltaics: self-consumption permanently reduces grid electricity needs
• ✅ Join an energy community: cheaper neighbor electricity, reduced grid charges

Electricity prices in Austria in 2026 offer both risks and opportunities. Those opting for stable tariffs pay predictable prices but leave savings potential untapped. Those embracing dynamic tariffs and automation can save several hundred euros a year with an EV, heat pump or battery storage. The reduced electricity levy and the increasingly available smart meter infrastructure create ideal conditions for this.