Electricity Grid Fees Austria 2027 | CheckEverything.at

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From 1 January 2027, Austria's energy regulator E-Control plans to link part of the electricity grid fee (Netzentgelt) to actual peak power draw rather than consumption alone, according to its draft regulation. Households that pull a lot of power at once – fast-charging an electric car, for example – would tend to pay more; those who spread their usage out could save. Important: as of July 2026, this is still a draft, not an adopted regulation.

Below we set out what is already settled and what remains open, which usage profiles would pay more or less under the plan, and what households can prepare now. The electricity grid fees already in force for 2026, broken down by federal state, are covered separately in our electricity network costs by state guide – this article deals only with the planned structural reform from 2027.

Key takeaways

• A new capacity charge (Leistungskomponente) from 1 January 2027, per E-Control's draft regulation (SNE-G-V) – public consultation closed 24 July 2026, final regulation expected by October 2026.
• Draft target: roughly a 50/50 split between the consumption charge (ct/kWh) and the capacity charge (€/kW/year), phased in over three years, billed on the highest quarter-hourly peak reading of the month.
• E-Control's own worked examples suggest 75% of end customers would pay less; the clear loser in the examples is an EV household charging without any load management (+21%).
• A two-tier capacity price from 10 kW at grid level 7 (standard household connections) is planned, with a 2 kW minimum assessed capacity.
• Time-window discounts (SNAP/WiNAP) are meant to reward shifting usage to off-peak hours.
• Politically contested: the state governors of Lower Austria and Burgenland are calling for the draft to be revised (as of 24 July 2026).

What is changing for electricity grid fees in 2027?

Two legal layers need to be kept apart here, because they are often conflated.

Already in force: The Electricity Act (ElWG, popularly the "cheaper electricity law") was passed by the National Council on 11 December 2025 and by the Federal Council on 17 December 2025, published as Federal Law Gazette BGBl. I No. 91/2025, and has been in force since 24 December 2025, with staggered transition rules. It provides the legal basis for the new grid fee structure but does not itself set the tariff mechanics. Already implemented under the same law: the social electricity tariff, in force since April 2026.

Still a draft, not yet in force: The actual 2027 tariff structure is meant to be set through E-Control's grid fee framework regulation (Systemnutzungsentgelte-Grundsatzverordnung, SNE-G-V). As of 28 July 2026, only a consultation draft exists, published on 30 June 2026. The public consultation period closed on 24 July 2026. Per E-Control's own timeline, the final regulation is expected by October 2026, applying from 1 January 2027. Both dates are an announcement, not a decision – the final version may differ from the points below.

One more thing matters for context: the regulation works in two stages. The SNE-G-V only sets the principles, meaning the structure of the future charges. The concrete cent and euro amounts per grid area follow later, through the annual tariff regulation (SNE-T-V), whose process starts in autumn 2026. If you are searching for exact 2027 grid fee tariffs today, you will not find them: those figures simply do not exist yet.

How would the planned capacity charge work?

Today, most of the grid fee is billed by consumption (a per-kWh charge). Under the draft, that ratio would shift significantly:

• Target split: roughly 50% consumption charge (ct/kWh) and 50% capacity charge (€/kW/year) across all grid levels, to be reached step by step over three years according to the explanatory notes.
• Two-tier capacity price at grid level 7 (the level covering ordinary household connections): a lower rate up to 10 kW of connection capacity, a higher rate above it. E-Control justifies the 10 kW threshold in the explanatory notes with analyses of real smart meter data.
• Billing basis: the highest quarter-hourly power reading your household draws in a given month – which effectively requires a smart meter. A minimum assessed capacity of 2 kW applies as the floor.
• Time-window discounts on the consumption charge: a summer discount (SNAP) has existed since 2026 (see our network costs guide 2026); the draft defines it as April to September, 10am to 4pm. The winter counterpart WiNAP (October to March, 10pm to 4am) would be new. Both are planned to apply uniformly across Austria.

In practice, under the draft, it would no longer be only how much electricity you use that shapes your grid fee, but also how concentrated your draw is. A practical illustration (source: Forum Versorgungssicherheit / Netz Niederösterreich press briefing, 17 April 2026, via ots.at): an electric car charging overnight at 5 kW over several hours uses the same amount of energy as a fast charge at 25 kW over two hours – but at a much lower peak, and would therefore come out cheaper under the draft.

What the capacity charge explicitly does not cover: home battery storage. The draft proposes a grid fee exemption for "system-relevant" large-scale storage of at least 1 MW, capped at 5 GW nationwide – far above the size of a residential battery.

Electricity grid fees Austria 2027: who pays more, who saves?

The comparison below reflects the draft's planned direction plus the worked examples E-Control presented at a specialist event on 14 July 2026 (reported by ORF Help). None of it is final yet.

Two new charges with different thresholds are also planned. The supply infrastructure contribution (Versorgungsinfrastrukturbeitrag, VIB) applies to feed-in above 20 kW of grid-relevant capacity and is capped in the draft at 0.05 ct/kWh; PV systems up to 20 kW continue to feed in free of charge. The new flat-rate grid connection fee (Netzanschlussentgelt, NAE) follows its own logic: systems above 15 kW may feed in up to 70% of their withdrawal capacity without charge, and the flat fee only applies to feed-in capacity beyond that (source: PV Austria).

On the illustrative example figures currently circulating online (including 4.53 ct/kWh for the consumption component and €33.82/kW/year for the capacity component up to 10 kW): these come from a third-party industry analysis, not from a verified official E-Control document. We deliberately do not repeat them here as confirmed figures while the official regulation is still pending.

Worked examples: electricity grid fees Austria 2027 in practice

E-Control has published concrete example calculations for the planned reform, presented on 14 July 2026 and documented by ORF Help. According to these, 75% of end customers would pay lower grid fees under the new structure. "The winner is whoever has a constant consumption pattern. Extra costs arise from peaks relative to consumption," said E-Control board member Michael Strebl (translated from German). The total grid fee revenue stays the same; it is simply distributed differently across customer groups.

Two details from the same calculations matter in practice. First, the minimum assessed capacity: E-Control sets a floor of 2 kW, so an even more frugal household would not pay less on the capacity component. Second, flexible capacity: anyone who allows the grid operator to curtail part of their connection capacity for up to eight hours per day pays only 25% of the capacity price for that part. For a wallbox or heat pump, that could become an attractive option, provided the final regulation confirms it.

And what about households with neither an EV nor a heat pump, say in a rented flat? The first two model profiles cover exactly this group: low to medium consumption, hardly any load peaks. Under the published calculations, such households are among those paying less, without changing anything.

All of these figures come from the consultation stage. They can still change before the final regulation.

What does this mean for heat pumps and EV charging?

Both device groups are the main ones affected under the draft, because both can draw high instantaneous power.

Heat pumps: on cold days, the compressor often runs at the same time as other high-draw appliances (water heating, oven, EV charger). That simultaneity is exactly what creates the peak load that would be billed more heavily. A heat pump controller paired with a buffer tank, which spreads operation out over time, would dampen this effect.

EV charging: the difference between an 11 kW wallbox overnight and a 22 kW or DC fast charge during the day could become financially more noticeable under the draft's logic. Anyone who can already shift charging into the night or into the planned WiNAP windows (October to March, 10pm to 4am) would be at an advantage under the current draft.

If you want to take load-shifting further, you can combine it with a dynamic electricity tariff, which already makes power cheaper during low-demand night hours. Our dynamic electricity tariffs guide for Austria explains who it is worth it for.

Practical tips: preparing for load-shifting now

Even without a finalised regulation, these steps are worth taking today, because they cut grid costs and your energy price regardless of how the final rules turn out:

• Use your smart meter data. Check your grid operator's online portal to see when your own usage peaks occur. That is the data basis that would become relevant under the draft. The quarter-hourly readings usually sit under "consumption" or "load profile" in the customer portal; in some cases you have to activate that view first.
• Stagger your heavy loads. Try not to run an EV charger and a heat pump at the same time as the cooker, tumble dryer or sauna – this already protects your fuse box today, and may protect your bill tomorrow.
• Cap your wallbox output where possible. Many wallboxes allow you to limit charging power. A slower but steadier charge lowers your peak reading without meaningfully extending the charging time.
• Check your heat pump's buffer tank. An adequately sized buffer allows the heat pump to cycle outside of peak-load periods.
• Optimise your energy price now. Grid fees are regulated and fixed – the energy price, by contrast, is the freely negotiable part of your electricity bill, regardless of how the 2027 regulation ultimately looks.

Grid fees are fixed and are being restructured for 2027 – the energy price, on the other hand, is the part of your bill you control directly. Check now whether a cheaper electricity provider can offset the coming increase: compare electricity tariffs at durchblicker.at (ad), free and with no obligation.

What is contested about the reform?

The draft is not politically uncontroversial. The state governors of Lower Austria and Burgenland have publicly called for a fundamental revision (source: energynewsmagazine.at, as of 24 July 2026). Their criticisms: added bureaucratic hurdles, possible investment delays, and a feared braking effect on battery storage expansion. Wiener Stadtwerke has also taken its own position on the planned structure, flagging a need to sharpen the definition of "system-relevant" storage.

What remains open includes: the exact level of the two capacity-price tiers, the final design of the NAE and VIB charges, and whether the states' criticism will still lead to changes before the final regulation is issued. We will update this article once E-Control publishes the final SNE-G-V.

A similar regulated grid fee dynamic exists for gas: those network costs also rise annually under an E-Control regulation, independent of your chosen supplier. See our gas network costs guide for Austria for details.

Frequently asked questions about electricity grid fees 2027

Has the new capacity charge for 2027 already been decided?

No. As of July 2026, only a consultation draft from E-Control exists (SNE-G-V), whose public consultation period closed on 24 July 2026. Per E-Control's timeline, the final regulation is expected by October 2026, planned to apply from 1 January 2027. Details can still change before then.

What is the difference between the ElWG and the SNE-G-V?

The ElWG (BGBl. I No. 91/2025) has already been in force since 24 December 2025 and provides the legal basis for the grid fee reform. The actual tariff mechanics – the capacity charge itself – are set by a follow-on regulation, the SNE-G-V, which as of July 2026 is still at the consultation draft stage.

Who would pay more under the new capacity charge?

According to E-Control's example calculations from July 2026, 75% of end customers would pay less. The main group paying more is households creating high load peaks, in the model case an EV household charging without load management (+21%). Small households (−31%) and the heat pump model household (−12.4%) are among those saving.

Does the capacity charge affect my home battery storage?

No. The grid fee exemption proposed in the draft applies only to large-scale storage of at least 1 megawatt, capped at 5 gigawatts nationwide. A typical residential battery sits far below that threshold and is not covered by this special rule.

What do SNAP and WiNAP mean?

SNAP and WiNAP are time-window discounts on the consumption charge proposed in the draft: SNAP for the summer months, April to September, between 10am and 4pm, and WiNAP for the winter months, October to March, between 10pm and 4am. Shifting usage into these windows is meant to earn a price advantage.

Can I avoid the new grid fees by switching electricity provider?

No. Grid fees are tied to the grid area of your address, not your electricity supplier. Switching provider only reduces the energy-price portion of your bill, not the regulated grid fee.

Why is the draft politically contested?

The state governors of Lower Austria and Burgenland are calling for a revision because they fear added hurdles, investment delays, and a braking effect on battery storage expansion (as of 24 July 2026). Whether this leads to changes in the final regulation remains open.

Where can I find the electricity grid fees currently in force for 2026?

The grid fees already in force for 2026, by federal state, based on the 2018 grid fee ordinance (2026 amendment), are summarised in our separate guide to electricity network costs by state – that is where you will find the current state-by-state table.

Conclusion

Austria's electricity grid fees are facing a fundamental structural overhaul for 2027: a move away from a pure consumption charge towards one that also accounts for peak power. The legal foundation in the ElWG is settled; the concrete design via the SNE-G-V is still open, with its consultation period having closed on 24 July 2026. E-Control's example calculations suggest three out of four households would end up paying less, while unmanaged load peaks are what get expensive. For households with an EV or heat pump, it is worth watching your own load profile now, regardless of how the regulation turns out – the energy price remains the part of the bill you can influence yourself.

As of 28 July 2026. The tariff structure described is based on E-Control's consultation draft for the SNE-G-V; the final regulation may differ. We will update this article once the definitive version is published.

Sources

• E-Control: consultation draft SNE-G-V with explanatory notes
• RIS: ElWG, Federal Law Gazette BGBl. I No. 91/2025
• Austrian Parliament: proceeding XXVIII/I/312 (ElWG)
• E-Control: system usage charges for electricity
• ORF Help: tariff reform expected to cut grid costs for three out of four households
• PV Austria: the ElWG at a glance
• OTS: capacity tariff 2027 – what changes for electricity customers (Forum Versorgungssicherheit)
• Wiener Stadtwerke: electricity grid fees – new structure from 2027