Part I — Situation overview

On the evening of Thursday 6 August 2026 the Prime Minister announced on social media that from Friday there is no need for voluntary consumption reduction: “We did it together, and we defended our country’s energy security”. The announcement came at the end of the same day on which the two-day cabinet meeting closed and the cabinet adopted an energy development programme worth 868 billion forints financed from EU funds. According to the finance minister’s statement the framework serves the modernisation of the electricity network, and this is what creates the condition for establishing new wind farms. Telex subsequently corrected its own report: it is network development that is realised from EU funds, not wind power construction itself — the difference is substantive, because the accounting and tender logic differ. As part of the package the government opens free smart meter applications to everyone, and makes installation compulsory above an annual consumption of 4,000 kilowatt hours.

The crisis has lasted six weeks, and the present day is the first on which the government acted at once on the demand side (the withdrawal of the restriction call) and on the supply side (network and wind energy). The background figures show, however, that the strain on the system has not ceased, only eased. According to Portfolio’s own estimate, because of the Paks outage the country’s daily net import bill jumped from 0.6 billion forints on 25 July to close to 4 billion forints, and between 25 July and 4 August amounted in total to some 24.9 billion forints. On 4 August the average unit price of imports was 218 euros per megawatt hour — higher than that day’s exchange daily average of 187 euros — because the country needed the most imports precisely in the most expensive hours. The five hours between 7 p.m. and 11 p.m. accounted on their own for almost half the daily cost, the early morning hours for a further 36 per cent. On the same day the Hungarian system was able to generate for export in only a single quarter of an hour out of the twenty-four. Against this, the voluntary restraint saved over eleven days roughly the market value of 1.2–1.5 billion forints of consumption — that is, the saving is of the order of five to six per cent of the import bill above.

MIAK’s reading: the lifting of the restriction may be a defensible decision, but the announcement did not contain the figure alongside which it was taken. Entering crisis mode and exiting it are acts of public power of equal weight: both intervene in the planning of households and companies. The same standard therefore belongs to both: a pre-announced, measurable threshold moved not by the rhythm of political communication but by the state of the system. The present announcement spoke the language of success, not the language of criteria, and this difference will become perceptible at the next heatwave.

Part II — Literature foundation

The decision raises two intersecting theoretical questions, and there is a usable frame for both. The central proposition of Nicholas Stern (British economist, author of the 2006 government review on the economics of climate change, the Stern Review) is the cost asymmetry of delay: the price of an adaptation investment omitted now is a multiple later, because the system meanwhile settles onto high-emission and inflexible technologies. The same author also points out that a distorted, subsidised energy price itself increases resource vulnerability — the phenomenon is exactly what the Hungarian tariff structure and the present pattern of evening peak imports display. The volume Warming the World by William Nordhaus (American economist, developer of climate-economic modelling and laureate of the 2018 Nobel memorial prize in economics) adds that scheduling is in itself an optimisable variable: from the comparison of the damage and the mitigation cost function it can be derived in figures when it is worth investing and when restricting — not by feel, but with a model. Naomi Klein (Canadian journalist and essayist, author of the shock doctrine thesis on the political exploitation of crises) gives the counterpoint: a crisis is a decision window in which the usual debate and scrutiny are easy to skip, and precisely for that reason large allocation decisions taken in the middle of a crisis require the strictest subsequent accounting. The detailed treatment of the literature — author by author, with quotations — can be found in the 6.4 Literature in detail section.

📖 Source: Nicholas Stern: The Economics of Climate Change — The Stern Review; William Nordhaus: Warming the World; Naomi Klein: On Fire — The Burning Case for a Green New Deal

Part III — MIAK’s concrete proposal

MIAK proposes three measurable measures which together make the switching on and off of crisis mode predictable.

3.1 An exit criteria protocol (announced within 30 days)

MIAK proposes that the government should fix in a decree, in the same document and with the same indicators, the entry and exit thresholds of all four restriction grades — voluntary call, industrial self-restraint, compulsory industrial restriction, household restriction. Obvious indicators: the difference between the system load peak and the available domestic generation capacity, the share of free cross-border import capacity, and the evening peak value of the next-day exchange price. Let the measurement be carried out by the system operator, let the data be published daily, and let the change of grade be approved by the Hungarian Energy and Public Utility Regulatory Authority — the decision then becomes a verifiable professional act, not a ministerial declaration of intent. At exit let the threshold be stricter than at entry (for example, let it be met on three consecutive days), so that the system does not switch back and forth. This is the operational supplement of the K7 energy market shock resilience programme point, and builds directly on the 48-hour activation logic of the G25 preparedness plan — now in the other direction too.

3.2 Prior impact assessment of the wind power tender (by the issuing, by 31 August)

Hungary undertook to advertise 700 megawatts of new wind power network connection by 31 August 2026; according to the prior market survey investor interest significantly exceeded this, so the economic development ministry plans to develop connection capability for 1,000 megawatts of capacity. Present domestic wind capacity is 330 megawatts, and the government’s aim is to increase this tenfold by 2030. MIAK asks that the accompanying prior impact assessment should appear on the same day as the tender is issued: how many megawatt hours of annual generation are expected, in what distribution across the day, how much network reinforcement it requires, and how much all this costs per megawatt. According to the plans the projects will not receive state support anyway, so the state cost appears largely on the network side. This is the joint application of the G20 impact assessment system (Drucker audit) and the G19 radical transparency to a concrete, date-bound decision. The Kleinian risk (see 6.4.2) is precisely that in a crisis the impact assessment slips into the “later” category — which is why it has to be tied to the day of issuing, not to the end of the programme.

3.3 A smart meter data framework before mass installation

Opening free applications and the compulsory installation above 4,000 kilowatt hours a year may within a few years affect the majority of households. At present there is not even agreement in public about coverage: G7, the economic section of Telex, citing 2024 data mentions 9 per cent of households, and the Hungarian summary of Euractiv 11 per cent of dwellings — the difference in itself signals that there is no official, regularly published time series. MIAK proposes that before the installation wave starts a data management framework should appear which gives a fixed answer to four questions: in what breakdown (15, 30 or 60 minutes) consumption is recorded, how long the data is retained, above what level of aggregation it may be handed over to a third party, and on what interface and at what resolution the consumer sees their own data. The last is not a formality: the smart meter’s data is today useful primarily to the supplier, and the consumer can react to the evening peak price only if they also see their own consumption. The data framework is the missing link between the K6 building energy efficiency programme and the flexibility goal of K7.

The three proposals are bound together by the same principle: a crisis does not abolish the duty of documentation, it amplifies it. Fast decision and traceable decision are not opposites — the Sternian logic of network investment is an argument for the present commitment precisely because it can be quantified, and it is quantification that will also defend the programme in the next cycle.

Part IV — Expected effects and risks

Dimension Expected effect Risk
Economy The exit threshold makes corporate production planning predictable; publishing the pattern of evening peak imports improves procurement decisions A too strict exit threshold would maintain self-restraint unnecessarily, which itself causes lost output
Society A meter installed en masse without a smart meter data framework is a trust risk; the framework forestalls this The granularity of consumption data may raise data protection concerns if the rule later relaxes the strictness
Public administration Separating system operator measurement from authority approval makes the change of grade verifiable Involving two institutions may slow the reaction if the protocol does not contain a short deadline

The main question to be weighed is strung between speed and predictability. During a heatwave the system operator has to react within hours, and a round of authority approval takes time. The solution is not to omit the control but to build in a deadline. The grade takes effect immediately on the basis of the system operator’s measurement, and the authority approves or revokes it afterwards, within 72 hours. Reaction time is thus preserved, yet accountability still prevails. The proposal tips over to the risk side if the threshold figures become the object of political bargaining: if the exit level is adjusted to the communication calendar, the protocol destroys exactly the trust it should create. This is why the indicators have to be built on the system operator’s raw data, and the daily values published independently of the decision.

Part V — Measurability and summary

5.1 What is worth tracking? (proposed KPIs)

Four proposed performance indicators (KPIs, Key Performance Indicators) from which, in 6 to 24 months, it will be visible whether the direction was right:

  • Announcement of the exit threshold: whether the entry and exit numerical values of all four grades appeared in legislation by autumn 2026. A binary indicator; it requires not an explanation but a document.
  • Import share of the evening peak: the share of the hours between 7 p.m. and 11 p.m. in the annual net import bill. Let the value of 4 August 2026 (almost half the daily cost in five hours) be the basis of comparison; it is worth tracking whether it falls with the entry of storage and demand-side flexibility.
  • Wind power network connection: the capacity actually advertised by 31 August 2026 in megawatts, compared with the 700 undertaken and the 1,000 planned, and then with the 3,000–4,000 megawatt path for 2030.
  • Smart meter coverage in a single official time series: instead of the present 9 and 11 per cent estimates differing by source, one official figure published quarterly.

5.2 Summary

MIAK’s message in a single sentence: exiting a crisis is also a decision, and a decision requires a figure. Concretely, it asks the government to announce the entry and exit thresholds of the restriction grades within 30 days, and to publish the prior impact assessment of the wind power tender on the day it is issued — both are steps that do not slow crisis management yet make it verifiable. And it asks the public to look, at announcements, not for the tone but for the indicator standing behind it.

Two MIAK foundational values are in play in this matter. Data-drivenness, because the present decision — the withdrawal of the call — was taken without a publicly communicated indicator, while the system operator data that could be relied on is available daily; without publishing the indicator the professional and the political justification cannot be distinguished. And accountability, because in the case of an 868 billion forint programme the prior fixing of output figures is the only way for anyone in two years’ time — even a government of a different composition — to be able to hold delivery to account substantively. Neither foundational value disputes the direction of the decision: what they dispute is the frame in which the decision becomes verifiable.

Part VI — Justifications and further sources

6.1 The press framing by spectrum

The left-liberal band highlighted the political framing of the announcement: both Telex and 444.hu opened with a verbatim quotation of the Prime Minister’s social media statement (“We did it together”), and Telex also published a separate subsequent correction to the effect that the EU funding relates to the network and not to the wind farm — a sign of editorial precision within the band. HVG chose the international optic: taking over Euractiv’s analysis, it highlighted the structural claim that Hungary is the only member state where households pay considerably less for electricity than industrial companies, and gave voice to Zsuzsanna Pató, senior adviser of the professional workshop Regulatory Assistance Project, who considers the Paks outage a key moment from the point of view of tariff structure.

The economic band went furthest in the figures. Portfolio put not the announcement but the import bill at the centre, and published its own estimate of the hourly breakdown of cost distribution — this is the content that gives the empirical basis of Parts IV and V of the present analysis. G7 ran two separate threads: the data protection and system management aspect of the smart meter announcement, and the effect of the Paks outage on gross domestic product (GDP), quoting in the latter case the estimate of MBH, according to which the persistence of the situation carries a negative effect of 0.1 per cent per week on annual GDP.

The conservative band looked for the internal contradictions of the announcement. Mandiner carried András Kármán’s statement on the wind farms, and in a separate interview quoted Péter Ákos Bod on the timeliness of phasing out the utility price cut; Magyar Nemzet focused on the implementation gap of the programme, raising the point that nothing was said about the earlier applicants of the home energy storage programme. This framing — what happens to the old programme alongside a new package — poses a substantive question, independently of political intent, and is exactly the kind of continuity problem to which the impact assessment proposed under point 3.2 would give an answer. ATV carried the responsibility debate further, with the Prime Minister’s claim that there was information about the vulnerability of the system as early as 2022.

6.2 Facts and data

Indicator Value Source and date
Framework of the energy development programme HUF 868 billion Portfolio, 7 August 2026
Daily net import bill (peak) ~HUF 3.95 billion Portfolio own estimate, 4 August 2026
Daily net import bill (starting point) ~HUF 0.6 billion Portfolio own estimate, 25 July 2026
Cumulative net import bill ~HUF 24.9 billion (~EUR 69 million) Portfolio, 25 July – 4 August 2026
Unit price of imports vs. exchange average 218 vs. 187 EUR/MWh Portfolio, 4 August 2026
Intraday price swing 80 EUR/MWh in the early afternoon, 439 EUR/MWh by the evening Portfolio, 4 August 2026
Evening (7–11 p.m.) share of the daily cost almost half the daily item Portfolio, 4 August 2026
Saving from the voluntary restraint HUF 1.2–1.5 billion (11 days) Portfolio, measured against MAVIR plan and next-day data
Government cost estimate of the Paks outage HUF 50 billion Telex (G7), 6 August 2026
Additional expenditure according to the EU estimate EUR 275–550 million Euractiv in the HVG summary, 7 August 2026
Present domestic wind capacity 330 MW Telex, 6 August 2026
Wind power connection to be advertised 700 MW undertaking, 1,000 MW plan (by 31 August 2026) Telex, 6 August 2026
Smart meter coverage 9% (2024 data) / 11% Telex (G7) / Euractiv in HVG
Compulsory smart meter threshold above 4,000 kWh a year Telex (G7), 6 August 2026

Two rows of the table deserve separate attention. The ratio between the saving from the voluntary restraint and the cumulative import bill (of the order of five to six per cent) shows that household and corporate self-restraint was primarily a system security and not a budgetary instrument: it is suitable for smoothing the peaks, not for substantially reducing the bill. This is in itself an argument for the lifting — but precisely for that reason the decision could have been justified with this figure. And the two values for smart meter coverage, differing from each other by two percentage points, signal that the programme now starting, worth several hundred billion, has no unambiguous baseline; without one the effectiveness of the programme cannot be measured afterwards either.

6.3 Policy dimensions

  • Environment and climate (programme points) — network development and the expansion of wind capacity are the core of the scheduling of the energy transition (programme point ID: K2), and the restriction protocol is the operational layer of shock resilience (programme point ID: K7);
  • Economy (programme points) — the 868 billion framework is above the threshold of the impact assessment obligation (programme point ID: G20), and the publication of the decision documentation is a separate requirement (programme point ID: G19); the involvement of the domestic manufacturing chain in the wind projects is the industrial policy aspect (programme point ID: G9);
  • Digitalisation and AI regulation (background material) — the management of the smart meter data assets, the data protection framework of consumption profiles and the question of consumer access;
  • Construction (background material) — the energy modernisation of the building stock, which is the durable, non-behaviour-dependent part of demand-side flexibility.

6.4 Literature in detail

6.4.1 Nicholas Stern: The Economics of Climate Change — The Stern Review

The backbone of Stern’s argument is that in climate policy delay is not neutral: because of the lag the system becomes stuck in long-lived, high-emission technologies, and the correction needed later is more drastic. In the Review’s formulation the burden accumulating during delay “commits the world to greater future impacts or higher costs of sharper emission cuts”, and this cost of delay is a key element of the argument for urgent action. At the same time the volume also makes a second observation, fitting the present Hungarian situation more directly: inadequate water pricing and a subsidised electricity tariff that encourages excessive use themselves increase vulnerability to climate change. In the Hungarian case this means that a household price which is largely unchanged towards the consumer, while a market price of 439 euros per megawatt hour is paid in the evening peak, is not only a budgetary item: it also switches off the demand-side reaction. In the Sternian logic network investment is not a simple expenditure but a reduction of the cost of delay — but only if the tariff structure and the measurement follow it.

📖 Source: Nicholas Stern: The Economics of Climate Change — The Stern Review

6.4.2 Naomi Klein: On Fire — The Burning Case for a Green New Deal

With the concept of the shock doctrine Klein describes how crises — real and exaggerated alike — regularly serve to carry through decisions for which there would be no political cover in normal times. In the author’s own summary in the volume the phenomenon is “the exploitation of wrenching crises to smuggle through policies that devour the public sphere and further enrich a small elite”, and she warns separately that it must be reckoned with during the climate crisis too. MIAK uses Klein critically: the thesis is not good for making a decision taken in a crisis suspect in advance, but for showing what is missing. In the case of the 868 billion programme now adopted, the problem is not that it was born in a crisis — the network bottleneck is real, the low level of wind capacity is a fact — but that in the density of the crisis the usual step of scrutiny, the prior impact assessment, was omitted. Klein’s reading therefore speaks not against the programme but for the impact assessment proposed under point 3.2.

📖 Source: Naomi Klein: On Fire — The Burning Case for a Green New Deal

6.4.3 William Nordhaus: Warming the World

Nordhaus’s family of models (DICE and RICE) puts into figures the question which the Hungarian debate at present handles intuitively: how much and when it is worth investing, or restricting. The model ties the damage function to the change in global average temperature, and derives the optimal path of emissions from where the marginal cost of mitigation meets the marginal value of the damage. The methodological lesson of the volume for the Hungarian situation is not the global carbon price but the procedure: if there is a calibrated model, then the question “when should we exit crisis mode” is not a political hunch but the result of a parameterised calculation. This logic is the direct basis of MIAK’s K9 programme point — the domestic integrated climate-economic model — and the present day showed exactly why it is missing: no public, quantified derivation was available for the exit decision.

📖 Source: William Nordhaus: Warming the World

6.5 International comparison

According to Euractiv’s analysis Hungary is the only EU member state where households pay considerably less for electricity than industrial consumers — this structure is unique in Europe, and the present crisis made its system management cost visible for the first time. According to the analysis the tariff structure took shape in the twentieth century, when the network supplied users from a single large, stable source; today, however, solar energy gives almost a third of the available electricity, and the consumption profile varies strongly from household to household. In smart meter coverage European states of similar size are significantly ahead.

The side of regional solidarity is also instructive. According to Euractiv’s data the region’s most significant additional source of electricity in the last week of the previous month was, after Poland, Ukraine, which however may export at most 900 megawatts, and whose lines are targets of war. Artur Lorkowski, head of the Energy Community, put it to Euractiv: the contract is worth little in itself if the line is being bombed. This sentence is the most precise summary of the vulnerability of the Hungarian import strategy, and at the same time an argument that domestic demand-side flexibility — storage and control built on the smart meter — should be not a supplementary but a primary instrument.

Environment and climate

  • K2 — Energy transition plan
  • K6 — Building energy efficiency programme
  • K7 — Energy market shock resilience
  • K9 — Domestic integrated climate-economic model (DICE-HUNGARY)

Economy

  • G9 — Strategic industrial policy
  • G19 — Radical transparency in economic decision-making
  • G20 — Economic policy impact assessment system (Drucker audit)
  • G25 — Energy price shock preparedness plan

Proposed new programme point: A crisis mode entry and exit protocol — for the Environment and climate area, as the operational supplement of K7, with the separation of the measuring responsible actor and the approving authority.

6.7 List of sources

Press sources (MIAK press monitor, 7 August 2026 — topic 1):

Knowledge-base references (books):

  • 📖 Nicholas Stern: The Economics of Climate Change — The Stern Review
  • 📖 Naomi Klein: On Fire — The Burning Case for a Green New Deal
  • 📖 William Nordhaus: Warming the World

Note: the local file path of the books does NOT appear in the visible text of the blog — only the author and the title. The file path is an internal matter of the generation process, not the reader’s.

MIAK internal materials:

  • MIAK policy area: Environment and climate (programme points; programme point ID: K7)
  • MIAK policy area: Economy (programme points; programme point ID: G20)
  • MIAK policy area: Digitalisation and AI regulation (background material)
  • MIAK policy area: Construction (background material)
  • MIAK press monitor, 7 August 2026 — topic 1, score: 97/100

Additional public data sources (where used):

  • MAVIR system load and import/export time series; MEKH decisions register; ENTSO-E Transparency Platform; Eurostat energy price statistics

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