Energy label: costs, applying and improving in 2026
By Laurens Arends · updated 05-10-2026
All about the energy label for your home
An energy label shows how energy-efficient a home or product is under standardised conditions. It makes homes and appliances easier to compare with each other, but does not predict exactly how much energy you will use. You have to apply for an energy label for your home yourself.
With new builds, however, the builder can do this. You can improve the energy label in various ways, with both structural and installation-related measures. A better energy performance can increase the sale value, but the increase in value differs per home and is not guaranteed.
Energy label for the home
The energy label for homes runs from A++++ to G inclusive. A home with energy label A or higher has a relatively low calculated primary fossil energy use. Energy label G stands for a very high calculated primary fossil energy use
Since 2021, the label has been determined using the NTA 8800 method. A qualified energy adviser inspects the home for this. Among other things, the adviser looks at:
The dimensions and the usable floor area;
De insulation of roof, facade, floor and windows;
Airtightness and ventilation;
The installation for heating and hot water;
Any cooling;
Solar panels, solar water heaters and other building-related energy provisions.
The energy label is based on the calculated primary fossil energy use per square metre per year. The actual gas and electricity usage of the occupants therefore does not determine the class. A green energy contract does not change the energy label either. Such a contract belongs to the occupant and not to the building. The calculation only looks at features and installations that are permanently connected to the home. According to RVO the calculation uses an average number of occupants, average usage and an average Dutch climate.
Since 29 May 2026, the energy label has had a new design. The label classes A++++ to G inclusive stayed the same, but the determination of the energy performance has been adjusted on a number of points. For example, energy storage and building automation can now count, among other things. Emission-free new-build homes built from 2026 can also receive the A0 indicator. On the new label, the energy performance, the quality of the parts of the home and possible improvements are more clearly visible.
What is on the energy label since May 2026?
In addition to the letter class, the new energy label also states the calculated primary fossil energy use in kWh per square metre per year. The lower this number, the more energy-efficient the home is according to the calculation.
Among other things, you will also see:
The type of home, the year of construction and the usable floor area;
The quality of roof, wall, floor and window insulation;
The heat loss in winter;
The fixed installations for heating and hot water;
The ventilation system and any cooling system;
Solar panels and other renewable energy;
The calculated share of renewable energy;
The suitability for a switch to gas-free heating;
Possible measures to improve the energy label.
Since 29 May 2026, a permanently connected home battery of at least 5 kWh in combination with solar panels can count in the label calculation. According to Vereniging Eigen Huis, the positive effect is usually small and the battery does not usually lead to a different label class. A plug-in battery does not count.
Energy label for buyers
When a home is sold, a valid energy label must be present. In addition, the label class must be stated in commercial advertisements. The seller hands over the full label document at the transfer. See the label as a standardised technical summary. Do not use it as a prediction of your future energy bill. When buying, ask for the supporting evidence on which the adviser based the insulation values.
Energy label for tenants and landlords
When letting to a new tenant, the landlord must provide a valid energy label. According to RVO, since 29 May 2026 the obligation also applies when a tenancy agreement is extended or renewed. The energy label counts in the housing valuation system. According to the policy manual of the Huurcommissie, favourable labels earn points, while labels E, F and G lead to a deduction of points.
As a result, the label can affect the maximum reasonable rent. A valid simplified label from the period 2015 to 2020 inclusive may still be usable on transfer, but does not count as energy performance for the housing valuation system. For that, a valid Energie-Indexrapport (Energy Index report) or a label registered according to NTA 8800 from 2021 onwards is required.
Different types of energy labels for homes
The label class follows from the calculated primary fossil energy use:
| Energy label | Primary fossil energy use |
|---|---|
| A++++ | 0 kWh/m² per year or lower |
| A+++ | More than 0 up to and including 50 kWh/m² |
| A++ | More than 50 up to and including 75 kWh/m² |
| A+ | More than 75 up to and including 105 kWh/m² |
| A | More than 105 up to and including 160 kWh/m² |
| B | More than 160 up to and including 190 kWh/m² |
| C | More than 190 up to and including 250 kWh/m² |
| D | More than 250 up to and including 290 kWh/m² |
| E | More than 290 up to and including 335 kWh/m² |
| F | More than 335 up to and including 380 kWh/m² |
| G | More than 380 kWh/m² per year |
Source: RVO's label limits based on NTA 8800. This concerns calculated primary fossil energy use and not the measured usage on the energy bill.
The label class is the result of the full calculation. You therefore cannot tell from the letter alone which insulation or installation is present. Two homes with energy label C can have very different strengths and weaknesses. The cost of improving the energy label can also vary greatly. That is why it is important to always study the energy label in detail.
The additional designation A0 is not a separate label class within this table. The indicator is intended for emission-free new-build homes built from 2026 that meet four additional conditions.
Energy label A
Energy label A stands for a home with a relatively low fossil energy demand. Within this category there are also A+, A++, A+++ and A++++. A very efficient home with sufficient building-related renewable generation can reach A++++.
An A label does not mean that the energy bill is automatically low. The number of occupants, the indoor temperature, electrical appliances, an electric car and the size of the home continue to influence actual usage.
Energy label B
According to the calculation, a home with energy label B has a limited fossil energy demand. Yet there may still be points for improvement, such as moderate floor insulation, older glass or a less efficient heating installation. The extended label shows which parts of the home perform well, reasonably or poorly. Where they perform poorly, there is potential to improve the energy label.
Energy label C
Energy label C is in the middle part of the scale. The home may be partly insulated, but still have, for example, mediocre glass, an uninsulated floor or an older heating installation. There are often many affordable ways to improve the energy label. Which measure has the most effect differs per home. The energy label contains recommendations, but gives no guarantee that one measure will automatically lead to energy label B or A.
Energy label D
With energy label D, the calculated fossil energy demand is clearly higher than with classes A to C inclusive. Several improvements are often possible. Start with the parts that lose a lot of heat. Think of the roof, walls, floor, windows and unwanted air leaks. Always maintain sufficient ventilation while doing so.
Energy label E
A home with energy label E has a high calculated fossil energy demand. Small measures can improve comfort, but a big jump in label usually requires structural and installation-related interventions. Have it calculated in advance which combination has the most effect. Installing solar panels alone is not enough to compensate for poor insulation or an inefficient installation.
Energy label F
Energy label F indicates a very high calculated fossil energy demand. The home often has several weak parts. The exact situation is set out in the extended label report, but you would do well to invest in insulation and improve the energy label. A logical approach is to limit the heat demand first. After that you can assess which heating installation suits the improved home.
Energy label G
Energy label G is the lowest class. The calculated primary fossil energy use is more than 380 kWh per square metre per year. That does not mean that every occupant automatically uses an extreme amount of energy. Someone who heats few rooms can have a low bill. However, under standardised conditions the home itself still requires a lot of energy. Improving the energy label is advisable.
Applying for an energy label: how it works
You apply for an energy label from a certified company with a qualified EP adviser. The adviser visits the home, records its features, carries out the calculation and registers the energy label in EP-online.
First check via Energielabel.nl whether the home already has a valid label. As the owner, you can download the full document via MijnOverheid. An energy label remains valid for ten years. A change in the design or calculation method does not automatically make a previously issued label invalid. The end date on the registered label remains decisive.
You can search for a certified company via the Centraal Register Techniek. Preferably request several quotes. Energy advisers are free to set their own rates. Check whether the price covers the home inspection, calculation, registration and delivery of the full label document. Also ask what happens if the adviser takes longer than expected or has to assess additional supporting evidence.
The adviser can only take into account what is visible or what can be demonstrated with valid evidence. If evidence of insulation is missing, the adviser sometimes has to use a cautious default value based on the year of construction.
So have the following documents ready:
Building drawings and floor plans;
Invoices for insulation work;
Photos showing the insulation material and its thickness;
Product information and quality declarations;
Documentation for the central heating boiler, heat pump, solar water heater and ventilation;
Information about solar panels;
Codes and markings in the spacers of insulating glass.
According to RVO, a home inspection takes on average about one and a half to two hours. A large or complex home may need more time. The adviser must be able to access, among other things, the heating installation, meter cupboard, attic and the insulation constructions. So make sure these places are accessible. After the inspection, the adviser processes the data in the official calculation software.
After registration you can download the energy label via MijnOverheid. Check the address details, features of the home, installations and stated insulation. If you see a clear error, first contact the company that drew up the label. A difference of opinion on the content does not automatically mean the calculation is wrong, but input errors and missed evidence, for example, can be grounds for a correction.
Checklist for applying for an energy label
Before the appointment, check whether:
The quote and work are clearly described;
All rooms are accessible;
Building drawings are ready;
Invoices and photos of renovations are available;
Product information for installations is present;
The solar panel data is complete;
You have collected your questions about unknown or hidden constructions.
Cash payment is not necessary. Always ask for an invoice and keep the label report with the supporting evidence used.
Applying for an energy label: costs in 2026
According to our 2026 price survey, the costs of an energy label for an average home are around € 300 to € 450. RVO does not set a fixed rate: the energy adviser sets their own price. What an energy label will cost you depends on, among other things:
The type of home and the floor area;
The complexity of the construction;
The number of extensions and different roof shapes;
The accessibility of constructions and installations;
The availability of building drawings and supporting evidence;
The travel time and the pricing structure of the advisory firm.
An apartment can often be inspected more quickly than a large detached home, which means that the costs for this energy label will generally also be lower. Experience shows that prices can sometimes vary greatly. So always request several quotes and compare the same work.
Validity of the energy label
Applying for a new energy label is not necessary if you still have a valid energy label. A registered energy label in principle remains valid for ten years. With certain like-for-like changes, such as replacing glass or a central heating boiler, and with some geometric changes, a home can be relabelled without a new building inspection.
However, sufficient evidence is required for this. With other major renovations, a new home inspection is usually needed. In addition, since 29 May 2026 an energy label must be applied for in the case of a major renovation affecting 25% or more of the volume of the home.
Improving the energy label: which measures count?
You can improve the energy label by lowering the calculated primary fossil energy use. Insulation, draught-proofing, efficient installations and building-related renewable energy can count, but the effect of the investment depends on the home as a whole.
Start with the recommendations on the label
The energy label lists the possible improvements. These are general recommendations and not yet complete implementation advice. For a major renovation, therefore, have a customised calculation made. An adviser can calculate different packages in advance. That way you can see whether a combination is likely to lead to a higher label class. Without a calculation, you cannot guarantee that a single measure will deliver a full label step.
Insulating the roof, walls, floor and windows
In a poorly insulated home, the first gains usually lie in limiting heat loss. Possible measures are:
Roof or attic floor insulation;
Cavity wall, internal wall or external wall insulation;
Floor insulation;
HR++ glass or triple glazing;
Sealing unwanted gaps.
The calculation looks at the surface area, insulation value and connection of the part of the home. Never simply seal ventilation openings to achieve a better result. Controlled ventilation is necessary to remove moisture and polluted air. An economical ventilation system with demand control or heat recovery can actually contribute positively to the energy label and living comfort.
Improving the heating installation
After insulating, you can assess which heating installation is suitable. An efficient central heating boiler can score better than an old installation, depending on the type, the efficiency and the other characteristics of the heating system. A hybrid or fully electric heat pump can lower the calculated fossil energy use even further.
The result depends on the heat emission system, the insulation, the efficiency and the energy carrier used. An electric resistance heater, for example, is natural gas-free, but uses a lot of electricity and therefore does not automatically result in a good energy label.
Solar panels and solar water heaters
Solar panels lower the calculated fossil energy use because they produce building-related renewable electricity. The effect depends on the number of panels, the capacity, the orientation, the tilt angle and any shading. In a small home, the same installation can count relatively more heavily than in a large home. A solar water heater can also count because it supplies renewable heat for hot water and sometimes heating. The adviser needs the correct product and installation data for this.
Keep proof of every improvement
During insulation work, take photos showing the material, the thickness and the location. Keep invoices, product sheets and quality declarations. Once a lining wall, floor or roof finish has been closed, an adviser can no longer inspect the insulation material. Without convincing proof, a less favourable default value may be applied. Good documentation can therefore make a difference for a subsequent energy label.
How reliable is an energy label?
The energy label is useful for comparing the structural and technical installation energy performance of homes using a single method. It is less suitable for predicting the actual energy consumption or the exact savings of a household.
The energy label does not predict the energy bill
The calculation is based on standardised behaviour, an average climate and fixed usage patterns. It is therefore not possible to predict how much energy your household will use and how high the energy bill will actually be. Actual consumption depends on, among other things:
The number of occupants;
The temperature setting;
The number of heated rooms;
Showering habits and hot water use;
Working from home and presence;
The weather;
The electrical appliances used and an electric car.
Electricity for individual household appliances does not count in the home label. As a result, a very economical home can still have a high electricity bill. The CBS does find clear differences in energy supply between label classes on average. However, those averages do not say what one specific household will use.
Research shows a gap between theory and practice
A Dutch study by Majcen, Itard and Visscher among roughly 200.000 homes found that homes with poor labels used less energy on average than calculated at the time. Energy-efficient homes, on the other hand, used more than the theoretical expectation. The study appeared in 2013 and concerned the old label method. The results therefore do not prove that the current NTA 8800 has the same deviations, but they do show why a theoretical label is not a bill prediction. Use an energy label mainly as an indication.
Occupant behaviour can cancel out part of the technical savings. In a study among 563.000 Dutch households, Aydin, Kok and Brounen (2017) found a so-called rebound effect of 26,7% among owner-occupiers and 41,3% among tenants. After improving energy efficiency, part of the potential savings was therefore used for extra comfort.
That may also explain the figures from the study by Majcen and others: people in a poorly insulated home adjust their behaviour to lower the energy bill, while people in a well-insulated home opt for living comfort.
The home survey remains human work
An adviser has to establish and interpret many characteristics. Good proof and an accurate survey are therefore important. In a small mirror study from 2022, RVO and the Ministry of BZK had four homes surveyed by several advisers. Different label classes resulted for three of the homes. None of the eleven surveys examined was completely error-free. The study cites time pressure, missing proof and different interpretations as possible causes.
Because of the very small sample, you cannot apply this outcome to all energy labels or advisers. The study does show that survey, interpretation and input errors can occur in individual files. Therefore check the label document and report factual errors promptly to the advisory firm. Especially with a score close to a label boundary, an incorrect surface area, a missed insulation layer or an incorrectly entered installation can affect the letter.
The label has substantive limits
The label assesses the energy performance of the building, not all the consequences for the environment and health. Wood and pellets, for example, have no local fossil CO₂ emissions on the label, because wood is treated as a biogenic fuel. That does not mean that burning wood does not cause CO₂, particulate matter or other air pollution.
The origin of purchased electricity is also processed in a standardised way. A personal contract for green electricity therefore does not change the home's class. Such choices can, however, affect your personal carbon footprint.
Benefits of the energy label for homes
Despite the many limitations of the energy label, it certainly does have added value. The energy label gives buyers, tenants, owners and landlords a standardised overview of the energy quality of a home. It shows where heat is lost and which fixed installations are present. The label therefore has an information function and is consequently mandatory for:
Completion of a new home;
Sale;
New letting;
Sale or letting of a holiday home;
Sale or letting of a listed monument;
Certain major renovations from 29 May 2026;
Extension or renewal of a tenancy agreement from 29 May 2026.
Not every building needs a label. According to the Rijksoverheid exceptions apply to, among others, detached buildings up to 50 m², temporary buildings used for a maximum of two years and buildings without energy use for climate control. Certain holiday homes, religious buildings and agricultural or industrial storage spaces may also be exempt.
Cost of improving the energy label
There is no fixed price for one step up. The energy label follows from the calculated amount of fossil energy per square metre. As a result, one measure can be enough to pass a boundary, while the same measure in another home does not lead to a new label letter. Therefore, before a major renovation, have it calculated which combination of measures is likely to deliver the desired label step for your home.
Solar panels and a heat pump can greatly lower the calculated fossil energy use. Nevertheless, it is usually sensible to limit heat loss first. A heat pump works more efficiently in a well-insulated home and can then often be smaller. If the central heating boiler is due for replacement, also compare a new boiler with a hybrid or fully electric heat pump. Do not replace a well-functioning boiler solely to gain one label letter.
Worked example: a terraced house from 1961
For a concrete scenario, we use a study that Brainbay carried out in 2025 for Nationale Hypotheek Garantie. The example home is a terraced house from 1961 with 106 m² of living space, double glazing, a central heating boiler from 2012 and energy label D. Brainbay calculated two routes:
Roof, cavity wall and floor insulation are expected to bring the home from energy label D to B.
The same insulation, supplemented with twelve solar panels and replacement of the central heating boiler, brings the home to energy label A in the model.
The Brainbay report consulted gives May 2025 as the reference date of the modelled home values, but does not state a separate reference month for the costs. For this indicative update, we also take May 2025 as the starting point for the costs and index them with the consumer price index of CBS.
We index the modelled value increase with the national price index for existing owner-occupied homes from May 2025 to July 2026. The subsidy is based on the average subsidy examples from Milieu Centraal for roof, floor and cavity wall insulation.
| Insulation only | Insulation and installations | |
|---|---|---|
| Expected label step | D to B | D to A |
| Gross investment, 2026 price level | Approx. € 9.000 | Approx. € 15.900 |
| Indicative ISDE for the three insulation measures | Approx. € 2.620 | Approx. € 2.620 |
| Costs of a new energy label | Approx. € 300 | Approx. € 300 |
| Your own contribution after subsidy | Approx. € 6.700 | Approx. € 13.600 |
| Modelled additional home value, July 2026 price level | Approx. € 17.900 | Approx. € 24.300 |
In this example, the value increase appears larger than the amount you pay yourself. Financing interest, finishing, necessary repairs, ventilation adjustments and local price differences are not included in the calculation. Moreover, the expected label steps come from the calculation model that applied in 2025. An energy adviser must use the current 2026 method to determine whether the home actually reaches label B or A.
How much home value does a better energy label deliver?
The Brainbay and NHG study covered 15.000 recently sold ground-level homes with energy label B to G and a value up to the then NHG limit of € 450.000. With full insulation, the average investment in 2025 was € 9.400 and the calculated value increase € 16.900.
For 85% of the homes calculated, the modelled value increase was at least as large as the investment. For insulation plus installation improvements, the average investment was € 14.900 and the value increase € 23.700. In that scenario, at least the full investment was recouped in the model value for 88% of the homes.
Homes with a poor or average starting label in particular had a lot of room for improvement. For homes with label D, the modelled value increase from insulation averaged 227% of the investment. A small measure, on the other hand, did not always deliver a higher model value. If the calculated energy performance stayed within the same label class, the value in the model sometimes did not change.
Other research also supports the idea that buyers factor energy efficiency into the price. In a peer-reviewed Dutch study from 2020, Aydin, Brounen and Kok found that a 10% improvement in energy efficiency was associated with roughly 2,2% more home value. The researchers checked this using, among other things, repeat sales of the same homes.
The study did, however, use older market data. These studies indicate that better energy performance is often partly or fully reflected in the home value. However, they do not guarantee that the sustainability costs will be fully recouped for every home.
Energy label for appliances
The above was about the energy label of a home. It gives a standardised impression of the energy performance, but does not determine how high your energy bill actually is. Household appliances also have a European energy label and affect your electricity consumption. This label helps you compare the standardised energy and water consumption of similar products.
Since 1 March 2021, the A to G scale has applied to fridges, dishwashers, washing machines, washer-dryers and displays. Light sources followed on 1 September 2021. Tumble dryers received a new A-G label on 1 July 2025. Since 20 June 2025, new smartphones and tablets have also had a European energy label.
Not every product group has been rescaled yet. For ovens, heating appliances and certain air conditioners, you may still come across labels with plus classes.
What does an appliance's energy label say?
The letter class is a summary. The absolute consumption is often more important. A very large fridge with label A can use more electricity per year than a much smaller fridge with label C. The QR code takes you to the European EPREL database. There you will find the official product information that the supplier has registered.
The manufacturer or importer is responsible for the accuracy of that data. In the Netherlands, the Nederlandse Voedsel- en Warenautoriteit supervises this. In 2020, the European Court of Auditors concluded that energy labelling measures contribute effectively to energy savings.
Energy label for washing machines
The energy label for washing machines states, among other things:
The energy class A to G;
The electricity consumption per 100 wash cycles;
The water consumption per cycle;
The capacity in kilograms;
The programme duration;
The spin-drying efficiency;
The noise level.
The measurement is based on the Eco 40-60 programme. If you mostly use short, intensive or very hot programmes, actual consumption may be higher. You can estimate annual consumption by dividing the number of washes per year by one hundred and multiplying by the kWh value on the label.
Energy label for washer-dryers
A washer-dryer shows separate information for washing only and for the full cycle of washing and drying. Pay close attention to which value you are comparing. The full programme generally uses considerably more electricity and water than washing only. Therefore do not compare only the letter class, but also the consumption per hundred full cycles.
Energy label for tumble dryers
Since July 2025, new tumble dryers have used the A to G scale. The label states the energy consumption per hundred drying cycles, the capacity, programme duration, condensation efficiency and noise emission. An old A+++ label and a new A-G label are not directly comparable. Look at the consumption in kWh and check which label system has been used.
Energy label for dishwashers
The energy label for dishwashers is based on the eco programme. It states:
The electricity consumption per hundred cycles;
The water consumption per cycle;
The number of standard place settings;
The programme duration;
The noise level and the noise class.
The test is carried out with different types of tableware.
Energy label for fridges and freezers
For fridges and freezers, the estimated electricity consumption per year is shown on the label. You can also see the capacity of the fridge and freezer compartments and the noise level.
Actual consumption depends on the ambient temperature, temperature setting, ventilation space, ice build-up and how often you open the door. Compare appliances with a similar capacity and function.
Energy label for air conditioners
Not all air conditioners use the new A-G scale yet. The label states, among other things, the rated capacity, seasonal efficiency, energy use and noise level. Do not compare a mobile monobloc air conditioner with a fixed split system on letter class alone. The construction and test conditions differ. Also look at the calculated annual consumption, the cooling capacity and the seasonal efficiency.
Energy label for lamps
Since 1 September 2021, light sources have had a label from A to G. The label states the electricity consumption per thousand hours of use. A modern LED lamp can have label C, D, E or F and still be much more economical than an old halogen lamp. The European scale has deliberately been made strict to leave room for future improvement. First compare the light output in lumens and then the electricity consumption. Two lamps are only truly comparable if they give roughly the same amount of light.
Energy label for television and computer screens
The label for displays states the consumption per thousand hours with a standard picture, i.e. SDR. For televisions, the consumption with HDR display may also be stated. You can also see the screen size and resolution. A larger screen generally uses more energy. Therefore do not compare only the letter, but also the absolute kWh consumption and the screen diagonal. Actual consumption also depends on brightness, picture mode and duration of use.
Energy label for smartphones and tablets
Since 20 June 2025, new smartphones and tablets have had a European A-G label. In addition to energy efficiency, the label states, among other things:
The usage time per battery charge;
The number of charge cycles after which a minimum capacity remains;
Drop resistance;
Repairability;
Protection against dust and water.
So this is not just about electricity consumption. A device that lasts longer and is easier to repair can be a more favourable choice over its full lifespan.
Energy label for tyres
Since May 2021, the European tyre label has used classes A to E for rolling resistance and grip on a wet road surface. External rolling noise is shown in decibels and in noise class A to C. Some tyres also have a symbol for grip on snow or ice. Rolling resistance affects fuel or electricity consumption, but the label does not say everything about a tyre. Dry grip, wear, lifespan and handling are not fully shown on the label. Via the QR code, you can check the registered data in EPREL.
Energy label for cars
New passenger cars have a Dutch energy label from A to G. In the system that applies in 2026, the label letter is based on the official tailpipe CO₂ emissions, compared with cars of roughly the same size. For fully electric cars, those emissions are zero. The letter is therefore not a good measure of absolute energy consumption.
Therefore also compare the WLTP fuel or electricity consumption per 100 kilometres. From 1 January 2027, electricity consumption will become a mandatory information field on the Dutch car label. BPM, the benefit-in-kind addition and motor vehicle tax follow separate tax rules and are not directly determined by the label letter.
The official values come from standardised WLTP tests. These are useful for comparing cars, but actual consumption depends on speed, temperature, load, tyres, driving style and use of heating or air conditioning. In 2025, TNO reported on Dutch real-world data from 2024 that actual consumption differs from the WLTP values. For electric cars, according to TNO, the average difference rose from 13% in 2020 to 22% in 2024. For petrol and diesel cars, the difference also increased again from 2022.
Frequently asked questions about the energy label
When is an energy label mandatory?
A valid energy label is mandatory for, among other things, completion, sale and new letting. Since 29 May 2026, the obligation also applies to the sale and letting of listed monuments, certain major renovations and the extension of a tenancy agreement. There are exceptions for a few special building types.
What does an energy label cost?
According to our 2026 price survey, an energy label for an average home costs roughly € 300 to € 450. The price depends on the home, available documents, travel time and the adviser's rate. RVO does not prescribe a fixed price.
Can I calculate my energy label myself?
You can make an indication online, but that does not give you an official energy label. For registration, a qualified energy adviser must survey the home and carry out the calculation in accordance with NTA 8800.
How long does an energy label remain valid?
A registered energy label remains valid for ten years. The expiry date is on the label. Renovations do not automatically make the label invalid, but a new label may be needed if you want to have the improved home performance officially recorded.
Can I improve my energy label with solar panels?
Solar panels can lower the calculated fossil energy demand. How large the effect is depends on the capacity, the size of the home and the other characteristics. A fixed number of solar panels therefore does not guarantee a particular label step.
Does the energy label predict my energy bill?
No. The label uses standardised assumptions about occupants, climate and use. Your actual bill also depends on behaviour, indoor temperature, hot water use, appliances and energy prices.
Does a green electricity contract affect the energy label?
No. An energy contract is personal and can be changed when you move. Only building-related features and installations are included in the home label.
Do heirs need an energy label when selling?
Yes. When heirs sell a home, the same label obligations apply as for any other sale. Check in good time whether a valid label is still registered.
Which label is needed for a home with a shop?
Each separate unit of use needs the appropriate energy label. The residential part receives an energy label for homes. For the shop part, an energy label for non-residential buildings may be needed.
Who supervises energy labels?
The Inspectie Leefomgeving en Transport checks the energy label obligation for buildings and supervises the European rules for tyre labels. The NVWA checks energy labels of consumer products. For the car label, the ILT and the RDW have implementation and enforcement roles. The RDW manages, among other things, the necessary vehicle data.