Until 2026
Annual offsetting between export and grid consumption still applies.
From January 1, 2027, the Dutch netting scheme ends completely, which means exported solar electricity can no longer be offset against electricity later taken from the grid. Instead, households receive an export compensation that must remain at least 50% of the bare supply tariff until January 1, 2030, while feed-in costs may still continue. That makes direct self-consumption more valuable than exporting, because electricity you generate and use immediately is not charged with energy tax, VAT, or supplier costs. A home battery therefore does not become automatically profitable for every household after 2027, but it does become much more relevant for homes with midday solar surplus, strong evening demand, feed-in costs, or a smart dynamic tariff contract.
Under the current Dutch scheme, the electricity you export can be offset against electricity you later consume from the grid. That made solar export financially strong for many households. From January 1, 2027 this system ends. After that, the logic shifts from exporting as much as possible toward using as much solar energy as possible yourself.
Annual offsetting between export and grid consumption still applies.
Annual netting ends and exported electricity gets a separate compensation.
Higher self-consumption, smarter charging and less low-value export.
Especially relevant for homes with daytime surplus and evening demand.
The main shift is that exported solar electricity no longer receives the same annual tax and bill treatment as electricity you later buy from the grid. Timing matters more: when you generate, when you consume, and how much you can store yourself.
From this date, annual netting ends for small-volume users with solar panels.
A home battery turns midday generation into evening consumption. That is exactly where the post-2027 policy creates more value. You shift electricity away from low-value export toward avoided grid purchases. The case improves further when feed-in costs or dynamic tariffs are part of the equation.
Keep more solar energy behind the meter instead of depending on lower export value.
Charge by day, discharge at night, especially useful for family demand peaks after work.
Smart control can charge on cheap hours and discharge on expensive hours.
The case improves when you also want to reduce feed-in costs or manage zero-export.
It ends on January 1, 2027 for small-volume users with solar panels.
Yes. You receive export compensation from your energy supplier. Until January 1, 2030 it must be at least 50% of the bare supply tariff.
For many households yes, because self-consumption and storage become more valuable than exporting power.
No. Profitability still depends on surplus solar, evening demand, battery cost, tariff type and feed-in costs.
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Netting offsets exported electricity against later grid consumption. Export compensation is a separate payment for fed-in electricity while your imported power is billed at your contract tariff.
Because the financial logic shifts from exporting toward consuming your own solar power directly. A battery helps move midday surplus into evening use.
Yes. Dutch rules require a reasonable export compensation. Until January 1, 2030 it must be at least 50% of the bare supply tariff.
No. The result still depends on battery price, usage profile, surplus generation, tariff structure and any feed-in costs.
Map your midday surplus and evening demand, compare feed-in costs, and evaluate whether a smart home battery, P1 meter or dynamic tariff fits your situation.
Confirms the January 1, 2027 end date and the minimum 50% export compensation until 2030.
Explains what changes for consumers, including export compensation and feed-in costs after 2027.
Summarizes the legal change and the policy goal of stimulating self-consumption.
Compare products, continue reading about tariffs, or use the calculator to build a first business case.