Solar & Battery Pricing for Netherlands Design, Cost & Payback Calculator
Design solar and battery systems across the Netherlands using Photonik's professional design platform. The Netherlands has one of the highest solar adoption rates per capita in the world, with over 4 million homes already benefiting from rooftop solar. Favourable net metering policies and high electricity prices continue to make solar one of the smartest home investments for Dutch homeowners.
Solar Planning & Design
To size your system, start with two questions: how much electricity you use, and how much roof space you have.
1. Energy usage
The average Dutch household uses between 8–10 kWh of electricity per day, though this is rising as more homes adopt heat pumps, electric cooking, and EV charging. Usage peaks in winter due to shorter days and heating demand, while the Netherlands has relatively mild summers. We start with daily energy usage because it determines how large a solar system you need: the higher your consumption, the more panels are required to make your system worthwhile — especially with net metering ending in 2027.
Note: These are simplified estimates. For detailed tariff inputs and advanced calculations, use the full Photonik app.
Representative flat export rate (feed-in tariff). What you earn per kWh of surplus solar exported to the grid. Your actual rate depends on your provider, plan, and time of day.
Estimated at 75% of the retail grid rate. A battery lets you store daytime solar and export during expensive peak hours, so each exported kWh is typically worth more than a flat feed-in tariff. Real returns depend on your time-of-use tariff and battery efficiency.
2. How many panels can fit on your roof?
Dutch homes typically have pitched tile roofs at 35–50°, with concrete or clay tiles being the most common material. A typical rijtjeshuis (terraced house) has a rear roof area of 20–30 m², fitting 8–12 panels (3–4.5 kW). Semi-detached and detached homes can accommodate more, often 12–16 panels. Dormers (dakkapellen), skylights, and shared walls can reduce usable space. Flat roofs on apartments and newer builds allow flexible panel placement with tilt frames.
Installations must comply with NEN 1010 electrical safety standards and local building regulations. For listed buildings or those in protected townscapes (beschermd stadsgezicht), planning permission is required. Systems must be registered with the regional grid operator, and a recognised installer should provide an NTA 8013 installation certificate. Grid connection capacity of at least 1x25A is typical for residential systems.
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This is a simplified panel layout tool — if you hit issues here, or need multiple groups, shading, or generation calcs, use the full Photonik design tool.
System sizing Netherlands
System Costs
The overall price of a solar and battery system depends on equipment quality, installation complexity, and any available rebates or incentives.
Estimated price
For Netherlands homeowners looking to reduce their electricity bills, a €11,099 solar installation can dramatically lower or even eliminate that ongoing monthly cost. Solar-only systems typically pay for themselves in around 9.1 years, whilst adding battery storage usually extends payback whilst increasing energy independence.
The pricing breakdown includes equipment, installation labour, and applicable taxes. Use the sliders to adjust system size and battery capacity to see how pricing and payback change.
Tiers follow the same scale as the Photonik app. Browse the panel product directory.
Rebates & incentives
The Netherlands applies 0% VAT on residential solar panel systems up to 10 kWp, significantly reducing upfront costs. There is no national cash rebate or grant program. Some municipalities offer local subsidies or low-interest sustainability loans (Energiebespaarlening). The main financial incentive remains the salderingsregeling (net metering), which continues through 2026 but ends 1 January 2027 — making 2026 an important window for installations that benefit from full net metering.
Payback
Simple payback is the system price divided by annual savings. The price side depends on equipment quality, installation complexity, and rebates. The savings side depends on your electricity usage, the buy rate per kWh, and the feed-in tariff for exported energy.
Simple payback calculation
Electricity rates & feed-in tariffs
Dutch residential electricity costs around 25–30 c/kWh including energy tax and levies. Under the current salderingsregeling (net metering), solar exports offset consumption at the full retail rate, making every kilowatt-hour generated equally valuable whether used directly or exported. However, net metering will be abolished on 1 January 2027, after which feed-in compensation is expected to drop to just 2–6 c/kWh on dynamic contracts. Payback periods are currently 6–8 years with net metering, but will extend to 9–12 years after 2027 unless self-consumption is maximised through batteries or smart energy management.