How much energy do solar panels produce in Soest?

A 5 kWp solar panel system in Soest, Netherlands produces approximately 5,003 kWh per year, based on EU PVGIS data.

How much can you save with solar panels in Soest?

A 5 kWp system without battery saves approximately €1,401 per year (accounting for 100% self-consumption and feed-in tariff for surplus). The payback period is 3.9 years.

What is the optimal panel angle in Soest?

The optimal tilt angle for solar panels in Soest is 39 degrees facing -2 degrees from south.

Solar Panels in Soest

Netherlands · 52.17°N, 5.29°E

Solar Potential

Moderate

1,001 kWh per kWp installed capacity

Your Solar Savings Estimate

Configure system size and battery to see realistic savings

Data last updated: March 2026

System Size

Battery Storage

Annual Output

5,003kWh

Net Annual Savings

€1,401

Payback Period

3.9 yrs

25-Year Net

€42,259

Savings Breakdown

Self-consumed (100% of 5,003 kWh)5,003 kWh × 0.280 €/kWh

→ Savings from own usage+€1,401

Injected to grid (0% of production)0 kWh × 0.070 €/kWh

→ Feed-in revenue+€0

Net Annual Savings€1,401

Installation cost (5 kWp × 1,100 €/kWp)€5,500

Net Metering Notice

Net metering (1:1) ends January 1, 2027. After that, surplus compensated at ~€0.05-0.10/kWh.

Netherlands Solar Policy

0% VAT on solar. Net metering makes solar very attractive until 2027. Battery storage becomes critical after.

Source: ACM, Eurostat H1 2025

The savings estimates shown are for informational purposes only and do not constitute financial advice. Actual savings depend on your specific installation, roof condition, shading, consumption patterns, and future electricity price changes. Feed-in tariffs and regulations change frequently. Always obtain quotes from certified installers and consult a financial advisor before making investment decisions.

Monthly Energy Production

178 kWh

259 kWh

444 kWh

585 kWh

616 kWh

609 kWh

598 kWh

554 kWh

472 kWh

343 kWh

204 kWh

142 kWh

Jan

Feb

Mar

Apr

May

Jun

Jul

Aug

Sep

Oct

Nov

Dec

Month	Energy (kWh)	Irradiation (kWh/m²)
January	178	42
February	259	61
March	444	106
April	585	144
May	616	155
June	609	156
July	598	154
August	554	142
September	472	118
October	343	83
November	204	48
December	142	34
Total	5,003	1,243

Environmental Impact

CO2 Saved Per Year

1,166 kg

Equivalent Trees Planted

53 trees

Optimal Panel Angle

39° tilt

Technical Details

Data Source: EU PVGIS v5.3
Coordinates: 52.17333°N, 5.29167°E
System Loss: 14%
Optimal Inclination: 39°
Optimal Azimuth: -2°
Yearly Irradiation: 1243 kWh/m2
Retail Electricity Price: 0.280 EUR/kWh
Feed-in Tariff: 0.070 EUR/kWh
Install Cost: 1,100 EUR/kWp

€1,403

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