[Country Name] Solar & Battery Guide

Quick Verdict

Solar panels: [Good/Marginal/Excellent] — Payback [X–Y] years.
Batteries: [Yes/No/Marginal] — [Reason].
Key factor: [What makes this country different].

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Electricity Prices (2025–2026)

Tariff	Price (€/kWh)	Notes
Standard residential	€0.XX	[Flat / Time-of-use]
Off-peak (if TOU)	€0.XX	[Hours]
Peak (if TOU)	€0.XX	[Hours]
Feed-in	€0.XX	[Net metering / Gross]
Gas (if relevant)	€0.XX/m³

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Solar Potential

Region	kWh/kWp/yr	8 kWp Annual
[Capital]	X,XXX	XX,XXX kWh
[South]	X,XXX	XX,XXX kWh
[North]	X,XXX	XX,XXX kWh

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Subsidies

Program	Amount	Status	Notes
[Name]	€X,XXX	Active/Ended	[Details]

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Battery Economics

[Does / Doesn't] make sense here because:

• [Reason 1]
• [Reason 2]

Real Battery Math

For 10 kWh battery (€X,XXX):

• Daily cycle: X kWh
• Value per kWh: €X.XX
• Annual value: €XXX
• Payback: X years

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Realistic Payback

Scenario: 8 kWp system, no battery

Assumption	Value
Upfront cost	€X,XXX
Annual generation	X,XXX kWh
Self-consumption	XX%
Net annual saving	€XXX
Simple payback	X years

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Special Considerations

[Country-specific issues, regulations, grid rules]

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Red Flags for [Country] Installers

• [ ] [Specific warning 1]
• [ ] [Specific warning 2]

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When Solar Makes Sense in [Country]

✅ [Condition 1] ✅ [Condition 2]

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Useful Links

Resource	URL
[Regulator]	[URL]
[Subsidy program]	[URL]
PVGIS calculator	re.jrc.ec.europa.eu/pvgis.html

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Verdict Summary

Strategy	Payback	Notes
Solar only	X–Y years
Solar + battery	X–Y years

[One-sentence conclusion].