How many solar panels does an average Macedonian household need?

A typical household using ~400 kWh/month needs about 3.4 kWp — roughly 8 panels of 440 W. Heavier users (700 kWh/month) need ~6 kWp or ~14 panels.

How much electricity does 1 kWp produce in North Macedonia?

Thanks to 280+ sunny days per year, 1 kWp of well-oriented PV produces roughly 1,400 kWh/year in most of North Macedonia.

Can I sell excess solar power to EVN?

Yes. Under the EVN prosumer scheme, surplus generation is exported to the grid and credited on your bill at the regulated export rate.

Guide · North Macedonia

How many solar panels do I need? A North Macedonia guide

Short answer: most households in North Macedonia need between 6 and 14 panels (≈ 3–6 kWp). Below we show how to size yours from your EVN bill, with worked examples, prosumer rules, and a free calculator.

The 30-second method

Take your annual consumption in kWh (sum of 12 monthly bills, or monthly × 12).
Divide by 1,400 — the typical annual yield per kWp in North Macedonia.
That number is your system size in kWp. Multiply by ~2.3 to get panel count (assuming 440 W panels).

Example: 4,800 kWh/year ÷ 1,400 ≈ 3.4 kWp ≈ 8 panels.

Why 1,400 kWh per kWp?

North Macedonia gets 280+ sunny days a year, with global horizontal irradiation between 1,400 and 1,600 kWh/m²/year across Skopje, Bitola and the Vardar valley. A well-oriented (south, 30–35° tilt) rooftop PV system reliably delivers around 1,400 kWh per installed kWp — we use this as a conservative planning number. Shading, dust, and east/west roofs can pull this down 10–20%.

Worked examples

Profile	Monthly use	System	Panels*	Annual gen.	Est. cost
Small flat / efficient home	250 kWh	2.1 kWp	5	2,940 kWh	€2,100
Average household	400 kWh	3.4 kWp	8	4,760 kWh	€3,400
Family home with A/C	600 kWh	5.1 kWp	12	7,140 kWh	€5,100
Large home + EV charging	900 kWh	7.7 kWp	18	10,780 kWh	€7,700

*Assuming 440 W panels. Cost uses ~€1000/kWp turnkey (panels, inverter, mounting, installation) — battery storage is separate.

EVN prosumer rules (what changes the math)

Net-metering style credit: surplus kWh you export to the grid are credited on your bill at the regulated export rate.
Self-consumption pays most: a kWh you use directly is worth your full retail tariff (VT/NT); an exported kWh is worth less. Sizing to your consumption — not maxing the roof — usually wins on ROI.
VT / NT split matters: most solar production happens during VT (high) hours, which is exactly when grid power costs the most — this is why payback beats the naive “bill ÷ generation” estimate.
Battery is optional: with a strong export tariff, batteries are mainly for outage resilience and pushing self-consumption from ~40% to ~85%.

What size should you actually buy?

For a typical Macedonian household (400–500 kWh/month), a 5 kWp system (~12 panels) is the sweet spot — it covers heating shoulders, summer A/C, and leaves headroom for an EV or heat pump in the next 3–5 years. Going much larger only pays back if you have year-round high daytime use (workshop, pool, EV charging at home).

Run the numbers on your own bill

Our free calculator uses your real EVN bill (kWh + amount), local VT/NT tariffs, and an inflation assumption to show payback year, 25-year ROI and CO₂ offset:

Open the solar calculator Get an installer quote · tesla.mk

FAQ

How many solar panels for a 100 m² house?

Roof area isn't the constraint in NM — consumption is. A 100 m² home using 400 kWh/month still only needs ~8 panels (~16 m²), well within any pitched roof.

Do panels work in winter?

Yes — winter production drops to ~30–40% of summer, but cold panels are actually more efficient than hot ones. Annual numbers above already average winter in.

How long does installation take?

The physical install is 2–4 days for a typical residential system. EVN prosumer paperwork and meter swap typically add 4–8 weeks.

Looking for installers in North Macedonia? Our partner tesla.mk handles design, EVN prosumer paperwork and installation end-to-end.