🇦🇿 Solar Calculator Azerbaijan

Enter your AzerEnerji bill in manat and region — get solar system size, Nakhchivan 5.0 PSH resource, AzPromo off-grid mountain programs, and honest payback context. Note: cheap subsidized electricity means grid payback is 12–18 years; off-grid mountain use pays back faster.

Your electricity details

Monthly electricity bill?

₼AZN

Region / City?

System size?

Off-grid mountain village?

Solar system results — Azerbaijan

5 kWp system — 1314 kWh/kWp/yr

Est. monthly kWh167 kWh/mo

Annual solar production6.570 kWh/yr

Effective rate used₼ 0.09/kWh (AzerEnerji blended)

Annual benefit (savings)₼ 295,65/yr

Net metering / AzPromoNo formal NM — self-consumption

System cost range₼ 9.000 – ₼ 12.500

Total installed cost (midpoint)₼ 10.750

Payback period36.4 years

25-year net savings₼ -3.359

Long payback due to subsidized electricity: Azerbaijan's AzerEnerji/Azerishiq tariffs (₼0.07–0.11/kWh) are heavily subsidized through oil and gas revenues. Grid-connected solar payback of 12–18 years is typical. Solar value here lies in energy independence, outage backup, and potential future tariff reforms as oil revenues decline.

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How to Use This Calculator

Enter your monthly bill and region

Enter your average monthly electricity bill in Azerbaijani manat (₼/AZN) from Azerishiq (the state distribution company under AzerEnerji). Azerbaijan has very low subsidized electricity tariffs — ₼0.07/kWh for consumption below 300 kWh/month and ₼0.11/kWh above, averaging around ₼0.09/kWh (~$0.05/kWh). These low tariffs stem from Azerbaijan's vast oil and gas revenues, which subsidize energy for the domestic population. Select your region — Nakhchivan (5.0 PSH) is Azerbaijan's sunniest area; Ganja (4.7 PSH) in the west also performs well.

Grid-connected vs. off-grid context

Azerbaijan's very cheap electricity creates challenging economics for grid-connected solar — payback is typically 12–18 years. However, for off-grid applications in Azerbaijan's mountainous regions (Nakhchivan highlands, former Karabakh conflict zone, Talysh Mountains), solar is the most practical and economical power source. Select the off-grid mode to model mountain village scenarios where solar replaces expensive diesel or generator power. AzPromo (Azerbaijan Export and Investment Promotion Foundation) and ISESCO programs support rural solar electrification.

The Caspian Solar Belt

Azerbaijan sits on the western Caspian shore with a varied climate: Baku's semi-arid coastal climate (4.5 PSH), continental Ganja (4.7 PSH), and the extremely sunny Nakhchivan exclave (5.0 PSH) surrounded by Armenian and Iranian territory. The country's SOCAR (State Oil Company) has plans to develop large-scale solar in Karabakh and Nakhchivan as part of Azerbaijan's green energy transition, despite being a major fossil fuel exporter. Domestic solar capacity targets aim for 1,000 MW by 2030.

The Formula

Monthly kWh = Monthly Bill ÷ ₼ 0.09/kWh (blended AzerEnerji rate) Annual production = kWp × PSH × 365 × 0.80 efficiency Grid: self-consumption × 50% (no formal net metering) Off-grid: 90% production utilized (replaces diesel at ₼ 0.35/kWh) Annual benefit = utilized kWh × effective rate System cost = kWp × ₼ 1,800–2,500/kWp (~$1,060–1,470/kWp) Grid payback = 12–18 years (cheap subsidized electricity) Off-grid payback = 5–10 years (diesel replacement)

Azerbaijan's Renewable Energy Law (2004, amended 2021) and National Renewable Energy Action Plan set targets for solar, wind, and hydro. However, regulatory framework for residential prosumers and net metering remains undeveloped as of 2026. The government's SOCAR Green subsidiary and AZPROMO promote commercial and industrial solar projects. As Azerbaijan diversifies from oil dependency, residential solar economics are expected to improve through rising tariffs and potential net metering legislation. The AZN manat has been pegged to the USD since 2015 at AZN 1.70 = $1, providing cost stability for imported solar equipment.

Example

Anar — Nakhchivan home, 6kWp grid-connected

Anar owns a home in Nakhchivan city and pays ₼18/month for electricity. He installs a 6kWp system to maximize the region's outstanding solar resource.

Monthly bill₼ 18

Region / PSHNakhchivan, 5.0 PSH

System size6 kWp

ModeGrid-connected (self-consumption)

Result

Annual production~8,760 kWh/yr

Production per kWp~1,460 kWh/kWp/yr

Annual savings~₼ 394/yr

System cost range₼ 10,800 – 15,000

Payback~32 years

25-year net savings~₼ -2,750 (negative)

This example illustrates the challenge of grid-connected solar in Azerbaijan: despite excellent sunshine (Nakhchivan's 5.0 PSH), the ₼0.09/kWh tariff makes payback economically unfavorable at current prices. Solar value in Azerbaijan lies primarily in: energy independence from potential grid outages, hedge against future tariff increases, off-grid mountain applications, and large commercial/industrial installations where self-consumption ratios are higher. If Azerbaijan introduces net metering or tariffs rise to ₼0.20+/kWh, the economics will improve dramatically.

FAQ

Is solar worth it in Azerbaijan? ▼

For grid-connected homes: challenging at current subsidized tariffs of ₼0.07–0.11/kWh. Payback is typically 12–18 years, making pure bill-savings justification difficult. Solar is more valuable for: off-grid mountain villages (Nakhchivan, Karabakh, Talysh), replacing diesel generators, energy independence, and large commercial buildings with high self-consumption. As oil revenues decline and Azerbaijan diversifies, tariff reforms and net metering legislation could transform the economics significantly.

Does Azerbaijan have net metering for solar? ▼

Azerbaijan does not have a formal residential net metering scheme as of 2026. The Renewable Energy Law (2004, amended 2021) and government documents reference future development of grid connection rules for small renewable generators, but residential prosumer regulations have not been implemented. AzPromo and SOCAR Green focus on large-scale commercial and utility solar projects. Monitor MENR (Ministry of Energy and Natural Resources) for updated regulations.

Which region in Azerbaijan is best for solar? ▼

Nakhchivan (5.0 PSH) is Azerbaijan's sunniest region — an exclave separated from the main country by Armenia, with a continental semi-arid climate. Ganja (4.7 PSH) and Mingachevir (4.6 PSH) in the west and center also perform well. Baku and the Absheron Peninsula (4.5 PSH) benefit from the Caspian microclimate. Lankaran (4.5 PSH) in the humid subtropical south receives adequate but variable sunshine. All regions outperform most of Europe.

How much does solar cost in Azerbaijan? ▼

Installed solar costs in Azerbaijan run approximately ₼1,800–2,500/kWp (~$1,060–1,470/kWp). A 5kWp home system costs ₼9,000–12,500 (~$5,300–7,350). Equipment is imported from China, Turkey, and Germany. The AZN is pegged to the USD at 1.70, providing cost stability. Local installers in Baku, Ganja, and Nakhchivan are growing in number. VAT (ƏDV) of 18% applies to solar equipment and installation. SOCAR Green and independent companies offer commercial solar solutions; residential market is less developed.

What is AzPromo's solar program? ▼

AzPromo (Azerbaijan Export and Investment Promotion Foundation) coordinates foreign investment in Azerbaijan's renewable energy sector, including solar. The government's "Green Energy Zone" in Karabakh and Eastern Zangezur aims for 1,000 MW of solar and wind by 2030 as part of post-conflict reconstruction. ISESCO and international development banks (EBRD, ADB) have funded some rural solar projects. For mountain villages with limited grid access, solar + battery systems are the most practical electrification solution. Contact AzPromo or SOCAR Green for current subsidy and investment programs.

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