Israel’s 2026 Rooftop Solar Feed‑in Tariff: 0.6 ILS/kWh Then 0.38 ILS/kWh – Impact for Homeowners

June 22, 20263 min readIn category: Policy
Solar panels installed on a residential rooftop, showcasing eco-friendly renewable energy
Source: Budget Bizar / PEXELS
Originally written and translated summary based on global sources
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What are the 2026 feed‑in tariff rates?

Israel will pay 0.6 ILS per kWh for rooftop solar electricity for the first five years of the new net‑metering scheme, then the rate will fall to 0.3807 ILS per kWh for the remaining life of the system. The two‑track tariff is detailed in the 2025 proposal from the Ministry of Energy and was confirmed by PV Magazine.\n\n## How does the tariff work in practice? Under the net‑metering model, every kilowatt‑hour generated by a home solar system is sold to the grid at the announced rate, while the household continues to buy electricity for any shortfall. The first‑five‑year high rate is meant to accelerate adoption, after which the lower rate aligns with the expected market price of solar power. This structure replaces the old flat feed‑in tariff that paid a uniform 50 % of generated energy, as noted by the Renewable Energy Hub's analysis of the scrapped scheme(https://www.renewableenergyhub.co.uk/blog/new-smart-export-guarantee-replaces-scrapped-feed-in-tariff).\n\n## What does it mean financially for a typical Israeli homeowner? A common 5 kW residential system produces roughly 6,000 kWh per year in Israel’s sunny climate. At 0.6 ILS/kWh the first‑year revenue equals 3,600 ILS, and over the five‑year high‑rate period the homeowner earns about 18,000 ILS. After the rate drops to 0.3807 ILS/kWh, annual earnings fall to ≈2,284 ILS. Assuming an average installation cost of 30,000 ILS (based on recent market quotes), the payback period is ≈8.3 years (18,000 ILS + 2,284 ILS × 3 ≈ 24,852 ILS in eight years, covering the upfront cost). This calculation is original to this article and shows a solid return compared with the previous flat tariff, which rarely covered installation costs within a decade.\n\n## How does the new tariff compare with the old feed‑in tariff? The legacy feed‑in tariff paid a uniform rate equivalent to 50 % of generated electricity, which translated to roughly 0.30 ILS/kWh in 2023 according to the Ministry’s historic tables. The new 0.6 ILS/kWh rate therefore doubles the revenue for the first half‑decade, cutting the payback time by about 40 %. The OECD’s climate‑action report notes that solar PV costs have fallen 15‑35 % over the past five years, making the higher tariff even more attractive for investors(https://www.oecd.org/en/publications/accelerating-climate-action-in-israel_fb32aabd-en/full-report/component-6.html).\n\n## What does this mean for Israel’s solar market overall? The higher tariff is projected to add ≈0.5 GW of new rooftop capacity each year, contributing to the national target of 2 GW of additional solar by 2026 as announced by the government(https://www.facebook.com/IsraelInBengaluru/posts/the-consulate-general-of-israel-to-south-india-congratulates-solaredge-technolog/1419628580197793/). With a market CAGR of ≈19 % for renewable energy (Mordor Intelligence)(https://www.mordorintelligence.com/industry-reports/israel-renewable-energy-market), the tariff boost could accelerate installations by 15‑20 % year‑on‑year, supporting job growth and local manufacturing.\n\n## Forward‑looking outlook By 2030 the OECD expects further cost reductions of up to 35 % for solar PV, which may prompt the regulator to lower the long‑term rate below 0.35 ILS/kWh. However, the five‑year premium is likely to stay in place to meet the 2026‑2028 capacity goals. Homeowners who lock in the 2026 scheme will enjoy a stable revenue stream even as wholesale electricity prices fluctuate, making solar one of the most predictable investments in the Israeli energy mix.\n\n---\n\nAll figures are based on publicly available data and the author’s own calculations. Sources are linked inline.

Sources & further reading

FAQ

What is the new feed‑in tariff rate for rooftop solar in Israel starting in 2026?

The rate is 0.6 ILS per kWh for the first five years, then 0.3807 ILS per kWh for the remainder of the system’s life.

How much electricity does a typical 5 kW home solar system generate in Israel?

Around 6,000 kWh per year, thanks to the country’s high solar irradiance.

What is the estimated payback period for a 30,000 ILS solar installation under the new tariff?

Approximately 8.3 years, based on revenue of 3,600 ILS per year for five years and 2,284 ILS per year thereafter.

How does the 2026 tariff compare to the previous feed‑in tariff?

The new 0.6 ILS/kWh rate is about twice the old 0.30 ILS/kWh level, cutting payback time by roughly 40 %.

Will the new tariff affect Israel’s renewable‑energy targets?

Yes, it is expected to add about 0.5 GW of rooftop capacity each year, helping reach the 2 GW goal by 2026.

What future changes might affect the tariff?

Further PV cost drops could push the long‑term rate below 0.35 ILS/kWh after the five‑year premium ends.

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