Solar Land Leasing Emerging as Opportunity for Landowners Amid Growing Renewable Energy Demand in Malaysia

Rising demand for renewable energy is accelerating the search for suitable land for large-scale solar installations, creating new opportunities for landowners to generate long-term income by leasing their land for solar projects.

Industry stakeholders note that while many landowners possess large parcels of land, the high capital required to develop solar projects independently often prevents them from entering the renewable energy sector directly. As a result, land leasing has emerged as a practical alternative, allowing landowners to earn steady income while developers build and operate solar power facilities.

Under typical solar lease agreements, land is leased for approximately 20 to 25 years, offering landowners a stable and predictable passive income stream without the need for upfront investment or operational involvement.

Experts say land suitability remains a key factor in solar project development. Utility-scale solar farms generally require land parcels ranging from 100 to 1,000 acres. Ideal sites are typically flat or gently undulating terrain, free from steep slopes, wetlands, and flood risks. Proximity to transmission infrastructure, particularly main intake substations, is also essential for efficient grid connectivity.

The opportunity for land leasing has gained momentum as Malaysia accelerates its renewable energy transition. The Malaysian government has introduced initiatives such as the Large-Scale Solar Programme to expand the country’s clean energy capacity and support its target of achieving 70% renewable energy capacity by 2050.

According to industry research, Malaysia’s solar energy market is projected to grow at a compound annual growth rate (CAGR) of around 9.2% between 2026 and 2032. The programme administered by the Energy Commission includes competitive bidding for approximately 2,000 MW of solar capacity.

However, developers continue to face challenges in securing suitable land, particularly in urban and semi-urban areas where large contiguous land parcels are scarce. This has increased interest in partnerships with private landowners.

Land value for solar leasing is influenced by several factors, including local renewable energy demand, land quality, accessibility, and the extent of site preparation required. Land that requires minimal upgrades—such as road access improvements, drainage work, or additional transmission infrastructure—typically attracts more favourable lease terms.

Industry participants note that compared to agriculture, which involves fluctuating yields and ongoing maintenance costs, solar leasing offers a more stable revenue model with lower risk for landowners.

Solar developers also highlight the environmental benefits of such partnerships, as large-scale solar projects contribute to reducing greenhouse gas emissions while supporting national clean energy targets.

Companies operating in the sector say landowners who lease land for solar farms can play an active role in the energy transition while generating long-term financial returns through renewable energy partnerships.