LAUGFS Power commissions 2 MW mini hydro plant in Ginigathhena, strengthening Sri Lanka’s renewable energy capacity and supporting the country’s long-term transition toward sustainable electricity generation.
LAUGFS Power commissions 2 MW mini hydro plant in Ginigathhena
LAUGFS Power PLC has expanded its renewable energy portfolio after successfully commissioning and connecting a 2 MW mini hydro power facility in Polpitiya, Ginigathhena to Sri Lanka’s national grid.
The company said the project was officially commissioned on 26 March, while the commissioning process was formally acknowledged by National System Operator Ltd. on 29 April. The development marks another step forward in the country’s efforts to strengthen renewable electricity generation and reduce dependence on imported fossil fuels.
According to the company, the project was developed and implemented through PAMS Power Ltd., a wholly-owned subsidiary of LAUGFS Power. The plant is expected to generate clean electricity for the national grid while contributing to Sri Lanka’s broader sustainability and energy diversification targets.
The commissioning comes at a time when Sri Lanka continues to prioritise renewable energy expansion as part of its long-term energy strategy. Authorities have increasingly encouraged investments in renewable energy Sri Lanka projects, particularly in hydro, solar, and wind power, to improve energy security and reduce exposure to volatile global fuel prices.
Industry analysts note that mini hydro projects continue to play a critical role in the country’s renewable energy mix due to Sri Lanka’s favourable geographical conditions and river networks. While large-scale hydropower remains a major contributor to the national grid, smaller hydro facilities have become increasingly important in supporting decentralised electricity generation and improving grid stability.
The newly commissioned plant in Ginigathhena is expected to add further capacity to the country’s clean energy infrastructure. Energy sector observers say projects of this nature also help diversify power generation sources while supporting the government’s long-term carbon reduction objectives.
The mini hydro power project also reflects continued private sector participation in Sri Lanka’s energy transition. Several listed energy companies have expanded investments in renewable generation over recent years amid growing demand for sustainable power solutions and policy support for non-fossil fuel energy development.
LAUGFS Power has been actively involved in renewable energy generation, particularly through mini hydro operations across Sri Lanka. The latest addition to its portfolio is expected to strengthen the company’s operational capacity while enhancing recurring energy generation revenue streams.
Sri Lanka has set ambitious targets to increase renewable energy usage in the coming years, with policymakers aiming to significantly reduce reliance on thermal power generation. Rising fuel import costs and foreign exchange pressures have further accelerated the need for locally generated renewable electricity.
Energy experts believe smaller renewable projects can contribute meaningfully to long-term energy resilience by reducing pressure on conventional power generation systems. In addition to environmental benefits, renewable developments also support regional economic activity through infrastructure investment and local employment opportunities during construction and operations.
The successful completion of the Ginigathhena facility highlights continued momentum within the renewable energy Sri Lanka sector despite broader economic challenges faced by the country in recent years. Market participants expect additional investments in solar, wind, and mini hydro power project developments as Sri Lanka works toward strengthening energy sustainability and improving national power security.
With the latest commissioning, LAUGFS Power commissions 2 MW mini hydro plant as part of its ongoing strategy to expand clean energy generation and support Sri Lanka’s renewable energy ambitions.