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Renewable energy news: Vestas, Lightshift Energy, STRABAG

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Today’s renewable energy news includes updates from Vestas, Lightshift Energy, STRABAG, among others.

Vestas Secures 29-MW Wind Turbine Order in Japan

Danish wind turbine manufacturer Vestas has secured a 29-MW order for a wind energy project in Japan, further strengthening its presence in the country’s growing renewable energy market. The contract includes the supply and installation of Vestas wind turbines, along with a long-term service agreement to ensure optimal performance and reliability throughout the project’s operational life. The project will utilize Vestas’ advanced turbine technology to maximize energy production and efficiency under local wind conditions. Once operational, the wind farm is expected to generate enough clean electricity to support regional power demand while reducing dependence on fossil fuel-based generation and lowering carbon emissions. The order reflects continued investment in Japan’s renewable energy sector as the country works to increase the share of clean energy in its electricity mix and achieve its carbon neutrality targets. For Vestas, the agreement reinforces its position as a key technology provider in Asia-Pacific and adds to its growing order backlog. The project will contribute to renewable energy expansion, grid decarbonization, energy security, and long-term sustainability goals, while supporting Japan’s transition toward a more resilient and low-carbon energy system.

Lightshift Energy Adds 23.5 MW of Battery Storage in Massachusetts

US-based developer Lightshift Energy has commissioned 23.5 MW of battery energy storage capacity across multiple projects in Massachusetts, strengthening the state’s energy storage network and supporting grid reliability. The newly deployed battery energy storage systems (BESS) are designed to help manage peak electricity demand, improve grid resilience, and facilitate greater integration of renewable energy resources. The projects were developed under Massachusetts’ clean energy and energy storage initiatives, which aim to modernize the electricity grid while supporting the state’s ambitious decarbonization targets. The battery systems will store electricity during periods of lower demand and discharge power when consumption is highest, helping reduce strain on the grid and lowering energy costs. The 23.5-MW portfolio also enhances the ability of utilities and grid operators to respond to fluctuations in electricity supply and demand, particularly as renewable energy generation continues to grow. For Lightshift Energy, the projects expand its operational battery storage footprint and reinforce its position in the rapidly growing US energy storage market. The deployment supports Massachusetts’ transition to a cleaner energy system by increasing grid flexibility, improving energy security, reducing carbon emissions, and accelerating the adoption of renewable energy technologies. It also highlights the critical role battery storage plays in building a more reliable, resilient, and sustainable electricity infrastructure.

STRABAG to Build 3.15-MW Solar Farm and Battery Storage System for Iași Airport

Construction group STRABAG Romania has won a contract to design and build a 3.15-MW photovoltaic (PV) power plant combined with a battery energy storage system (BESS) for Iași International Airport, one of Romania’s busiest regional airports. The project is part of the airport’s strategy to reduce energy costs, improve energy independence, and increase the use of renewable energy in its operations.  The solar-plus-storage facility will generate clean electricity for airport operations, while the battery system will store excess solar energy for use during periods of higher demand or lower solar production. This will help improve energy reliability, reduce grid dependence, and lower carbon emissions associated with airport activities.  The development supports Romania’s broader push toward renewable energy and energy storage deployment, with battery systems playing an increasingly important role in grid modernization and clean energy integration. The project also demonstrates the growing adoption of renewable energy infrastructure in the aviation sector, where airports are investing in on-site generation and storage to meet sustainability targets.  Once completed, the project will contribute to Iași Airport’s decarbonization efforts, enhance energy security, and serve as a model for sustainable airport infrastructure in Romania while supporting the country’s long-term clean energy transition goals.

 Mongolia Launches Market Consultation for 110-MW Solar Tender with Battery Storage

Mongolia has launched a market consultation process to gauge investor and developer interest in a planned 110-MW solar photovoltaic project that will include a battery energy storage system (BESS) component. The initiative is being led by the Ministry of Energy of Mongolia with support from international development partners as part of the country’s efforts to expand renewable energy capacity and modernize its power system. The proposed project will combine large-scale solar generation with battery storage to improve grid reliability, manage fluctuations in renewable energy output, and enhance electricity supply stability. The battery system will store excess solar energy generated during peak sunlight hours and discharge it when demand is higher or solar production decreases. The market-sounding exercise is intended to gather feedback from potential investors, developers, and technology providers before the formal tender process begins. The project is expected to attract both domestic and international participation, reflecting growing interest in Mongolia’s renewable energy sector. Once developed, the solar-plus-storage facility will support Mongolia’s clean energy transition by increasing renewable energy penetration, reducing reliance on conventional power sources, strengthening energy security, and lowering carbon emissions. The project also highlights the increasing role of battery storage in enabling reliable and flexible renewable energy deployment across emerging markets.

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