The MTerra solar project in the Philippines, set to be the world's largest solar-plus-storage site, has achieved initial synchronization and energization to the Luzon grid. The project features a planned 3.5 GW solar and 4.5 GWh battery energy storage system, with the first phase expected to cover 2.5 GW of solar and 3.3 MWh of BESS. The project aims to have 250 MWac of solar capacity and 112.5 MWh of battery energy storage capacity ready for operation by the end of the month, with plans for further capacity ramp-up in the following months. The completion of the first phase is scheduled for later this year, and work on phase two has already begun.
Author: Pv Magazine
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Guatemala PEG-5 tender draws 51 bidders for 4.7 GW of capacity
Guatemala's Generation Expansion Plan 5 (PEG-5) tender has attracted 51 bids totaling nearly 4.7 GW, with around 2 GW of solar projects, including hybrids with storage, competing for long-term supply contracts starting between 2030 and 2033. The Ministry of Energy and Mines and the National Electric Energy Commission (CNEE) opened the technical bids under the PEG-5, seeking to contract firm capacity and associated energy for distributors EEGSA and Energuate to ensure long-term supply amid projected demand growth. The tender, considered the largest in Guatemala's history, could mobilize over $3.7 billion in investment and is expected to increase competitive pressure in the reverse auction set for March 25. The process is part of the government's strategy to advance universal electrification and address new hourly demand peaks, framed within the Law of Incentives for the Development of Renewable Energy Projects.
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French startup launches ‘universal’ home energy management system
Access to France's reduced VAT rate for residential solar installations is dependent on the use of low-carbon panels and a home energy management system, such as PvPilot's software. This platform orchestrates household electrical devices in real time based on solar production and consumption patterns, controlling devices like water heaters, batteries, and electric vehicle charging stations. By visualizing energy data and optimizing AC-coupled batteries, the system aims to increase solar self-consumption and enable fully solar-powered operation without drawing from the grid. This B2B2C model offers a comprehensive solution for maximizing the efficiency and sustainability of residential solar installations.
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India’s blueprint for sustainable solar success
India's renewable energy transition in India has evolved to prioritize long-term reliability and efficiency through the use of high-performance solar panels and advanced technology. Policy incentives are now tied to performance and manufacturing capability, steering the industry towards high-value production. The PM Surya Ghar Muft Bijli Yojana aims to install rooftop solar on 1 crore residential buildings, creating millions of energy-generating homes and normalizing the use of solar power. Developments in battery storage systems and hybridization of electrical systems are addressing the intermittency issue of solar power, making India's renewable energy ecosystem reliable, scalable, and equitable, offering a blueprint for emerging economies.
https://www.pv-magazine.com/2026/02/16/indias-blueprint-for-sustainable-solar-success/
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World’s first 628 Ah grid-scale battery enters operation
The world's first 628 Ah grid-scale battery has been successfully implemented in China, showcasing a major advancement in the industry. This project utilizes 200 MW/400 MWh battery energy storage with lithium iron phosphate cells, featuring an innovative design with stacking processes and high-toughness separators for improved safety and cost efficiency. EVE Energy has been mass-producing these large-capacity cells since December 2024, positioning themselves as a leader in the field of grid-scale battery solutions. This development highlights the potential for scalable and sustainable energy storage solutions to support the transition to a cleaner and more efficient energy system.
https://www.pv-magazine.com/2026/02/12/worlds-first-628-ah-grid-scale-battery-enters-operation/
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Beyond first-time installations: How Europe’s residential solar Market is shifting toward upgrades and intelligent energy systems
Residential solar PV installations in Europe have declined in 2025 due to market saturation, reduced incentives, and changing consumer behavior. However, momentum is shifting towards complementary technologies such as energy storage, smart energy management platforms, and AI-driven optimization solutions. Prosumers are now prioritizing system upgrades and advancements in decentralized storage to better manage self-consumption and local overcapacity. Installers are also emphasizing seamless integration of ancillary technologies into home automation environments. This shift towards enhancing system performance and control signals a move towards longer-term engagement models for residential suppliers. The section discusses the evolution of residential energy systems, with a focus on the growing demand for self-consumption optimization and energy storage in mature rooftop markets like Germany. There is a shift towards balcony PV and storage systems, particularly among apartment dwellers and urban households. Germany leads in balcony PV adoption, with significant growth in both PV and storage attachment rates. Regulatory easing in other European markets is also expanding access to small plug-and-play systems. Leading brands are innovating to meet evolving customer expectations, with products like AI-enabled storage solutions and home energy networks designed to maximize solar utilization. Installer feedback emphasizes the importance of manufacturers supporting retrofits and seamless integration across energy technologies for sustained market growth. The residential energy market in Europe is seeing a shift towards intelligence, integration, and reliability in products such as energy storage systems and intelligent PV modules. While rooftop PV installations have slowed, there is still active engagement with residential energy technologies, with a focus on long-term reliability and better control over energy use. This shift is reflected in the growing interest in home storage, intelligent energy management, and smaller scale formats like balcony PV and storage. Leading players are responding to this trend by developing innovation-led portfolios to shape the next phase of growth in Europe's residential energy market.
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Comparing safety profiles of lithium-ion, sodium-ion and solid-state batteries
New research challenges the reputation of LFP batteries as the "safest" chemistry due to high levels of hydrogen fluoride emissions, highlighting the need for battery energy storage technologies with high performance and safety in the global transition to sustainable energy systems. Researchers compared lithium-ion, sodium-ion, and solid-state batteries for safety attributes tailored to different deployment scenarios, including factors like initiation resistance, abuse tolerance, gas hazards, and application-specific constraints. The study established a safety baseline for lithium-ion batteries by analyzing failure mechanisms under various abuse conditions, providing valuable insights for climate solutions experts in selecting the most suitable battery technology for sustainable energy storage.
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Agrivoltaics? Yes in my vineyard
Researchers in Spain conducted a study in the Murcia region, surveying 238 wine tourists and finding broad support for trellis-integrated agrivoltaics in vineyards, with 94% backing solar integration. The study focused on vineyards in a region where viticulture is significant, with questions about the importance of photovoltaic energy, preferred system configurations, and perceptions of landscape integration. Overall, the research found a positive social perception of agrivoltaic systems, particularly in vineyard settings, confirming high acceptance of this dual-use land model among the surveyed population. The results were presented in a study published in Renewable Energy Focus, with involvement from academics at Technical University of Cartagena and Miguel Hernández University of Elche.
https://www.pv-magazine.com/2026/02/12/agrivoltaics-yes-in-my-vineyard/
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Ore Energy completes 100-hour iron-air storage system for EDF in France
Ore Energy has successfully completed a pioneering 100-hour iron-air long-duration energy storage system pilot project for EDF in France, funded by the EU. This groundbreaking project, the first of its kind in Europe, showcases the potential of iron-air technology to offer multi-day energy storage in a practical utility environment. Through testing under different load profiles and seasonal conditions, the system demonstrated its ability to store and discharge energy for up to four days. The valuable data gathered from this pilot project will play a crucial role in assessing long-duration storage technologies for meeting renewable energy balancing requirements in Europe.
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Australian state awards 12 GWh of long-duration storage contracts
New South Wales has awarded long-term energy service agreements to six battery energy storage projects totaling 1.17 GW and nearly 12 GWh, increasing the state's contracted storage capacity to 30 GWh. These projects meet the state's legislated objective of delivering 2 GW of long-duration storage by 2030 and 28 GWh by 2034, with a focus on transitioning to renewable energy sources and reducing price volatility. The New South Wales Electricity Infrastructure Roadmap aims to replace old coal-fired power stations with 12 GW of renewable energy and 2 GW of storage by 2030, with tenders being sought for additional projects to further strengthen competition in the market. The overall goal is to increase renewable energy capacity and transition away from fossil fuels to cleaner and more reliable sources.