With funding from the Swedish Energy Agency, Japanese MK Plus is accelerating the industrial-scale p

Amid the global wave of diversified long-duration energy storage technologies, the commercialization of vanadium-based new energy storage technology is accelerating. Recently, Japanese battery company MK Plus received nearly $12 million in special funding from Sweden's Energy Agency, which will be dedicated to advancing the industrialization and large-scale production of its vanadium solid-state battery technology, helping this next-generation energy storage solution expand into European and Middle Eastern markets.

India's first 100-megawatt-hour non-lithium energy storage project advances, accelerating the rise o

Recently, the construction of the 100-megawatt-hour level vanadium redox flow battery energy storage project by the Indian National Power Corporation (NTPC) has been progressing smoothly.Recently, the construction of the 100-megawatt-hour level vanadium redox flow battery energy storage project by the Indian National Power Corporation (NTPC) has been progressing smoothly. This project was jointly won by the local Indian energy storage company Delectrik Systems and the infrastructure service provider Bondada Engineering. It is also the first 100-megawatt-hour level non-lithium battery public utility energy storage project in India, and holds significant symbolic importance in the local development of new energy storage technologies.

The storage duration is continuously increasing! Flow batteries are taking off. It is expected that

Against the backdrop of large-scale integration of new energy in China, the share of intermittent energy sources such as wind and solar power in installed capacity continues to rise. The power system's rigid demand for flexible regulation resources—including peak shaving and frequency modulation—has been steadily increasing, driving the domestic new energy storage industry into a phase of rapid development with a leapfrog growth in installed capacity. According to statistics released in the "China New Energy Storage Development Report (2026)", by the end of 2025, the cumulative installed capacity of new energy storage nationwide reached 135.93 million kW/351.12 million kWh, representing a significant year-on-year increase of 84.3%, indicating strong momentum in industrial expansion.