The global battery and energy storage industry saw several significant developments between June 16 and June 18, 2026. Grid-scale battery deployments continued to accelerate, major recycling and second-life partnerships expanded, and European policymakers moved to shore up domestic manufacturing. This roundup covers the most relevant news for battery engineers, sourcing managers, and product teams.
Global BESS Deployments Reach 14.6 GWh in May 2026
According to Energy-Storage.News on June 17, 2026, approximately 4.9 GW / 14.6 GWh of large-scale battery energy storage systems (BESS) came online globally in May 2026. Year-to-date activity is up 24% compared to the same period in 2025. Notably, China’s share of global deployments fell to 37% in May—its lowest proportion in 18 months—while Asia (excluding China), Europe, and other regions contributed a more balanced share of new capacity. This diversification signals growing international demand for BESS and may open new procurement opportunities outside the Chinese supply chain.
Battery Recycling Expo 2026 Opens in Frankfurt
Battery Recycling Expo 2026 opened on June 17 at Messe Frankfurt and runs through June 18, 2026. The event features over 400 suppliers, more than 180 expert speakers across a four-track conference, and is expected to draw over 4,500 attendees. It has become the world’s leading trade show dedicated to battery recycling, reuse, and sustainability, connecting manufacturers, recyclers, material processors, and industry innovators focused on the circular battery economy. In related news, Norway-based Vianode and Germany-based cylib signed a memorandum of understanding on June 2, 2026, to collaborate on integrating recycled graphite into next-generation battery anodes, targeting 1.0 kg CO₂e per kg of graphite by 2030.
EU Launches €1.5 Billion Battery Booster Facility
On June 9, 2026, the European Commission announced the launch of a new €1.5 billion Battery Booster Facility, funded through the Innovation Fund. The programme provides interest-free loans to European battery cell producers during the ramp-up phase of their projects, with the call for proposals expected in the third quarter of 2026. The facility is a key component of the EU’s broader industrial action plan for the automotive sector, aimed at achieving near-term cost competitiveness of domestically produced battery cells and reducing dependence on imported batteries. The move signals sustained policy commitment to building a resilient European battery value chain.
GM and Redwood Materials Expand Full-Lifecycle Battery Partnership
On June 10, 2026, General Motors and Redwood Materials announced an expanded partnership with a second-life energy storage project in Michigan. Under the agreement, approximately 100 repurposed GM EV battery packs will be deployed at a GM operating plant, providing 1.5 MW / 7.2 MWh of stationary energy storage. GM has become the first automaker to partner with Redwood across every stage of the battery lifecycle, including manufacturing scrap recovery, end-of-life EV battery management, battery repurposing for stationary storage, and recycled materials production. This full-lifecycle model may set a template for other automakers and battery suppliers seeking to close the loop on critical minerals.
Western Power Begins Construction on 18 Community Batteries in Western Australia
On June 16, 2026, Australian state-owned utility Western Power began construction on 18 new community battery energy storage systems across Perth and Bunbury in Western Australia. Thirteen systems will be installed in Perth and five in Bunbury, with all batteries expected to be operational by May 2027. The community batteries are designed to harness Western Australia’s abundant rooftop solar generation, store excess energy, and feed it back into the grid during peak demand. This distributed storage model is gaining traction as a way to integrate high levels of residential solar without costly grid upgrades.
What This Means for Battery Buyers and Product Teams
For engineers and sourcing managers, these developments point to several trends worth monitoring. The 24% year-to-date increase in global BESS deployments, coupled with China’s declining share, suggests diversifying supply chains is both feasible and increasingly common. The Battery Recycling Expo and partnerships like Vianode-cylib indicate that recycled materials—particularly graphite—are moving closer to commercial scale, offering potential cost and compliance advantages under tightening EU battery regulations. The EU’s €1.5 billion Battery Booster and GM’s full-lifecycle partnership with Redwood Materials both signal that policy incentives and circular-economy business models are shaping the next phase of battery manufacturing. Finally, community-scale BESS projects like those in Western Australia represent a growing market segment that product teams should consider when designing modular, scalable storage solutions.
Sources
- 14.6 GWh of BESS Deployed Globally in May; Activity Up 24% in 2026 So Far — Energy-Storage.News, June 17, 2026
- Battery Recycling Expo 2026 — Battery-Tech Network, June 17–18, 2026
- New Battery Booster Set to Inject €1.5 Billion into the European Battery Industry — European Commission, June 9, 2026
- GM and Redwood Expand Partnership with Second-Life Battery Storage Project — Electrive, June 10, 2026
- Western Power Begins Work on 18 New Community Batteries in Western Australia — Energy-Storage.News, June 16, 2026
- Vianode and Cylib Explore Recycled Graphite for Battery Anodes — Battery News, June 3, 2026
