On November 4, 2026, the Indian Cabinet approved a feasibility gap subsidy plan of 14.5 billion rupees (14500 crore) to support 92GWh of grid level energy storage: 30GWh of battery storage, 60GWh of pumped storage, and 2GWh of emerging technologies, covering the 2030-31 fiscal year with a total investment of approximately 97.6 billion rupees. The battery energy storage capacity shall not be less than 40% of the local content requirement, and the capacity shall be allocated through bidding based on electricity prices. Overseas suppliers are restricted from bidding directly, and it is more advisable to collaborate with local integrators or enter the field of industrial and commercial energy storage.

On November 4, 2026, CATL announced the signing of a strategic memorandum of cooperation with Octopus Energy and Ampace, the largest electricity retailers in the UK, to launch joint brand home storage products in the UK, France, and Spain. Ampace will be responsible for battery cells, BMS, and hardware, CATL will provide technology and supply chain, and Octopus will provide retail channels, dynamic pricing algorithms, and VPP access. The focus of competition has shifted from selling hardware to the "hardware+electricity pricing algorithm+service" ecosystem, and new systems such as sodium ions may enter the household market.

EUPD Research predicts that Europe's new energy storage installations in 2026 will nearly double from approximately 34GWh in 2025 to 65GWh, representing an increase of about 91%. Among this, large-scale storage accounts for around 44GWh, serving as the primary growth driver, while residential storage is about 15GWh, concentrated in countries such as Germany, Italy, the Netherlands, and the UK. The competitive focus has shifted from selling hardware to system integration and revenue models, with China remaining the main supplier of battery cells. Due to reduced export tax rebates, channel inventory and pricing pressures for residential and small commercial energy storage may concentrate from Q4 2026 to Q1 2027.

The EU Battery Regulation (EU 2023/1542) has entered a period of intensive implementation: starting from February 18, 2027, all industrial batteries and electric vehicle batteries with a capacity of>2kWh are required to be equipped with a digital battery passport and QR code; The carbon footprint is divided into three stages, from declaration, grading to limitation. The due diligence investigation of the supply chain will be launched in August 2027, and the minimum proportion of recycled materials will be set from 2031. Carbon footprint, due diligence, and battery passports have become mandatory market entry barriers for exports to Europe.

In 2026, the All Energy exhibition in Australia will be held in Melbourne. CATL will launch the world's first 9MWh TENER+lithium battery system and mass produce sodium ion energy storage TENER Sodium. Xinwangda will launch the NoahX 3.0 liquid cooling system. During the same period, the installed capacity of household batteries in Australia increased by 52% in half a year, with renewable energy accounting for a record 44.3% of the country's electricity generation. Grid level batteries surpassed natural gas for the first time in terms of power supply during peak hours. Industry competition has shifted from capacity consolidation to full lifecycle value and product segmentation.