Pheonix Research - Editorial Index
Editorial analysis anchored to industries, segments, and the market intelligence behind them.
A 6.7% run to 2033, a 1.66x expansion, and an efficiency gain worth more than any product launch in the chain. Inside power supplies — the market between the grid and everything else.
An 18.31% run to 2033, 108 GW added in a single year, and a customer who buys cells by the megawatt-hour. Inside stationary energy storage — the battery market where nothing ever moves.
A 14.58% run to 2033, a 41% winter range loss to design against, and a Chinese safety rule that deletes the five-minute warning. Inside EV thermal management, the smallest market in the battery chain.
A 17.61% run to 2033, 1.8 million public chargers added in one year, and two-thirds of them in a single country. Inside the EV charging market, where the bottleneck is the grid.
An 18.31% run to 2033, 303 GWh shipped in six months and 60% of installations in one country. Inside stationary energy storage, the battery industry's second business.
A 17.51% run to 2033, a feedstock squeeze that lasts until 2040, and one country holding two-thirds of the capacity growth. Inside the battery recycling market.
The "blood" of the lithium-ion cell is also its most concentrated supply chain. Inside the electrolyte market's 17.27% run to 2033 — the salt transition, the localisation wave and the margin squeeze.
DRC cobalt, Chinese lithium refining, Indonesian nickel, export controls — the geopolitics and supply-security risk behind the race for battery raw materials to 2033.
From lithium to graphite: five critical minerals, five markets, one battery boom. Compare 2025–2033 market sizes, CAGRs and supply concentration.
From USD 1.4B in 2025 to USD 5.62B by 2033 at an 18.97% CAGR — explore the price correction, DLE technology, and what's driving the global lithium mining market.
The global EV battery market is projected to grow from USD 91.70 billion in 2025 to USD 369.5 billion by 2033 at a 19.03% CAGR. This article breaks down the growth drivers, the NMC vs LFP chemistry shift, the CATL and BYD-led competitive landscape, and the critical-minerals supply chain — lithium and manganese — that underpins the battery boom.
