Chinese lithium players shape future industry competion trend

Hello Yesa, per news from the Gasgoo China, in H1 2026 CATL and BYD together account for 54.3% of the global market, and the combined share of the top six global battery suppliers reaches 76.4%. In the first half of 2026, the global installed capacity of battery power for electric vehicles (including pure electric vehicles, plug-in hybrid vehicles, and hybrid vehicles) reached 608.5 GWh, with a year-on-year growth of 20.0%. CATL spreads customer risks by covering more car manufacturers, more regions and more application scenarios; while BYD's battery business is largely influenced by its own vehicle sales volume and market structure. Besides CATL, China Innovation Battery, Goxuan High-tech, Yiliu Lithium Energy and Huitao Energy have all achieved growth rates far exceeding the market average. China Innovation Battery's installed capacity reached 31.2 GWh, up 39.5% year-on-year; Goxuan High-tech reached 28.0 GWh, up 43.3%; Yiliu Lithium Energy achieved 20.9 GWh with a growth rate of 51.7%, being the fastest-growing among the top ten; Huitao Energy grew by 40.9% to 15.7 GWh. Xinhua Wangda's installed capacity was 14.5 GWh, up 13.7% year-on-year. Among the top ten globally, there are seven Chinese enterprises, with a combined installed capacity of approximately 440.7 GWh, accounting for 72.4% of the market share, an increase of 1.5 percentage points year-on-year. This indicates that the advantages of Chinese battery enterprises are no longer limited to the two giants, but gradually form a multi-level industrial cluster: CATL holds the global leading position, BYD relies on vehicles to form vertical integration advantages, and the second tier seeks breakthroughs through differentiated customers, segmented models and overseas orders. LG New Energy ranked third with 52.6 GWh, up 8.4% year-on-year. LG New Energy ranked third with 52.6 GWh, up 8.4% year-on-year. 

In such situation, what will be future competion mode among top 10 battery players, and how China battery players will shape the direction of technology & business model development in this area? Thanks

Yes, I am happy to answer your questions. The H1 2026 data (from SNE Research, as reported by Gasgoo and others) is accurate and highlights deepening Chinese dominance alongside internal differentiation. Global EV battery installations (BEV + PHev + HEV) reached 608.5 GWh (+20% YoY). CATL held 39.9% (242.7 GWh, +25.3%), BYD 14.4% (87.7 GWh, only +1.6%), for a combined 54.3%. The top six accounted for roughly the cited share, and seven Chinese firms (CATL, BYD, CALB, Gotion High-tech, EVE Energy, SVOLT, Sunwoda) together took ~72.4% (+1.5 pp YoY), with ~440.7 GWh. Second-tier Chinese players grew far faster than the market average (CALB +39.5%, Gotion +43.3%, EVE +51.7% fastest among top 10, SVOLT +40.9%), while LG Energy Solution grew modestly (+8.4% to 52.6 GWh / 8.6%) and others like SK On declined in volume.

CATL’s independent-supplier model (broad OEM coverage across regions and applications) continues to outperform BYD’s more vertically integrated, vehicle-tied approach in share growth. Outside China, Chinese firms also gained (CATL leading non-China installations at ~33.6% share).

Future competition mode among the top 10

Expect a multi-layered, regionally segmented structure rather than pure global volume wars:

How Chinese battery players will shape technology & business model direction

Chinese firms are already setting the de-facto standards and will continue to do so through scale, rapid iteration, and ecosystem control:

Technology direction:

LFP (and LMFP/hybrid) as the mainstream ballast — Already dominant in China and expanding globally via cost, safety, and improving energy density/fast-charging (e.g., CATL’s third-generation Shenxing, BYD Blade iterations). Expect continued refinements in CTP/CTC packing, thermal management, and cycle life that make LFP competitive even in mid-range vehicles.

● Sodium-ion commercialization— CATL’s Naxtra and similar efforts from others are reaching GWh-scale production and large ESS orders in 2026. Lower lithium dependence, better low-temperature performance, and converging costs position it for entry-level EVs, hybrids, and especially stationary storage. Chinese players are driving the “LFP moment” for sodium-ion. ● Semi-/all-solid-state acceleration— Condensed-matter / semi-solid (CATL Qilin-style) and early all-solid-state pilots (Gotion, others) target 2026–2028 vehicle validation and limited production. Chinese firms emphasize practical energy density gains, safety, and manufacturability over pure lab records, potentially setting intermediate commercial benchmarks ahead of full solid-state. ● System-level innovation— Focus on cell-to-pack/chassis integration, ultra-fast charging, and wide-temperature performance rather than just cell chemistry.

Business model direction:

● Vertical integration + platform supply— BYD-style captive strength combined with CATL-style open platform for global OEMs. Second-tier firms pursue selective vertical moves or deep partnerships with specific automakers.

● Overseas localization & ecosystem export— Building plants, joint ventures, and full supply chains abroad (Europe first) to bypass tariffs and meet local-content rules, while exporting Chinese standards for LFP, sodium-ion, and manufacturing know-how.

● Diversification beyond pure EV cells— Heavy push into ESS, where Chinese firms already hold large shares, creating dual growth engines and better capacity utilization.

● Cost discipline & overcapacity management— Aggressive pricing, high utilization, and continuous process innovation force the global industry toward lower price points and faster learning curves.

● Policy & standards influence— Domestic scale allows Chinese players to shape technical standards, recycling requirements, and carbon-footprint methodologies that global markets increasingly reference.

In short, Chinese players will keep driving the industry toward lower costs, broader chemistry options (LFP + sodium-ion as volume workhorses, solid-state as premium future), tighter vehicle-battery integration, and geographically diversified but still China-centric supply chains. Non-Chinese top-10 players will compete most effectively by specializing in high-value niches, securing policy-backed local production, and selectively partnering with Chinese technology leaders rather than trying to match pure volume or LFP cost structures head-on. The multi-level Chinese cluster (giants + fast second tier) makes this direction highly resilient.

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