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/daily ·24 AUG 2026 ·MONDAY ·2 MIN READ ·7 STORIES

Chinese cells, an Australian megabattery, and standards for a chemistry that isn't shipping yet

CATL wins another 1.2 GWh order in Queensland. Beijing publishes the first national solid-state battery standards before the cells exist. Saft and a Colorado startup take anode-free sodium-ion toward commercial pack costs. Manufacturing and chemistry set the day's pace; policy plays catch-up.

01 / The Day

MONDAY 24 AUG 2026, ranked

07

Quinbrook taps CATL and GE Vernova for 1,216 MWh Supernode Stage 3 in Queensland

Quinbrook Infrastructure Partners contracted CATL for cells and GE Vernova for grid-forming inverters on the 1,216 MWh third stage of the Supernode project, keeping it Australia's largest battery storage system.

  • Stage 3 lifts total Supernode capacity beyond 2 GWh, most of it configured as a 4-hour LFP system stacked into GE Vernova FLEXRESERVOIR skids
  • CATL wins another export gigafactory order at a moment when US tariffs are pushing rival LFP buyers toward BYD, EVE and Hithium
  • Grid-forming inverters — not batteries — are the constraint now on multi-GWh system commissioning schedules
Why it mattersA single 1.2 GWh order routed to CATL says more about global LFP supply reality than any policy announcement — the Chinese cell majors are still the only vendors quoting delivery inside 18 months at this scale.

China issues first national solid-state battery standards framework

China's State Administration for Market Regulation published a national standards framework for all-solid-state automotive cells covering test procedures, environmental limits and characterization — the first such framework anywhere.

  • Standards cover sulfide, oxide and polymer electrolytes with a common safety test protocol including nail penetration and thermal propagation limits
  • Framework precedes mass production: CATL and BYD have both guided to 2027 pilot lines, with GWh-scale output not before 2028
  • By publishing the test bench before the cells ship, Beijing effectively sets the global reference — the same play China used in LFP and sodium-ion
Why it mattersStandards decide who gets to sell into which market. A Chinese solid-state benchmark landing first pulls Japanese and Korean rivals into a testing regime tuned to Chinese chemistry choices.

Saft and Mana Battery sign JDA to commercialize anode-free sodium-ion cells

TotalEnergies-owned Saft signed a joint development agreement with Colorado-based Mana Battery to scale anode-free sodium-ion cells for defense, cold-climate stationary storage and data-center UPS duties.

  • Anode-free architecture removes the graphite or hard-carbon layer, plating sodium directly on a copper current collector — a step up in energy density but a hard cycling problem
  • Mana's cells are targeting sub-$60/kWh at pack level once volumes clear 1 GWh/year, undercutting current LFP by roughly a third
  • Saft brings defense-qualified manufacturing lines; Mana brings the chemistry — a template for how US battery startups can reach scale without building a gigafactory from zero
Why it mattersAnode-free sodium-ion is the chemistry closest to structural cost parity with lead-acid at long duration. A Saft distribution deal is what turns a lab claim into a procurement conversation.

Italy's CNR unveils bifacial PV tile using spectral splitting

Italy's National Research Council presented a rooftop-integrated bifacial photovoltaic tile that uses a spectral-splitting optical layer to route different wavelengths to separate front and rear cells.

  • Spectral splitting sidesteps the current-matching penalty that limits conventional tandem cells, at the cost of a more complex optical stack
  • CNR reports laboratory efficiency in the mid-20% range with a manufacturing route compatible with standard PV encapsulation
  • The building-integrated form factor targets a segment where premium efficiency, not $/W, drives buying decisions
Why it mattersSpectral splitting has been a research curiosity for a decade. A tile-form prototype from a national lab is the first plausible route from paper to a roof.

Allegro Energy partners with Jena Batteries to scale microemulsion flow battery manufacturing

Australia's Allegro Energy and Germany's Jena Batteries agreed to co-develop manufacturing lines for microemulsion flow batteries, aiming to move a novel long-duration chemistry from single-digit-MWh pilots toward hundreds of MWh.

  • Microemulsion chemistry uses water-based electrolytes with organic active species, avoiding vanadium supply risk and heavy-metal handling
  • The partners are targeting 8-12 hour duration systems for firming solar and wind at prices they claim can beat lithium below a six-hour duration
  • Jena Batteries brings an existing German pilot line; Allegro brings its Australian project pipeline — again the manufacturing bottleneck, not the science, sets the pace
Why it mattersLong-duration storage has spent five years short on chemistries that actually manufacture. A cross-border JV pooling a pilot line with a project book is the operating pattern that gets to first GWh.

India BESS supply chain: cell self-sufficiency a decade away, says industry report

An industry report on India's stationary storage supply chain concludes that domestic cell self-sufficiency will not arrive before the mid-2030s, despite production-linked incentives supporting more than 50 GWh of announced capacity.

  • Announced Indian cell capacity is dominated by Reliance, Ola and Amara Raja, but active cathode material and separator supply remain fully import-dependent
  • PLI-funded lines are running at low utilization as domestic BESS orders continue to source Chinese LFP at 20-30% cost advantage
  • Report frames the gap as operational rather than policy: permitting, land, skilled labour and precursor chemistry — not subsidy — are the limiters
Why it mattersIndia is the second-largest planned BESS market this decade. If its domestic cell industry stays on the timeline this report describes, Chinese LFP dependence persists through the 2030 grid buildout.

China's 'new-type' grid storage crosses 136 GW

China's National Energy Administration reported that installed 'new-type' (non-pumped-hydro) grid storage passed 136 GW, with total sector storage now above 213 GW and more than 440 commercial battery projects in the pipeline.

  • The 136 GW figure is roughly half of global installed new-type storage; a year ago it was below 40 GW
  • Average project duration is drifting toward 3-4 hours as sodium-ion and LFP compete for the same tender specifications
  • Reported cumulative capex is above $55 billion, suggesting realized system costs are approaching $400/kWh at four-hour duration
Why it mattersThe gap between Chinese and non-Chinese storage build rates is the single biggest variable for global battery demand — and it just widened again.
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