Lithium reserves and EV battery issues dominate energy sector focus
A massive lithium deposit beneath California's Salton Sea contains an estimated 18 million tonnes of lithium, valued at about €182.5 billion and enough to equip roughly 380 million electric vehicles, positioning the United States for greater energy independence. Global electric‑vehicle sales have now exceeded 20 million units, accounting for about 25 % of new cars, but the rapid rise creates a looming waste challenge: by 2030 cumulative end‑of‑life lithium‑ion batteries are projected to reach 11 million metric tonnes, with annual waste flows potentially hitting 340,000 tonnes by 2040, prompting calls for expanded recycling capacity.
Göpel Electronic introduced a modular high‑performance battery‑cell tester that can evaluate up to five cells at once, delivering fast, repeatable safety and performance results for manufacturers. Separately, researchers at South Korea's Hanyang University discovered that brief exposure of manganese‑coated battery precursors to air creates hidden surface defects that halve capacity retention; adding a small excess of lithium during production mitigates the problem.
An analysis by Professor Gautam Kalghatgi argues that, once battery‑manufacturing emissions are included, electric vehicles deliver negligible global emissions reductions and may cause health impacts three to five times greater than conventional cars. The argument coincides with Stellantis reporting up to €21 billion in losses tied to its EV pullback. Meanwhile, Chinese battery giant CATL announced a strategic shift to make energy‑storage products half of its sales by 2030, and a study projects that vehicle‑to‑grid (V2G) capable EVs could generate $7 billion annually in U.S. grid value by 2030. Broader research also highlights emerging concepts such as extracting critical minerals from seawater and converting coffee waste into fuel, underscoring the expanding scope of battery‑related innovation.
Entities: CATL · Gautam Kalghatgi · GÖPEL electronic · Hanyang University · Lithium · Salton Sea · high‑nickel cathode · manganese
Claims
What the coverage asserts, and how well corroborated each claim is across sources.
- [○ 1 SOURCE] Stellantis reported up to €21 billion in losses linked to its electric‑vehicle pullback. (Stellantis financial report)
- [○ 1 SOURCE] Global electric‑vehicle sales have surpassed 20 million units, representing about 25 % of all new cars sold worldwide. (EV battery waste article)
- [○ 1 SOURCE] Air exposure of manganese‑coated battery precursors creates hidden defects that halve capacity retention; adding extra lithium during manufacturing mitigates the issue. (Hanyang University research)
- [○ 1 SOURCE] By 2030 cumulative end‑of‑life lithium‑ion batteries will reach 11 million metric tonnes, and annual waste will rise to 340,000 tonnes by 2040. (EV battery waste article)
- [○ 1 SOURCE] The Salton Sea lithium deposit contains 18 million tonnes of lithium, valued at €182.55 billion and sufficient for 380 million electric vehicles. (Salton Sea lithium article)
- [● 2 SOURCES] Göpel Electronic launched a modular battery‑cell tester capable of testing up to five cells simultaneously for safety and performance assessments. (Göpel Electronic product announcement)
- [○ 1 SOURCE] Professor Gautam Kalghatgi finds that electric vehicles offer negligible global emissions reductions after accounting for battery manufacturing, with health impacts three to five times worse than ICE (Kalghatgi analysis)
- [○ 1 SOURCE] CATL aims for energy‑storage products to represent 50 % of its sales by 2030. (CATL strategic announcement)