CATL's Shenxing PLUS Lithium Iron Phosphate Battery Launched: 1000km Range + 4C Fast Charging.

On July 2, lithium carbonate futures rose 0.80% to 94,050 yuan/ton (~12,954.55 USD/ton). The battery-grade index increased to 90,643 yuan/ton (~12,485.26 USD/ton).

On June 12, lithium carbonate futures rose 0.2% to 98,450 yuan/ton (~13,579.31 USD/ton). The battery-grade index fell to 99,273 yuan/ton (~13,692.83 USD/ton).

[LFP: Hunan Yuneng's Operational Status]

On May 28, lithium carbonate futures fell 1.69% to 105,000 yuan/ton (~14,525.97 USD/ton). The battery-grade index dropped to 106,087 yuan/ton (~14,637.71 USD/ton).

On May 23, lithium carbonate futures closed at 106,150 yuan/ton (~14,641.38 USD/ton). The battery-grade index fell to 106,272 yuan/ton (~14,658.21 USD/ton).

On May 13, lithium carbonate futures fell 2.15% to 107,100 yuan/ton (~14,813.28 USD/ton). The battery-grade index dropped to 109,586 yuan/ton (~15,157.12 USD/ton).

On May 6th, the lithium carbonate market was stable, with the SMM index at 111,583 yuan/ton (~$15,476.14 USD/ton) and futures falling by 0.75% to 112,400 yuan/ton.

The annual report of SD Lomon reveals the progress of the iron phosphate and lithium iron phosphate projects.

Today's lithium carbonate market saw minor declines, with the SMM index at 110,801 yuan/ton (~$15,304.01 USD/ton) and futures dropping by 2.14%, reflecting cautious market sentiment.

The distribution of lithium resources is disproportionately scattered, with price fluctuation significantly influencing the global energy paradigm. These shifts in lithium prices directly impact the costs incurred by emergent energy industries, subsequently affecting technological advancement and industrial adaptation. This compels nations to augment exploration efforts and international alliance-building for resource allocation optimization. In response to these shifting tides in lithium pricing, government institutions have implemented policies designed towards fostering new energy development while mitigating potential investment hazards. Looking ahead to a future defined by scientific progression and an evolving energy framework, it's expected that our utilization of lithium resources may become more efficient and ecologically responsible. Accordingly, this will drive continuous growth within the realm of new energy industries whilst stimulating modification in longstanding global power dynamics.