On October 18, XIHO Energy was invited to participate in the production line display of HTHIUM Factory. During this visit, HTHIUM factory showed us their corporate culture and introduced in detail the battery production process, quality control, and production line planning.
Ranked among the top five in global energy storage battery shipments, second in China's power energy storage battery shipments, and with an annual output value exceeding 10 billion yuan - HTHIUM Energy Storage has delivered an impressive report card in the 2023.
HTHIUM'success, benifits from its high quality and moderate price.
They are committed to researching safer, more durable and more stable energy storage batteries.
The following are some of the most advantageous battery models currently available：
1.
-30~60℃ ultra-wide temperature discharge
Full acupuncture & large area extrusion, no fire or explosion
Energy density ≥160Wh/kg
10000cls cycle life
2.
Cycle life reaches 12000cls
Energy density ≥170Wh/kg
Full acupuncture & large area extrusion, no fire or explosion
(Through technological innovation, HTHIUM Energy Storage launched the first 300Ah special battery for electric energy storage, which achieves "zero" attenuation in the first three years (one full discharge per day), a cycle life of up to 12,000 times, and an energy efficiency of 95%. This product has the same size as the existing 280Ah energy storage battery, and can be compatible with current energy storage systems and reduce the construction cost of energy storage systems. Actual measurement data shows that in the first 1,000 cycles, the energy attenuation rate of this battery is ≤1% (full discharge, relative to the initial value).
3.HTHIUM314
Energy density ≥175Wh/kg
Cycle life reaches 11000cls
Full acupuncture & large area extrusion, no fire or explosion
High compatibility: performance compatibility, size compatibility
4.
Use raw materials with high thermal stability
Full acupuncture & large area extrusion, no fire or explosion
Extra wide operating temperature range
≥15,000 cycle life, using advanced materials and process technology
