Safe and Non-Flammable 12V672wh (750A) Sodium-Ion Car Starter Battery

Product Description

Product Description

CAR SODIUM-ION STARTER BATTERY
 
SODIUM-ION AUTOMOTIVE STARTING BATTERY
 
Sodium-ion batteries represent a new generation of energy storage technology that converts electrical energy through the intercalation of sodium ions (Na+) between the positive and negative electrodes. Their fundamental principle is highly similar to that of lithium-ion batteries, but they utilize abundant sodium resources instead of scarce lithium as the active material.
 
Compared to traditional lead-acid batteries (energy density <40 Wh/kg, cycle life 300-500 cycles) and some lithium iron phosphate (LFP) battery solutions (which suffer from significant performance degradation at low temperatures), sodium-ion batteries offer three core advantages:
 
1. Extreme Cold Tolerance & Ultra-Fast Charging
 
2. Lightweight & Long Warranty Period
 
3. Enhanced Safety & Environmental Sustainability

The sodium-ion starting battery is a novel type of secondary battery that operates on the migration of sodium ions (Na+) between electrodes during charge and discharge cycles. Its working principle is analogous to lithium-ion batteries but centers on the use of abundant sodium resources. In recent years, with technological advancements, sodium-ion batteries have shown immense potential in the starting power sector (e.g., for automobiles, vessels, and engineering machinery), emerging as a cost-effective alternative to traditional lead-acid batteries and some lithium-based solutions.

The truly disruptive power of sodium-ion batteries lies in their restructuring of the traditional battery material hierarchy. As the focus of energy storage systems shifts from a "performance-first" approach to a multi-dimensional balance of cost, safety, and sustainability, sodium-ion batteries are pioneering a new technological paradigm distinct from lithium-ion batteries. This is driven by their absolute cost advantage (independent of cobalt, nickel, and lithium) and reliability redundancy in V2X applications. This technological pathway is not only suitable for start-stop power supply but also holds the potential to catalyze explosive growth in new application scenarios such as distributed energy storage and low-speed electric vehicles.

Specification

Model	40B24R (450A)	60D23R (650A)	64D26R (720A)	75D31R (850A)	H5-E60 (700A)	H6-E70 (750A)	H7-E80 (850A)	H8-E92 (900A)	H9-E105 (1000A)
Rated Energy	336Wh	504Wh	552Wh	672Wh	504Wh	672Wh	720Wh	840Wh	966Wh
Peak Discharge Current (5S)	450A	650A	720A	850A	700A	750A	850A	900A	1000A
Cold Cranking Ampere	450	650	720	850	700	750	850	900	1000
Dimensions (LWH mm)	238*130*225	230*175*225	260*175*225	306*175*225	242*175*190	278*175*190	315*175*190	353*175*190	398*175*190
Weight	5.4±0.2 kg	6.25±0.2 kg	7.7±0.2 kg	8.1±0.2 kg	5.5±0.2 kg	7.8±0.2 kg	9.4±0.2 kg	10±0.2 kg	11.6±0.2 kg
Nominal Voltage	12V@I10@25±2°C
Maximum Charge Voltage	14V
Discharge Cut-off Voltage	8V
Charge Temperature	0°C~60°C
Discharge Temperature	-40°C~60°C
Storage Temperature	25±5°C; RH<85%
Protection Level	IP65
Terminals	SAE Automotive Terminal (Positive Post Ø18mm)
Terminal Profile	Convex Pillar

FAQ

Q1. Can I put my logo on the battery?
A: Yes, you can print your logo on the batteries.
 
Q2. Can I fast charge my battery?
A: Fast charging is not recommended as it's harmful for the battery.

Q3: About payment?
A: It is usually T/T, 30% payment in advance.