1.High security, is currently the most safety of lithium-ion battery anode materials
2.No pollution, do not contain any harmful
(1) storage equipment: based on solar, wind, geothermal, oes power generation systems; the energy storage equipment Load of electric; Continuous electrical system UPS; Cooperate with solar battery energy storage devices (byd has as producing such batteries in family illumination, etc.;)
(2) electric tools high power electric tools (wireless); Electricity hammer, electric drills, electric weeding machines;
(3) light electric vehicle electric locomotive, electric bicycle, rv, golf carts, electric push the high machine, clean your car; Hybrid vehicles (HEV), recent 2-3 years of goals, such as forklifts and forklift trucks dynamic power source;
(4) small equipment medical equipment: electric car king daoud, electric transportation); Toys (remote electric planes, cars, boats);
(5) other small electrical miner's;
(6) starting power: automobile, motorcycle, tractors, diesel engine, internal combustion engines, railways, electric locomotive, buses starting power source;
(7) fixed type power: mainly used in communication, mobile stations, telecommunications, transportation, power, and financial, power plants, computer system protection, automatic control as the backup power supply
(8) military field: army field electronic command system, sea (submarines, underwater robot), land (army soldiers system, machine warrior), days (the aircraft), empty (satellite, shuttle) envisage. Lithium ion battery technology is not a simple a vital industrial technology, it is the development of the information industry, the development of new energy industry, and become the basic technology of modern and future military equipment indispensable important "food" one. Believe in not future lithium iron phosphate battery will replace lead-acid battery integreted power battery, and USES the situation will be more extensive!
Specification:
Properties | Items | Internal control index | measured value | Test method | |
physical properties | size distribution(μm) | D10 | >0.5 | 1.01 | LPSA |
D50 | 2~5 | 2 | |||
D90 | <15 | 2.84 | |||
specific area(m2/g) | ≤20 | 15.63 | BET | ||
tap density(g/cm3) | ≥1.3 | 1.3279 | GB/T 5162-1985 | ||
C(%) | 1.5~2.5 | 2.5 |
| ||
crystal structure | OK | XRD&SEM | |||
appearance | Black/black powder | ||||
Electrochemical performance | (1C,25°C, vs.Li)mAh/g | >135 |