ナビ背景

工場出荷時の12.8V 75Ah車のバッテリー

Product Parameter:

ITEM NO.: GCAS-75
VOLTAGE (V) 12.8
CAPACITY(Ah) 75
CCA (A) 820
DIMENSION (MM) 278*176*172
STORAGE TEMP. 5-40
MAX CURRENT (A) 120

Port: GUANGDONG, CHINA

lnternational Commercial Terms(Incoterms): FOB,CFR,CIF,EXW

Terms of Payment: LC,T/T

Certification: CE, ISO, UL, QS, GMP

Warranty: on/above 3years

Average Lead Time: Peak season lead time: 3-4 months, Off season lead time: 1-2months

Product Detail

Flow Industry has developed and launched a series of automotive start-stop batteries that use automotive-grade lithium iron phosphate batteries with built-in intelligent BMS management systems. They have core advantages such as safety, reliability, small size, light weight, and long cycle life.

 

75Ah car battery advantages:

1. Super long life

The cycle life of lead-acid batteries is generally 250~300 times, and the cycle life of this lithium iron phosphate battery is about 3000 times. If the vehicle is parked for a long time without starting, the battery of the car will be exhausted, and the lead-acid battery will be scrapped. The lithium iron phosphate battery can still be used normally after charging without affecting its lifespan.

2. Ensure safety

The main component of lithium iron phosphate battery is iron, which is not easy to catch fire and explode just like the main component of lead-acid battery is lead.

3. Improve power and reduce fuel consumption

The internal resistance of the battery is low, the output current is large, the electric spark of the spark plug is large, the ignition speed is fast, and the fuel is fully burned. The peak horsepower is increased by about 4.5%, and the peak torque is increased by about 3%. The fuel consumption of lithium iron phosphate batteries is 5% lower than that of lead-acid batteries.

4. High energy density
The same volume of lithium iron phosphate has 50% more capacity than lead acid, and the same volume of lithium iron phosphate has 70% less weight than lead acid.

5. Good high temperature performance

The electric heating peak of lithium iron phosphate can reach 350°C~500°C.

Lithium manganese oxide and lithium cobalt oxide are around 200°C.

The operating temperature range of lithium iron phosphate is -20°C~80°C.

The working temperature range of lead-acid batteries is -20°C~50°C.

6. Reduce vehicle weight

Lithium iron phosphate batteries weigh 70% less than lead-acid batteries, and the reduced weight allows cars to accelerate faster and consume less fuel.

7. Improve sound quality

The internal resistance of the battery is low, and the transient output power is large, which fully meets the stringent requirements for instantaneous high-current power supply when the audio is large and dynamic, making the mid-bass thicker and the treble more transparent

8. Scientific environmental protection

Lithium iron phosphate battery does not contain heavy metals and rare metals, non-toxic, non-polluting, in line with European RoHS regulations, waste batteries can be recycled and reused

9. Safe and reliable

Built-in intelligent BMS management system, with multiple protection functions such as overcharge, overdischarge, overcurrent, overvoltage, overtemperature, overload, short circuit protection, etc., to avoid battery damage caused by overcharge and overdischarge, and durable.

 

Stop-start systems help reduce CO2 emissions:
EU regulations on reducing CO2 emissions stipulate that private cars can only emit 95 grams of CO2 per kilometer by 2021. From 2025, this limit will drop to between 69 and 78 grams. For comparison: In 2015, car models emitted an average of 130 grams of carbon monoxide per kilometer.

The United States and China are also committed to reducing carbon dioxide emissions in the coming years. While U.S. CO2 emissions in 2015 were 163 grams of CO2 per kilometer, by 2021 the figure should be just 124 grams. By 2025, the goal is to reduce CO2 emissions to 99 grams per kilometer.

In 2015, private cars in China emitted 161 grams of climate-damaging carbon dioxide per kilometer. In 2020, the value should be just 117 grams per kilometer.

Due to the differences in emissions between compact cars, sports cars and large cars, the limits cover the entire European fleet. The average weight of all vehicles of a car manufacturer in its range is used as the basis for calculating the manufacturer’s relevant limit value. If the limit value is exceeded, a fine will be imposed. Ecologically beneficial innovations by manufacturers that help reduce CO2 emissions have a positive impact on the limit value. These include solar cells on the roof, and an exhaust heat recovery system.

Depending on driving style, stop-start technology can achieve fuel savings of up to 15%. However, the effectiveness of a system depends on many factors, including the field of use. During city trips, the automatic stop-start system switches off as soon as the engine is idling. In addition to fuel savings, this reduces CO2 emissions by 3 – 8%.

LiFepo4 Battery Lead Acid Replacement Battery

Model Normal Voltage(V) Normal Capacity(Ah) Life Cycles Maximum Charge Voltage (V)  Cutt-off Disharge Voltage (V) Maximum Continuous Disharge Current(A) Dimension(mm) REMARKS
L W H
GCLB-4F4 12.8V 4.5 ≥2000 14.6 10 5 75 59 70 Can Be Order By Buyer Size
GCLB-4F6 12.8V 6 ≥2000 14.6 10 7 150 65 95
GCLB-4F8 12.8V 8 ≥2000 14.6 10 10 150 85 90
GCLB-4F10 12.8V 10 ≥2000 14.6 10 15 151 98 95
180 75 170
GCLB-4F12 12.8V 12 ≥2000 14.6 10 17 151 98 95
180 75 170
GCLB-4F15 12.8V 15 ≥2000 14.6 10 20 180 76 167
195 130 155
GCLB-4F20 12.8V 20 ≥2000 14.6 10 25 180 76 167
195 130 155
GCLB-4F22 12.8V 22 ≥2000 14.6 10 27 170 130 110
175 165 125
GCLB-4F25 12.8V 25 ≥2000 14.6 10 30 175 165 125
196 165 170
GCLB-4F30 12.8V 30 ≥2000 14.6 10 35 182 130 195
196 165 170
GCLB-4F40 12.8V 40 ≥2000 14.6 10 45 182 130 195
250 160 178
GCLB-4F45 12.8V 45 ≥2000 14.6 10 50 250 160 178
196 165 170
GCLB-4F50 12.8V 50 ≥2000 14.6 10 55 196 165 170
250 160 178
GCLB-4F55 12.8V 55 ≥2000 14.6 10 60 250 160 178
305 167 210
GCLB-4F60 12.8V 60 ≥2000 14.6 10 70 250 160 178
305 167 210
GCLB-4F75 12.8V 75 ≥2000 14.6 10 80 305 167 210
GCLB-4F80 12.8V 80 ≥2000 14.6 10 85 260 160 215
305 167 210
GCLB-4F90 12.8V 90 ≥2000 14.6 10 100 305 167 210
328 171 215
GCLB-4F100 12.8V 100 ≥2000 14.6 10 100 305 167 210
GCLB-4F100 12.8V 100 ≥2000 14.6 10 175 328 171 215
350 175 200
GCLB-4F100 12.8V 100 ≥2000 14.6 10 200 328 171 215
GCLB-4F120 12.8V 120 ≥2000 14.6 10 175 405 180 215
328 171 215
GCLB-4F150 12.8V 150 ≥2000 14.6 10 100、175、200 295 178 345
405 180 215
GCLB-4F200 12.8V 200 ≥2000 14.6 10 100、175、200 500 270 220
520 230 220
GCLB-4F240 12.8V 240 ≥2000 14.6 10 100、175、200 520 267 218
GCLB-4F250 12.8V 250 ≥2000 14.6 10 100、175、200 520 267 218
GCLB-4F300 12.8V 300 ≥2000 14.6 10 100、175、200 520 267 218
GCLB-4F400 12.8V 400 ≥2000 14.6 10 100、175、200 520 267 218
GCLB-4F500 12.8V 500 ≥2000 14.6 10 100、175、200 520 380 210
GCLB-8F10 25.6V 10 ≥2000 29.2 20 20 181 77 167
GCLB-8F20 25.6V 20 ≥2000 29.2 20 40 198 166 177
GCLB-8F40 25.6V 40 ≥2000 29.2 20 60 198 166 177
GCLB-8F50 25.6V 50 ≥2000 29.2 20 100 328 171 215
GCLB-8F60 25.6V 60 ≥2000 29.2 20 60 328 171 215
GCLB-8F80 25.6V 80 ≥2000 29.2 20 80 483 170 240
GCLB-8F100 25.6V 100 ≥2000 29.2 20 120 520 267 218
GCLB-8F120 25.6V 120 ≥2000 29.2 20 120 520 267 218
GCLB-8F150 25.6V 150 ≥2000 29.2 20 150 520 267 218
GCLB-8F200 25.6V 200 ≥2000 29.2 20 100、175 520 267 218
GCLB-8F400 25.6V 400 ≥2000 29.2 20 100、175 820 370 200
GCLB-12F50 38.4V 50 ≥2000 43.8 30 70 483 170 240
GCLB-12F100 38.4V 100 ≥2000 43.8 30 120 520 267 218
GCLB-16F40 51.2V 40 ≥2000 58.4 40 80 670 105 205
GCLB-16F50 51.2V 50 ≥2000 58.4 40 40 520 267 218
GCLB-16F75 51.2V 75 ≥2000 58.4 40 75 520 267 220
GCLB-16F80 51.2V 80 ≥2000 58.4 40 100 520 267 218
GCLB-16F150 51.2V 150 ≥2000 58.4 40 175 500 400 300
GCLB-16F200 51.2V 200 ≥2000 58.4 40 100 750 510 210

Telecom BTS,Residential and Commercial using

Model Normal Voltage(V) Normal Capacity(Ah) Energy (Wh)  Maximum Current(A) Dimension(mm) REMARKS
L W H
GCTC-48-10 48 10 480 20 442 285 44 1U
GCTC-48-20 48 20 960 40 442 285 88 2U
GCTC-48-25 48 25 1200 40 442 360 88 2U
GCTC-48-40 48 40 1920 60 442 325 132 3U
GCTC-48-50 48 50 2400 60 442 400 132 3U
GCTC-48-60 48 60 2880 60 442 460 132 3U
GCTC-48-80 48 80 3840 60 442 450 177 4U
GCTC-48-100 48 100 4800 60 442 520 177 4U
GCTC-48-200 48 200 9600 175 482 383 222 5U
GCTC-51.2-50 51.2 50 2600 60 442 400 132 3U
GCTC-51.2-100 51.2 100 5120 80 442 400 178 4U
GCTC-51.2-150 51.2 150 7700 80 442 520 221 5U
GCTC-51.2-200 51.2 200 10240 80 442 650 221 5U
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