Factory Direct: High-capacity Sealed Gel Lead Acid Battery

1. Charging efficiency: The usage of imported low resistance raw materials and advanced process help make theinternal resistance smaller and the acceptance ability of small current charging stronger. 2. High and low temperature tolerance: Wide temperature range (lead-acid:-25-50 C ,and gel:-35-60 C), suitablefor indoor and outdoor use in varies environments. 3. Long cycle-life: The design life of lead acid and gel series reach to more than 15 and 18 years respectively, forthe arid is corrosion- resistant. and electrolvte is without risk of stratification by using multiple rare-earth alloy ofindependent intellectual property rights, nanoscale fumed silica imported from Germany as base materials, andelectrolyte of nanometer colloid all by independent research and development. 4. Environment-friendly: Cadmium (Cd), which is poisonous and not easy to recycle, does not exist. Acid leakageof gel electrolvte will not happen. The battery operates in safety and environmental protection. 5. Recovery performance: The adoption of special alloys and lead paste formulations make a low self-dischargerate, good deep discharge tolerance, and strong recover capability.

Model	Voltage	Capacity	Weight	Size
DKGB2-100	2v	100Ah	5.3kg	17171205*205mm
DKGB2-200	2v	200Ah	12.7kg	171110325*364mm
DKGB2-220	2v	220Ah	13.6kg	171110325*364mm
DKGB2-250	2v	250Ah	16.6kg	170150355*366mm
DKGB2-300	2v	300Ah	18.1kg	170150355*366mm
DKGB2-400	2v	400Ah	25.8kg	210171353*363mm
DKGB2-420	2v	420Ah	26.5kg	210171353*363mm
DKGB2-450	2v	450Ah	27.9kg	241172354*365mm
DKGB2-500	2v	500Ah	29.8kg	241172354*365mm
DKGB2-600	2v	600Ah	36.2kg	301175355*365mm
DKGB2-800	2v	800Ah	50.8kg	410175354*365mm
DKGB2-900	2v	900AH	55.6kg	474175351*365mm
DKGB2-1000	2v	1000Ah	59.4kg	474175351*365mm
DKGB2-1200	2v	1200Ah	59.5kg	474175351*365mm
DKGB2-1500	2v	1500Ah	96.8kg	400350348*382mm
DKGB2-1600	2v	1600Ah	101.6kg	400350348*382mm
DKGB2-2000	2v	2000Ah	120.8kg	490350345*382mm
DKGB2-2500	2v	2500Ah	147kg	710350345*382mm
DKGB2-3000	2v	3000Ah	185kg	710350345*382mm

Lead ingot raw materials

Polar plate process

Electrode welding

Assemble process

Sealing process

Filling process

Charging process

Storage and shipping

Advantages of gel battery: 1. With high quality and long service life, the colloidal solid electrolyte can form a solid protective layer on the plate to prevent the plate from being corroded. At the same time, it also reduces the occurrence of plate bending and plate short circuit when the battery is used under heavy load. * It can effectively prevent the softening and falling of active substances on the plate. It has a good physical and chemical protection purpose, which is 1.5~2 times of the standard life of traditional lead-acid batteries in areas. The specific gravity of colloidal electrolyte is scientific, which is not easy to cause plate vulcanization. Under normal use, the number of cycles is more than 550. 2. Safe, dry and environment-friendly: no acid and zero gas, no electrolyte overflow, no combustion, no explosion, no corrosion of the car body, no pollution. As the dry electrolyte is solid, the battery can still be used normally even if the shell is broken accidentally during use, and no liquid sulfuric acid flows out. 3. Good discharge performance: colloid battery has small self-discharge, which is conducive to long-term storage, high deep discharge performance, which is conducive to improving the utilization rate of active substances and discharge capacity, strong recovery ability of deep discharge and over discharge, and the charging acceptance capacity exceeds the regional standard by more than 50%. 4. Convenient and fast use, regular maintenance: the product surface is clean and free of dirt, one-time electrolyte infusion, and free of acid solution for permanent use, which can save a lot of energy and maintenance costs. 5. Less water loss: the oxygen circulation design has holes convenient for oxygen diffusion. The released oxygen can react with negative substances again, so less gas is released during charging and discharging, which means less water loss. 6. Long shelf life: good resistance to plate sulfation and grid corrosion, long shelf life. 7. Less self discharge: it can prevent the use of water diffusion generated during cathodic reduction and inhibit the spontaneous reduction reaction of PbO, so it has less self discharge: 8. Good low-temperature starting performance. As the sulfuric acid electrolyte exists in the colloid, although the internal resistance is slightly large, the internal resistance of the colloid electrolyte changes little at low temperature, so its low-temperature starting performance is good. 9. The charging mode can fully activate the active substance and improve the battery capacity. 10. The use environment (temperature) is wide, especially suitable for cold weather in Northeast China: gel battery can be used within the temperature difference of - 40 65C, effectively solving the problem of starting difficulty due to the use of traditional lead-acid battery in the northern cold regions and other high temperature regions in the past. Main technical indicators of battery. Design life: 10 years of floating charge life (under the condition of 25 normal use and sufficient electricity), 1200 times of deep cycle life (under the condition of 25 discharge depth of 80%, and timely replenishment of sufficient electricity), charge acceptance capacity: after 100% deep discharge of the battery, charge it for 10 hours at 2.35V/unit constant voltage current limiting 0.15C 10 (A), and the charge capacity is more than 98% of the discharged capacity. Sealing reaction efficiency: more than 99%. Capacity preservation rate: after 90 days of standing, the remaining capacity is greater than 90% of the rated capacity: 10h rate, capacity 0.1C, 10A, discharge to the final voltage 1.80V/monomer C, 103h rate, 0.25, 10A, discharge to the final voltage 1.80V/monomer 20, 75 C, 10, 1h rate capacity. 0.55C 10 A discharge to final voltage 1.75V/monomer 0.55 C 10. Capacity recovery performance (short circuit performance): discharge to 0V at 0.1C 10A, short circuit for 24h, charge for 10h at 2.35V/unit constant current limiting. 15C 10A), and then charge for 24h at 2.25V/unit constant current limiting 0.15C 10 (A). Test the capacity of C 10 for 5 consecutive times, and the remaining capacity shall not be less than 90% of the initial capacity.