AGM Battery Energy Storage Battery with Photovoltaic Module Solar Panel
The battery adopts new AGM technology, high purity materials and several patented technologies, which enable it to have long float and cycle life, high energy ratio, low self-discharge rate and very good resistance to high and low temperatures.
Product IntroductionThe battery adopts new AGM technology, high purity material and many patented technologies, which makes it have long float and cycle life, high energy ratio, low self-discharge rate and good resistance to high and low temperature. The product meets international standards and is the most ideal and reliable choice for DC operating power in power plants and substations.
Product FeaturesCapacity range (C10): 7Ah - 3000Ah;Long design life: design life up to 15 years (25℃);Small self-discharge: ≤1%/month (25℃);High sealing reaction efficiency: ≥99%;Uniform and consistent float charging voltage: ≤±50mV.Compact structure and high specific energy;Good high-current discharge performance;Wide working temperature range: -20~50℃.
Application Areas:Alarm systems; emergency lighting systems; electronic instruments; railroads, ships; post and telecommunications; electronic systems; solar and wind power generation systems; large UPS and computer backup power; firefighting backup power; forward-value load compensation energy storage devices.
Battery Structure FeaturesPlate grid-adopting the patented child-mother plate grid structure technology;Positive plate - Paste coated positive plate, using high temperature and high humidity curing process;Spacer- high quality microporous glass fiber spacer with high absorption and stability;Battery casing - high strength ABS with high impact and vibration resistance (flame retardant grade available);Terminal sealing - using patented multi-layer pole sealingProcess control-multiple proprietary homogeneity measures;Safety valve - patented labyrinthine double-layer explosion-proof acid filtering valve body structure;Terminals - the use of embedded copper core round terminal structure design.