Shenzhen Houny Battery Co., Ltd

Lifepo4 Power Station 1000W Power Station  Description 1) Output power: The rated 1000W Peak 2000W 2) Output voltage: AC100-110V/220-240V 50Hz/60Hz Pure Sine Wave 4*USB: 5V/2A,9V/2A,12V/1.5A 2 USB Share 18W 1*TYPE C: PD100W 3) Input: DC 12-30V 200W (MAX) MPPT 4) Battery Capacity: 1036.8Wh 5) Built-in Battery Type: LiFePO4 Battery 6) Working temperature: 0℃-40℃. 7) Size: 385*190*190mm Handle size: H47mm,L160MM 8) Net Weight: 14.75KG 9) More than 2000 cycle times 10) Color: Space grey Lifepo4 Power Station   Selling point 1. Fashionable family series (300/500/1000/1500/2000W) to meet different requirements. 2. MPPT controller built in, super efficient in solar charging. 3. Smart LCD screen to show the loading power & working time clearly and display your own logo. 4. Powerful Inverter, HY-1000(1000W) can keep working under 1150W-1200W until the battery running out. 5. Triple heat dissipation, luxury air-craft grade aluminum casing, separate design for battery and inverter inside, hig

The world's biggest type of capacity for abundance power, siphoned capacity is a reversible hydroelectric plant. They are a net purchaser of energy, however, give stockpiling to any wellspring of power, successfully smoothing pinnacles and boxes in the power organic market. Siphoned capacity plants normally use "spare" power during off top periods to siphon water from a lower supply to an upper repository. Since the siphoning happens "off top", power is less important than at busy times. This less important "spare" power comes from uncontrolled breeze power and base burden power plants like coal, atomic and geothermal, which actually produce power around evening time despite the fact that requests are extremely low. During daytime top interest, when power costs are high, the capacity is utilized for cresting power, where water in the upper supply is permitted to stream back to a lower repository through a turbine and generator. Dissimilar to coal power

Save yourself from the inconvenience of power outages —Portable Energy Storage Systems might be the answer to your needs. POWER STATIONS OVERVIEW A power station, likewise alluded to as a power plant and now and then creating a station or producing plant, is a modern office for the age of electric power. Power stations are by and large associated with an electrical lattice. Many power stations contain at least one generator, a turning machine that changes over mechanical power into three-stage electric power. The overall movement between an attractive field and a conveyor makes an electric flow. The energy source outfit to turn the generator shifts broadly. Most power stations on the planet consume petroleum derivatives like coal, oil, and flammable gas to produce power. Clean energy sources incorporate atomic power, and expanding utilization of renewables, for example, sunlight based, wind, wave, geothermal, and hydroelectric. POWER FROM RENEWABLE ENERGY Power stations can generate el

Car Stop-Start Battery 12.8v 90Ah Product Description 1, Long lifespan Lead-acid battery lifespan is 250-300 cycles while LiFePO4 lifespan is about 3000 cycles. The battery pack  runs out its energy without driving the car for weeks, the lead-acid battery would probably die after that, but the LiFePO4 battery can be used after recharging, and it doesn't affect its lifespan. 2, Safety & Security Lithium iron phosphate has excellent thermal and chemical stability, This battery stays cool in higher temperatures. It is also incombustible when it is mishandled during rapid charges and discharges or when there are short circuit issues. Lithium iron phosphate does not normally experience thermal runaway, as the phosphate cathode will not burn or explode during overcharging or overheating as the battery remains cool. 3, Promote engine reduce fuel consuming The lower LiFePO4 internal resistance and higher output current make the spark plug create higher electricity, quickly ignite and e

Inside a Lithium-ion battery there is a negative and positive electrode. The cathode is built from lithium cobalt oxide (LiCoO 2 ). The anode is reared of carbon and both anode and cathodes are suppressed in an electrolyte. The battery is equipped with a separator between cathode and anode then the Lithium-ions from the cathode roams through the electrotype and separator to the anode. Image 2. Retrieved from physicsandsocietybc.wordpress.com According to Kejie Zhao's paper on “ Fracture Of Electrodes In Lithium-Ion Batteries Caused By Fast Charging .” Journal Of Applied Physics (2010), The electrons from the cathode travel through a metallic wire outside of the battery and amidst this process 3.7 volts are produced in the cell. In its recharging state all of this is reversed and the lithium ions are sent back to the cathode. Lithium-ion Phosphate  (Read also:  Lithium Iron Phosphate VS. Lithium-Ion: Differences and Advantages ) The development dates back to 1996. The University of

In 1859, French physician Gaston Planté pioneered the commercial use of lead acid — the first rechargeable battery. In recent years, lead-acid batteries have been optimized in numerous applications for its reliability and inexpensive cost-per-watt base but there remain certain new shortcomings facing the lead-acid battery manufacturers —an increase in the amount of faulty modes.      Image 1. Components of Lead Acid Battery (Source thebatteryclinic.co.nz) Types of Lead-acid Batteries ●Batteries with flooded or excess electrolyte. ●Low-maintenance lead-acid batteries with a large excess of electrolyte. ●Batteries with immobilized electrolyte and a pressure-sensitive valve usually referred to as absorptive glass-microfibre (AGM) valve-regulated lead-acid (VRLA) batteries.   Advantage Disadvantages ●Inexpensive and simple to manufacture; low cost per watt-hour ●Low self-discharge; lowest among rechargeable batteries ●High specific power, capable of high discharge currents ●Good low and hi

Running out of battery can be a big problem, especially if you may not be able to use the wall socket to charge your phone. Cue mobile power! Mobile power keeps your phone fully charged without an outlet, so you never miss a selfie opportunity or a call from mum. It's time to charge up and learn all about mobile power from what they're used for, the different types and why you need a Power Bank When was the first mobile power made? The first portable mobile power supply was created in 2001 by a Chinese company called Pisen. The original design was two AA batteries cobbled together by circuitry! It was first publicly unveiled at the International Consumer Electronics Show in Las Vegas. The first mobile power supply was bulky and had a short battery life. Today, there are more complex, compact designs with much longer battery life. Most modern mobile power supplies fit in the palm of your hand and charge your smartphone a few times before the battery runs out. What is the purpose