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  • The lithium ion forklift battery is poised to revolutionize the materials handling industry
    The lithium ion forklift battery is poised to revolutionize the materials handling industry

    The lithium ion forklift battery is poised to revolutionize the materials handling industry. And when you compare the pros and cons of the lithium battery vs. lead acid battery for powering your forklift or fleet of lift trucks, it is easy to understand why. The biggest reason is that the potential cost savings are enormous. It’s true that lithium forklift batteries do cost considerably more than lead acid batteries, but they last 2-3 times longer and create dramatic savings in other areas that guarantee you a significantly lower total cost of ownership. Here are some of the key advantages that make powering your electric lift trucks with lithium batteries a smart decision: Dramatic cost savings Lower total cost of ownership Longer life span Longer warranties Safer operations Faster, more efficient charging No need for a battery room Less down time Let’s take a closer look at some of the major advantages of powering your fleet with state-of-the-art lithium battery technology. Dramatic cost savings: Because lithium ion batteries last so much longer than traditional lead acid batteries, the cost savings begin to add up quickly and end up being substantial over the much longer life span of this game-changing forklift power source. Other factors that contribute to a more cost-efficient warehouse operation include: Far less money spent on energy for charging batteries Less time and labor expended by workers swapping out lead acid batteries Less time and labor spent maintaining and watering lead acid batteries Less energy wasted (a lead acid battery burns off 45-50% of its energy in heat, while a lithium battery loses only 10-15%) Worker safety: Hydrogen fumes and “acid splash” are a health and safety concern for workers maintaining lead acid batteries. Risks include sulfuric acid contacting their clothing, skin or eyes. Though not always adhered to, OSHA guidelines call for nearby eyewash stations and for workers to wear personal protective gear (goggles, rubber or neoprene gloves and aprons). Such potential health and safety hazards are eliminated when using lithium batteries. No battery rooms required: Due to the space needed for charging and the risk of spills and fumes, most companies that run multiple forklifts powered by lead acid batteries handle the time-consuming recharging tasks by dedicating some of their valuable warehouse space to a separate, well-ventilated battery room. Opportunity charging: So-called “opportunity charging” (or charging forklift batteries when opportunities arise; for example, during breaks or in between tasks) is one of the great advantages of lithium batteries. However, the same practice will significantly shorten the life of a lead acid battery. Longer warranties: Lead acid batteries must be meticulously maintained, according to the manufacturer’s specifications, to remain in compliance with warranty protections. Lithium batteries are essentially maintenance free and are covered by longer warranties.

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  • The history of lithium-ion batteries
    The history of lithium-ion batteries

    In 1970, Exxon's M.S. Whittingham made the first lithium battery using titanium sulfide as cathode material and lithium metal as cathode material. The cathode material of lithium battery is manganese dioxide or thiony l chloride, and the cathode is lithium. When the battery is assembled, the battery will have voltage and need not be charged. Lithium-ion batteries (Li-ion Batteries) are the development of lithium batteries. For example, button batteries used in previous cameras were lithium batteries. This kind of battery can also be charged, but its cycle performance is not good. It is easy to form lithium crystals during charging and discharging cycle, resulting in short circuit inside the battery, so this kind of battery is generally prohibited from charging. In 1982, university of Illinois institute of technology (the Illinois Institute of Technology) R.R.A garwal and J.R.S elman found embedded lithium ion has the properties of the graphite, the process is quick, and reversible. At the same time, made of metallic lithium batteries, much attention has been paid to its safety problems, so people try to take advantage of the characteristics of lithium ion embedded graphite production of rechargeable batteries. The first available lithium-ion graphite electrode successfully trial-produced by bell LABS. 1983 m. hackeray, J.G galaxite  oodenough and others found to be excellent cathode material, with a low price, stable and good conductive lithium, guide performance. Its decomposition temperature is high, and oxidation is far lower than the cobalt acid lithium, even if a short circuit, over charge, also can avoid the risk of combustion and explosion. In 1989, arjun anthiram and J.G oodenough anionic polymerization is found that the positive will generate higher voltage. SONY of Japan in 1992 invented the carbon materials as anode, with lithium compounds as the anode of lithium battery, in the process of charging and discharging, no metal lithium exists, only lithium ion, that is the lithium ion battery. Subsequently, lithium ion batteries have revolutionized the face of consumer electronics products. Such as cobalt acid lithium as the anode material of battery, is still the main power supply of portable electronic devices. Padhi and Good enough found 1996 has olivine structure of phosphate, such as lithium iron phosphate (LiFePO4), more security than traditional anode materials, especially high temperature resistance, resistance to overcharge performance than traditional lithium-ion battery materials. Therefore has become the current mainstream of large current discharge Power lithium battery The anode material. Throughout the history of the development of battery, we can see that the three characteristics on the development of battery industry in the world, and one is the rapid development of green environmental protection battery, including lithium ion batteries, nickel-metal hydride batteries, etc.; Two is a battery to battery, it conforms t...

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  • Renewable energy and batteries are important for improving the environment
    Renewable energy and batteries are important for improving the environment

    By 2035, the world will do better in terms of greenhouse gas emissions. Rather, we have actually stopped emissions completely. Many countries have stated that by 2050 they will achieve carbon neutrality and will not produce more carbon dioxide or other greenhouse gases. This means that by that time, we will stop using disposable resources such as oil, natural gas and coal as energy. As a result, solar panels and wind turbines will be found throughout the planet. This choice is foreseeable. Economically, the cost of such renewable energy is much lower than that of “old” energy production, and it is of great help to environmental improvement. solar panel Take solar panels as an example. By 2035, their appearance will be very different from today's, and the shape and size will be varied. There will be tandem solar cells stacked together by different solar cells. And what do you mean by each part of the stack that favors a particular spectral segment? For example, the uppermost battery can effectively absorb blue and green light and convert it into electrical energy while allowing the rest of the light to work with the red light through the underlying battery. Each part of the solar panel has its own mission, creating an efficient solar cell with an efficiency of 35%. By contrast, our current solar panels on the roof are only 22% efficient. In addition, there are some solar cells that like to "sunbath" on both sides. These double-sided solar panels are ideal for large solar installations because they not only convert light from direct sunlight, but also absorb reflected light from the ground, which produces 25% more energy than a single-sided battery. Thin-film solar cells will also become a trend, and such batteries do not need to be used in special locations and can be invisibly implanted into windows and walls of buildings. By 2035, the grid will also undergo a transformation. It will become smarter, consisting of smaller micro and nano networks. For example, a group of office buildings or homes will have their own nano-network that can operate autonomously and provide its own power without overloading. These nano-networks will then create larger micro-networks with the surrounding buildings... battery Whether it is a solar panel or a wind turbine, or a power grid, it can be combined with energy storage. Especially when energy cannot be generated by itself, the energy storage effect of the battery becomes more important. Where does electricity come from at night, during the rainy day, when there is no wind? Therefore, by 2035, more people will realize the advantage of using batteries to store electricity. Almost every household, every district, every office building, etc. will install energy storage batteries. Lithium-ion batteries, which are now more popular, will also become more efficient and affordable. At that time, because of the deepening of national policies and environmental protection concepts, electric vehicles will also be very popular...

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  • Solar photovoltaic power generation and energy storage system battery
    Solar photovoltaic power generation and energy storage system battery

    Solar energy is a clean and renewable new energy, more and more people of all ages, in people's lives, work has a wide range of roles, one of which is the conversion of solar energy into electricity, solar cells is the use of solar energy work. The solar thermal power plant is the use of the principle of convergence of the sun, the boiling water into boiling water, and then used to generate electricity. Solar energy is energy from the Earth's external celestial bodies (mainly solar energy), is the sun's hydrogen nuclei in the ultra-high temperature fusion release of the huge energy, the vast majority of human energy required directly or indirectly from the sun. We live the necessary coal, oil, natural gas and other fossil fuels because all kinds of plants through photosynthesis to solar energy into chemical storage in the plant after the body, and then buried in the underground animals and plants through a long geological age. In addition, water, wind, wave energy, ocean currents can also be converted from solar energy. There are two types of solar power generation: one is solar power (also known as solar photovoltaic power generation), the other is solar thermal power generation (also known as solar thermal power generation). Solar photovoltaic power generation is a direct way to convert solar energy into electricity. It includes photovoltaic power generation, photochemical power generation, light-induced power generation and photoelectric power generation in four forms, in the photochemical power generation in electrochemical photovoltaic cells, photocells and photocatalytic batteries. Solar thermal power generation is the first solar energy into heat, and then heat into electricity, it has two conversion methods. One is the direct conversion of solar thermal energy into electrical energy, such as semiconductor or metal materials, thermoelectric power generation, vacuum devices in the thermoelectric and thermal ion power generation, alkali metal thermoelectric conversion, and magnetic fluid power generation. Another way is to heat the sun through the heat engine (such as steam turbine) to drive generators, similar to conventional thermal power generation, but its heat is not from the fuel, but from solar energy. With the economic development, social progress, people put forward higher and higher energy requirements, looking for new energy has become an urgent task facing the current human. There are three main types of existing energy sources, namely, thermal power, hydropower and nuclear power. If you are looking for more information about lithium batteries,Lithium Iron Phosphate Battery, energy storage system battery,check out Supepack's website for more good info.

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  • About energy storage batteries, why choose solar lithium battery more than Lead Acid Replacement Battery
    About energy storage batteries, why choose solar lithium battery more than Lead Acid Replacement Battery

    The same is the energy storage battery, why choose solar lithium battery more than Lead Acid Replacement Battery? Solar street light is currently developing relatively fast, lithium battery is a controllable, non-polluting energy storage battery, new lithium battery solar street light Can be a perfect match with the system. As lithium battery technology becomes more and more mature, the capacity is getting larger and larger, the lifespan is getting longer and longer, and the application range is wider and wider. Now the use of lithium batteries has been carried out to the solar street lamp profession, replacing lead acid and gel batteries. Why do so many people choose solar lithium batteries? Lithium battery: There is no doubt that it is better than lead-acid battery in various performances. The current common one is lithium iron phosphate battery. This battery does not have a memory effect like lead-acid battery. After more than 1600 charge, the battery The storage capacity can still reach 85%. Compared with lead-acid batteries, lithium batteries have the advantages of light weight, large capacity and long service life. Lead acid replacement battery: The electrodes are mainly made of lead and oxide, and the electrolyte is a sulfuric acid solution. When the lead-acid battery is charged, the main component of the positive electrode is lead dioxide, and the main component of the negative electrode is lead. In the discharge state, the main components of the positive and negative electrodes are lead sulfate. Lead-acid batteries have a memory effect, and the storage capacity of the battery is greatly reduced when the overlap is more than 500 times. Therefore, many customers also fully recognize Baoding lithium battery solar street lights. This is why solar lithium battery street lights are becoming more and more popular. Lithium battery is small in size and light in weight, saving time and effort Nowadays, the choice of global solar street lamps is generally integrated street lamps. If a lead-acid battery pack is used, it needs to be buried in the underground around the pole and placed in the buried box. If a lithium battery is used, with its light weight, It can be plugged to the opposite side of the battery board, saving time and effort. Lithium battery is less polluted than lead-acid battery, green and environmentally friendly We all know that the service life of lead-acid batteries is relatively short. Although it is cheap, it may need to be changed once a year, which will greatly increase the pollution of the environment. Moreover, the lead-acid battery itself is heavier than the lithium battery, and if it is replaced, it will always cause harm to the environment. Lithium batteries are not polluted, while lead acid batteries are contaminated with heavy metal lead. Lithium battery is smarter Today's lithium batteries are becoming more and more intelligent, and the functions are getting more and more perfect. The current lithium battery can be adju...

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