Why Choose Us
Production Capacity
At present, Haibao has Over 30 million units of production capacity and an output value of more than 750 million USD. The comprehensive strength of Haibao is the best in the industry, as a well-known AGM (Absorbent Glass Mat Battery), GEL, Deep Cycle, Lead Carbon, OPzV battery, OPzS battery, Lead Acid batteries, and Lithium batteries for all kinds of industrial applications like Solar System, UPS system, Telecom, Data Centers, Rail Transit, Motive Vehicles, etc.
Our Certificates
With 1,000 employees, more than 400 senior technical personnel, Haibao has strong technical strength and advanced equipment. Haibao has passed the ISO9001 quality system, ISO14001 environmental system certification, ISO45001, ISO5001, ISO10012,ISO18001 and so on.
Our Product
Lead acid battery/ Lithium battery/ EV battery/ Industry battery/ Battery packs for replacing lead acid/ gel/ agm battery/ Battery packs for RV&machinery&equipment.
After-sales service
Return and exchange service: According to the after-sales service policy, provide customers with convenient return and exchange services to protect customer rights.Customer feedback and improvement: Actively collect customer feedback and suggestions, continuously optimize product and service quality, and improve customer satisfaction.
What is Motivate Battery
A motivate battery is a device that converts chemical energy contained within its active materials directly into electric energy by means of an electrochemical oxidation-reduction (redox) reaction. This type of reaction involves the transfer of electrons from one material to another via an electric circuit.motivate battery are a collection of one or more cells whose chemical reactions create a flow of electrons in a circuit. All batteries are made up of three basic components: An anode (the '-' side), a cathode (the '+' side), and some kind of electrolyte (a substance that chemically reacts with the anode and cathode).
Benefits of Motivate Battery
Reduced carbon footprint
One of the outstanding advantages is the significant reduction in the carbon face, which can be achieved in instances where electric two-wheelers are charged using motivate battery. Traditionally fuelled automobiles emit more poisonous greenhouse gases in the environment, which results in climate change or global warming. On the other hand, while under usage, likraft's lithium-ion battery-operated electric two-wheelers do not produce direct emissions. This means that any time you use an electric scooter or a motorcycle, you are not emitting any carbon dioxide or other pollutants into the atmosphere at all.
Lower operational costs
In contrast with traditional vehicles that run on gasoline, lithium-ion battery-operated electric two-wheelers have significantly lower operating costs, which can be considered one of the major advantages. Compared to the cost of gasoline used to power conventional scooters or motorbikes, the cost of electricity to charge a lithium battery for ebike is fairly cheap. This overtime leads to savings, especially for riders who use their two-wheelers daily or those who ride frequently.
Energy efficiency and performance
Motivate battery are found to be highly effective and responsible for electric two-wheelers' energy efficiency and performance characteristics. Due to this reason, these batteries possess the ability to pack a large amount of energy delivery capacity in a relatively light and compact form. This helps to keep the design of electric two-wheelers compact and lightweight while increasing the driving range of these vehicles due to the efficiency of the motivate battery and the inherent efficiency of the electric motors as compared with the energy conversion in gasoline engines, a substantially higher proportion of the stored energy in motivate battery end up as usable real motion.
Support for the circular economy
In the circulate economy,motivate battery technology makes immense sense when it comes to the reduction of waste and optimisation of resources in electric two-wheelers. Electric car batteries, which are lithium-ion, last much longer than disposable batteries, and if their usefulness in the car is over, they may be recycled or used for other applications. This strategy also comes in handy in the fight against wastage and efficient use of scarce resources, hence promoting a circular economy.
Types of Motivate Battery
Lithium-Ion Batteries
Most of today's EVs use lithium-ion battery packs. It is the same technology used in smartphones and laptop computers and are known for having a high power-to-weight ratio. Very efficient and offering excellent high-temperature performance, they are currently the best option for holding a stable charge and are recyclable. However, lithium-ion batteries have come under a lot of scrutiny for the not so eco-friendly way the materials for them are mined. For instance, it takes 500,000 gallons of water to refine one ton of lithium.
Nickel-Metal Hydride Batteries
You'll mostly find nickel-metal-hydride (or NiMH) battery packs in hybrid vehicles that combine a gasoline engine with electric motors. These cars use gasoline power to recharge the onboard battery. Nickel-metal hydride batteries generally last longer than lithium-ion batteries and are safe to use. The drawbacks are that they are expensive to produce, generate a lot of heat at high temperatures, and have a high discharge rate. Most modern hybrids have switched from NiMH to higher-performing, lighter, and more compact lithium-ion batteries.
Lead-Acid Batteries
Lead-acid batteries are the kind of 12-volt batteries used in gasoline-powered cars to start the motor. They have been around a long time, and are inexpensive and safe to use. However, lead-acid batteries have a relatively short life, and don't perform well in cold weather. This sort of battery is only used in EVs to power supplemental auxiliary features; providing backup power to power steering, brake boosting, and to power the safety features in EVs. They cannot actually power the electric motors themselves.
Ultracapacitors
Like lead-acid batteries, ultracapacitors are used as secondary storage devices and help to level the load of lithium-ion battery packs. They basically store polarized liquid between an electrode and an electrolyte. Ultracapacitors also give EVs an extra boost of power during acceleration.
Characteristics of the Motivate Battery
Rare earth alloy + silver technology
The corrosion resistance of the positive plate grid is improved, and the service life of DZF series battery is extended.
Graphene technology
The electrochemical activity of the negative active substance of DZF series battery is stable under low temperature conditions, and the battery is heat and cold resistant.
High temperature and paste technology
The content of tetrabasic lead sulfate in the active substance was increased to inhibit the argillation of the active substance, and the aging of DZF series was slowed down.
Continuous casting and rolling technology
The grid frame made by continuous casting and rolling technology is denser, has high corrosion resistance and long battery life.
Silica colloidal technology
The electrolyte distribution inside the battery is uniform, the electrochemical reaction is balanced during the charging and discharging process, and the battery has good consistency and stronger stability.
The Building Blocks
Cells serve as the fundamental building blocks of power batteries, typically lithium-ion batteries. These cells offer a working voltage ranging between 3V and 5V, which, although respectable, is insufficient for providing the high voltage and capacity needed to propel electric vehicles. As a result, cells are connected in series to form a battery module. Series connections elevate voltage, while parallel connections increase capacity.
Structured Assemblies
Given that a battery pack comprises thousands of individual cells, managing them all effectively requires a structural organization. This is where battery modules come into play. Cells are initially connected and housed within frames to form these modules. Battery modules provide an additional layer of protection, shielding cells from external factors such as heat and vibration.
The Powerhouses
Multiple battery modules are connected in series, and a battery management system (BMS) is incorporated along with cooling equipment for temperature and voltage regulation. This integration gives rise to a formidable battery pack. Essentially, a battery pack is the form in which multiple cells are installed in an electric vehicle, providing the necessary energy to power the vehicle. An instance of this configuration is the BMW i3's battery, which contains a total of 96 cells. In this arrangement, 12 cells form a module, and eight modules combine to create the battery pack.
A Comprehensive Process
In general, assembling a battery pack is a systematic process that involves moving from cells to modules and eventually to the battery pack. Each step plays a crucial role in ensuring the efficient operation of the battery system.In conclusion, understanding these fundamental components—cells, battery modules, and battery packs—lays the groundwork for navigating the intricate world of power batteries.
How to Choose Motivate Battery
Primary vs. Secondary
One of the first choices in battery selection is to decide whether the application requires primary (single use) or secondary (rechargeable) batteries. For the most part, this is an easy decision for the designer. Applications with occasional intermittent use (such as smoke alarms, toys, or flashlights) and disposable applications in which recharging becomes impractical (such as hearing aids, watches, greeting cards, and pacemakers) warrant the use of a primary battery. If the battery is used continuously and for long stretches of time (such as in a laptop, cell phone, or smart watch), a rechargeable battery is more suitable.
Energy vs. Power
The runtime of a battery is dictated by the battery capacity expressed in milliampere per hour (mAh) or amp hours (Ah) and is the discharge current that a battery can provide over time.When comparing batteries of different chemistry, it is useful to look at the energy content. To obtain the energy content of a battery, multiply the battery capacity in Ah by the voltage to obtain energy in watt hours (Wh). For instance, a nickel-metal hydride battery with 1.2 V and a lithium-ion battery with 3.2 V may have the same capacity, but the higher voltage of the lithium-ion would increase the energy.
Voltage
Battery operating voltage is another important consideration and is dictated by the electrode materials used. A useful battery classification here is to consider aqueous or water-based batteries versus lithium-based chemistries. Lead acid, zinc carbon, and nickel metal hydride (NiMH) all use water-based electrolytes and have nominal voltages ranging from 1.2 to 2 V. Lithium-based batteries, on the other hand, use organic electrolytes and have nominal voltages of 3.2 to 4 V (both primary and secondary).
Temperature Range
Battery chemistry dictates the temperature range of the application. For instance, aqueous electrolyte-based zinc-carbon cells cannot be used below 0° C (32° F). Alkaline cells also exhibit a sharp decline in capacity at these temperatures, although less than zinc-carbon. Lithium primary batteries with an organic electrolyte can be operated up to -40° C/F, but with a significant drop in performance.
Electrode Manufacturing
The process begins with the production of anode and cathode electrodes. Manufacturers coat copper foil with active electrode materials, such as lithium cobalt oxide (LCO) for the cathode and graphite for the anode.
Cell Assembly
The coated foils are then combined with separators, which prevent direct contact between the anode and cathode. The electrodes and separators are then rolled together to form a jelly-roll structure.
Filling Electrolyte
The jelly-roll structure is immersed in an electrolyte solution, typically a lithium salt dissolved in a solvent. The electrolyte helps facilitate the flow of ions between the electrodes during charge and discharge cycles.
Sealing
The filled jelly roll is sealed inside a protective casing to prevent leaks and maintain safety.
Battery Pack Assembly
Several cells are assembled into a larger battery pack, and a Battery Management System (BMS) is integrated to monitor and control the battery's performance.
How to Maintain Motivate Battery
Store Your Battery Correctly
Keeping your battery safe can play a major role in ensuring a long lifespan. For most batteries, it is recommended to charge them to 50-60% before placing them into storage. This provides the battery with plenty of time before the voltage will drop to a dangerous point due to self-discharge.Self-discharge refers to the internal process that causes batteries to drain energy quicker even when no electrical consumers are connected.
Keep Your Battery Clean
Keeping your batteries clean and dry can help maximize their performance and lifespan. Dirt, debris and moisture can contribute towards corrosion and leakage.To maintain a clean battery, simply dampen a cloth with distilled water and gently wipe the batteries clean. Be careful with the amount of water you use as you do not want to get your battery too wet. After cleaning, ensure that the area is left dry.
Keep at the Correct Temperature
Batteries work most efficiently when they are kept at the correct temperature. For most batteries, this ranges between 5 and 40 degrees.At low temperatures, the electrochemistry is slowed. However, at high temperatures, the risk for internal corrosion is increased.Motivate Battery drain energy faster in cold temperatures as they use some of their energy to heat themselves enough to function. This can prove harmful to the battery. When temperatures are cold, using a battery heater or thermal insulation can combat these risks.
Use The Correct Charger
Charging is the process of applying an external voltage to force the flow of electrons from the cathode (positive electrode) to the anode (negative electrode). Each battery has its own charging process and specification, which is why it is imperative to use the correct charger.By using the correct charger, you can ensure that the correct voltage is being applied. Voltage is simply the pressure that moves the current through an electrical system.
Our factory
Haibao Battery was established in the 1960s of the last century, formerly known as the Shanghai 71 battery factory. In 1993, Shanghai Haibao Special Power Co. , Ltd. was officially established and became the earliest electric vehicle power battery research and development enterprise in China. In the same year, in cooperation with Shanghai Bicycle Factory No. 2, we developed China's first electric car and the first electric car battery, "Haibao" battery.At present, Haibao has Over 30 million units of production capacity and an output value of more than 750 million USD. The comprehensive strength of Haibao is the best in the industry, as a well-known AGM (Absorbent Glass Mat Battery), GEL, Deep Cycle, Lead Carbon, OPzV battery, OPzS battery, Lead Acid batteries, and Lithium batteries for all kinds of industrial applications like Solar System, UPS system, Telecom, Data Centers, Rail Transit, Motive Vehicles, etc.
FAQ
As one of the leading motivate battery manufacturers and suppliers in China, we warmly welcome you to wholesale motivate battery for sale here and get pricelist from our factory. All our products are with high quality and competitive price.
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