Motorcycle battery life is generally how much?

Motorcycle battery life is generally fully charged and discharged 300 times, and vehicle conditions, road conditions, wind direction, load, slope and other factors are related, it is difficult to set an accurate figure. The main functions of motorcycle batteries: 1. Power supply when starting; 2. When the vehicle is running, it acts as a large capacitor in the vehicle circuit to play the role of circuit insurance. Battery maintenance methods: 1. Timely charging: the vulcanization process will begin after the battery is discharged, and obvious vulcanization will occur after 12 hours. Timely charging can clean up the non-serious vulcanization; 2. Timely water replenishment: The battery adopts a lean liquid design, Gas evolution will occur during charging, and distilled water needs to be replenished in time.

2024-08-29

How to choose a suitable motorcycle battery

When choosing a suitable motorcycle battery, you can consider the following aspects: 1. Models and specifications: First consider the models and specifications of motorcycles. Different models may require batteries of different types, sizes and voltages. You can consult the vehicle's manual or consult the manufacturer to determine the appropriate battery size. 2. Battery type: There are usually two types of motorcycle batteries, namely traditional liquid batteries and AGM (adsorbed glass fiber) batteries. AGM batteries are generally more durable, more stable, and can be installed in various locations. Depending on your needs and budget, you can choose the right battery type. 3. Battery capacity: Battery capacity is the energy storage capacity of the battery, usually in ampere hours (Ah). According to the power demand and usage of the motorcycle, choose the appropriate battery capacity. In general, high-power motorcycles require batteries of higher capacity. 4. Brand and quality: Choose brand batteries, they usually have more reliable quality and good after-sales service. The right brand and quality can be selected by consulting experienced motorcycle riders, reading user reviews or referring to professional reviews. 5. Life and maintenance: Some batteries have a longer service life and a lower self-discharge rate, which means they can stay charged longer. In addition, considering the convenience of maintenance, some storage batteries are designed to be maintenance-free and do not need to add electrolyte regularly. 6. Price and cost performance: Determine a reasonable price range according to the budget, and compare the cost performance of different brands and models of batteries. Weigh price, performance and reliability to choose the right battery.

2024-08-29

Daily battery protection

The daily protection of the battery is an important measure to ensure its normal operation and prolong its service life. The following are some common battery daily protection methods: 1. Keep the battery dry and clean: avoid battery immersion or moisture, keep the battery dry. At the same time, regularly check the outside of the battery and clean the surface of the battery to ensure that the battery is clean and dust-free. 2. Prevent over-discharge: Avoid long-term or over-discharge of the battery. When the battery voltage is low, charge it in time to avoid excessive discharge and damage to the battery. 3. Regular charging: the battery that has not been used for a long time is charged regularly to maintain the battery's power and prevent the battery from self-discharging and causing failure. 4. Pay attention to the battery temperature: try to avoid overheating the battery, so as not to damage the internal chemical substances of the battery and affect the battery performance and life. When the battery is used in a high temperature environment, the charge and discharge current can be appropriately reduced to reduce the battery temperature. 5. Avoid reverse polarity connection: When installing and removing the battery, ensure that the battery polarity is correctly connected to avoid reverse polarity connection to prevent short circuit and damage to the battery. 6. Safety protection: Use appropriate protective equipment and safety measures, such as protective gloves and goggles, to ensure safety during operation. 7. Regular inspection and maintenance: regularly check the appearance, connector and insulation of the battery. If there is any abnormality, timely treatment and maintenance. At the same time, replace aging and damaged batteries in time. Follow the manufacturer's recommendations: Follow the use and maintenance guidelines provided by the battery manufacturer, especially the recommendations on charging and discharging parameters, use environment and maintenance methods. The above are some common battery daily protection methods, but different types of batteries may have different requirements, so it is recommended to refer to the battery manual or contact the manufacturer for specific maintenance and protection requirements.

2024-08-29

Battery production safety precautions

Battery production involves chemical substances and electrical energy, so special attention needs to be paid to safety matters during the production process to ensure the safety of employees and production facilities. The following is the battery production process need to pay attention to safety matters: 1. Chemical safety: Acid, alkali and other chemicals are involved in battery production. Operators should wear protective equipment such as gloves and goggles when contacting these chemicals to avoid chemical sputtering damage. 2. Ventilation and exhaust: The battery may produce harmful gases during the production process. Good ventilation of the production site should be ensured to ensure that harmful gases are quickly discharged to avoid endangering the health of operators. 3. Electrical safety: Battery production requires contact with high-voltage power supply and circuits. Operators should receive professional training and strictly abide by operating procedures to ensure the safe operation of electrical equipment. 4. Fire prevention: as the battery involves the storage of electric energy, there is a fire hazard, the production site should be equipped with fire fighting equipment, regular fire drills, to ensure timely and effective disposal of fire risk. 5. Mechanical equipment safety: The mechanical equipment on the battery production line should be regularly inspected and maintained to ensure the normal and safe operation of the equipment. The operator should operate the equipment in strict accordance with the operating procedures to avoid accidents. 6. Safety training: safety training for employees engaged in battery production, including chemical safety knowledge, electrical safety operation, etc., to improve employees' safety awareness and emergency response capabilities. Hazardous waste treatment: battery production may produce hazardous waste, such as waste acid liquid, used batteries, etc., should establish a sound waste disposal system to ensure compliance treatment, to avoid environmental pollution. By strictly abiding by the safety operation procedures, strengthening the safety training of employees, and equipping the necessary safety equipment and facilities, battery manufacturers can effectively reduce the risk of accidents and ensure the safety and stability of the production process.

2024-08-29

"Thirteen Five" energy planning approved energy storage industry to catch the policy of Dongfeng

The "13th Five-Year Plan" has always been the vane of development in the next five years. On November 17, the meeting of the National Energy Commission deliberated and approved the 13th five year plan for energy development. At the meeting, we should concentrate our efforts on making breakthroughs in the development and utilization of renewable energy, especially in new energy grid-connected technology, energy storage and microgrid technology, comprehensively build "Internet +" smart energy, improve the regulation capacity of the power grid system, increase the capacity of new energy consumption, develop advanced, efficient and energy-saving technologies, and seize the commanding heights of energy science and technology competition. In addition, it is also proposed to further promote the reform of energy marketization, through streamlining administration and delegating power, combining decentralization, optimizing services, reforming the oil and gas mining rights system, and straightening out the power transmission and distribution links, while deepening the reform of energy state-owned enterprises, actively support the private economy to enter the energy field. We will improve the mechanisms and policies to encourage the development of distributed energy, straighten out the energy price system, and build a fair and competitive energy market system. Industry insiders believe that, unlike the previous five-year plans, this time it emphasizes actively supporting the private economy to enter the energy field, which will bring new energy grid-connected technology, energy storage, and microgrid technology. Good investment opportunities. On November 17, the third China Energy Storage Innovation and Technology Summit was held in Shenzhen. The theme of this summit is "focusing on the development of energy storage industry to seize the commercial commanding heights". Experts at the meeting expressed their optimism about the prospect of energy storage industry, believing that energy storage will be the most explosive industry in the energy field during the 13th Five Year Plan period. From the perspective of investment, energy storage will also be the plate that will give birth to full investment opportunities in the next few years. Long before the "Thirteenth Five-Year Plan for Energy Development" was announced, the "Thirteenth Five-Year Plan for Electric Power Development" had been announced. The "Plan" focuses on vigorously developing new energy, optimizing the layout of wind power in accordance with the principle of "centralized development and decentralized development, focusing on nearby consumption", coordinating development and market consumption, and orderly developing wind power photovoltaics. According to the "Thirteenth Five-Year Plan" content, my country will increase the proportion of new energy consumption from 12% in the "Twelfth Five-Year Plan" to 15%, and gradually increase the proportion of new energy in energy consumption. Among them, photovoltaic power generation will be focused on layout. From the perspective of the development of the power industry in the "Twelfth Five-Year Plan", the installed photovoltaic capacity has increased from 0.0003 billion kW to 0.042 billion kW, with an average annual growth rate of an astonishing 168.67. According to the latest "13th Five-Year" power development goals, photovoltaic installed capacity target from 0.042 billion kW to 0.11 billion kW, an average annual growth rate of 21.2. In this issue of the "market vertical and horizontal" column, "energy storage market prospects will focus on commercialization in the future", "distributed photovoltaic to meet the east wind" 13th five-year plan will increase nine times ", in-depth reports" 13th five-year plan approved energy storage industry to catch up with the policy of the east wind "and other articles, will focus on new energy, distributed photovoltaic, energy storage and other fields, please pay attention. <

2024-08-23

Specific introduction of the battery capacity testing machine performance

With the new wireless communication skills, the battery discharge process can be monitored in real time through the PC monitoring software, and the discharge process of each battery can be monitored. The power consumption part adopts the new PTC ceramic resistor as the discharge load, which completely avoids the red heat phenomenon and is safe and reliable without pollution. The whole machine is controlled by microprocessor, LCD display, Chinese menu. The appearance planning is novel, small size, light weight and convenient to move. Various discharge parameters set after the completion of the initiative to complete the entire constant current discharge process. Completely complete intelligent. Make the whole discharge process safer. The intelligent discharge monitor has convenient and intelligent professional planning, which makes the discharge test operation simple and easy, greatly reduces the labor intensity of professional protection personnel, and also improves the scientific and intelligent discharge test. On the basis of the original products, the whole group of single-unit detection discharge instrument combines battery test skills, wireless communication skills, computer information processing and other skills to introduce a new generation of single-unit detection discharge instrument with wireless single-unit detection function. Using wireless transmission monomer voltage collection system, short distance wireless communication data transmission. The data collection speed is fast, the precision is high, the anti-interference ability is strong, the operation is simple, the voltage change of each time period of the battery discharge process can be recorded, the safety hazards such as errors caused by connection lines and damage to connection cables can be avoided, the "bridge voltage" generated by connection wires between single voltage batteries can be wirelessly collected, and the large connection resistance can be ensured due to looseness of a single connection device in the discharge process.

2024-08-23

Analyze the working performance of lead-acid batteries

The composition and working principle of lead-acid batteries Lead-acid batteries are composed of positive plates, negative plates, separators, electrolyte, and plastic tanks. The positive active material of the lead-acid battery is lead dioxide (PbO2), the negative active material is lead (Pb), the electrolyte is dilute sulfuric acid, and the positive and negative electrodes are separated by a separator. The ions in the electrolyte can pass through the micropores in the separator, and the electrons on the electrode cannot pass through the separator. After the lead-acid battery is discharged, the active material of the positive plate lead dioxide (PbO2) is converted into lead sulfate (PbSO4) and adheres to the positive plate, and the negative active material lead (Pb) is also converted into lead sulfate (PbSO4) and adheres to the negative electrode. The sulfuric acid in the electrolyte is dispersed into the plate, and the concentration of the electrolyte decreases. When a lead-acid battery is charged, the opposite reaction occurs. After charging and discharging reactions, the lead-acid battery can be reused until the stored capacity does not meet the requirements of the electrical appliance, and the life is terminated. Global lead-acid battery market size analysis in the past ten years, with the development of the international energy economy and the increasing improvement of people's living standards, the application field of lead-acid batteries is constantly expanding, and the market demand has also increased significantly. In the secondary power supply, lead-acid batteries have occupied more than 85% of the market share.

2024-08-23

How long can lead-acid batteries last?

The inspection and protection of storage batteries are essential for the protection of storage batteries. Whether it is manual operation protection or active monitoring management, it is aimed at timely detecting abnormal faults of individual batteries or equipment system faults that affect the charging and discharging functions of batteries, actively adopting corrective measures to ensure the stable and reliable operation of the power supply system. The view protection of the battery is divided into daily protection, quarterly protection and annual protection. Daily protection to ensure that the appearance of the battery is clean and boring; often pay attention to the ambient temperature of the battery system and the change of the appearance of the battery; often check the online floating charge voltage of the battery and the floating charge voltage of the battery pack (total terminal voltage), and compare them with the panel, and proofread them if necessary. Ensure that the battery cabinet or battery room is clean, ventilated and perhaps well-lit. Quarterly protection visually check the cleanliness of the external appearance of the battery, the intact condition of the shell and cover, the appearance of the battery for bulge deformation and other changes, and the battery for signs of overheating. Every quarter, at the consistent detection point of the battery system, the ambient temperature of the battery system and the average temperature of the representative system shall be detected and recorded. When the temperature is lower than or higher than 25 ℃, the temperature control system shall be adjusted. If there is no temperature control system of the device, the floating voltage shall be adjusted.

2024-08-23

Battery actually long "hair"! May rainy season, how do we maintain the car?

This year's plum rainy season is particularly long. Plum rains have lasted for almost a month in many places in the south. The wet, sticky and sultry weather, returning to tide and moldy, is really uncomfortable and brings travel. A lot of influence. But, you know what? In fact, the car battery can't stand this climate! Recently, many car owners reported that the car did not start smoothly. When they opened the hood, the battery actually grew green "hair"? Battery end post turned "green" In fact, this is a signal that the battery needs maintenance. Because there is a lot of moisture in the air during the rainy season, and these moisture are mixed with acidic substances and various impurities, the moisture in the air is easy to oxidize with the positive and negative electrodes (lead) of the battery to form green oxides. In addition, long-term corrosion will affect the conductivity of the positive and negative electrodes of the battery, causing the vehicle to fail to start normally; in severe cases, short circuits of wires will occur, which will damage the positive and negative connecting lines of the vehicle battery, and increase the hidden dangers of the car. The battery is not maintained for a long time The old driver asked, does the battery need to be maintained? Not to say "maintenance-free battery"? In fact, this is a misunderstanding, maintenance-free is for the inside of the battery, and the external terminal post of the battery needs to be maintained regularly, otherwise the terminal post will be oxidized over time due to air humidity and bad usage habits, which will cause damage to the terminal post wiring harness of the battery and affect the battery life. Battery maintenance Some car owners will use some soil methods when maintaining the battery, such as scalding the battery end post with boiling water and then applying butter. In fact, butter is used for lubrication and cannot be used to eliminate end column oxides. Moreover, it is easy to absorb dust when applying butter, and in high temperature weather, butter melts and flows, which is easy to be confused with acid leakage. It is suggested that professional tools should be used for battery end post maintenance. It is recommended that all vehicle age models, every 1-2 years, a professional end post maintenance, to prevent the oxidation of the battery end post and wiring harness, to ensure reliable connection between the battery and the vehicle, to delay the decline of battery performance, to prevent accidental breakdown of the vehicle. In addition, for those car owners who have had vehicles for more than 3-5 years, especially those who have had symptoms such as dim headlights and weak start, it is recommended to check the health status of the car's battery and replace it with a new battery based on the test results.

2024-08-23