Hello, The Peukert equation is the empirical formula for lead batteries in electrochemistry. Peukert equation; Molecular Formula of the Peukert Equation: CAS Number: Properties: Battery capacity changes with the size of the discharged battery. Peukert in 1898 proposed an empirical formula for the relationship between the capacity C or the discharge time t of the lead-acid battery. and the discharge current I: Int=k or C=KI(1-n) where n is a constant linked to the structure of the battery, in particular the thickness of the plate, and its value is between 1.15 and 1.42 K is a constant linked to the structure of the battery; quantity of active material in the battery. Peukert's equation shows that the higher the discharge current, the lower the battery capacity, but it does not apply when the discharge current is very low;
High capacity battery
High capacity battery
Battery capacity
Battery capacitythe battery
Battery capacity
battery: n. 1. Artillery battery [battalion, squadron]; group of guns (on a warship), row of guns
capacity: n. capacity, containment capacity. 2. Volume, capacity;
Examples and use
1. Voice call to the police, brevity, security, reliability, lack of battery capacity, sensor damage warning, can timely remind the consumer of the advertiser. carry out maintenance
The audible alarm is simple, safe and reliable. It contains warnings about insufficient battery capacity and sensor damage, and can remind users to perform alarm maintenance in time.
2. Voice call to the police, brevity, safety, reliability, lack of battery capacity, sensor damage warning, can timely remind the consumer to carry out maintenance.
Voice alarm, simple , sure, Freliable and reliable. It has low battery capacity and sensor damage warnings, which can remind users to carry out alarm maintenance in time.
3. Hisense model c310 battery, choose cell size 063048, high. Battery capacity is 850mah, standby time about 3-4 days and talk time about 2.4-3 hours for a single charge
Hisense c310 battery, can be made with 063048 core, high imitation. the battery capacity is up to 850mah, the normal standby time on a single charge is 3-4 days, and the talk time is 2.4-3 hours.
4. Pantech cb100 battery model, choose cell size 063048, high battery capacity is 850mah, standby time about 3-4 days and talk time about 2.4-3 hours for a single charge.
The Pantech cb100 battery can be manufacturedwith 063048 core. The high capacity of the imitation battery can reach 850mah. Normal standby time on one charge is 3-4 days and call time is 2.4-3 hours.
5. This article presents a method for measuring battery capacity based on an amp-hour method, and discusses temperature compensation and battery aging as well as system design and implementation. p>
>Abstract Based on the ampere-hour method, a battery power detection method is proposed, the compensation measures for battery temperature and aging are discussed, and the method of software and hardware design of the system is given.
6. By analyzing the running speed of two, three or four wheel project, adopting a small three wheel project with two independent driving and turning systems based on t.Here we can calculate the powerpower of the agv, engine twists and storage battery capacity.
Through the analysis and comparison of the movement speed of two, three and four wheel vehicles -wheeled car solutions, a three-wheeled car design with independent two-wheel drive and differential steering is adopted, and the driving power, motor torque and battery capacity of the car are calculated.
7. Firstly, with the principle of electrochemistry, the mathematical models of the electromotive force and internal resistance of the lithium-ion battery are constructed, which are based on the capacity state (soc). experimental data, capacity and voltage characteristics of lithium-ion battery are defined
The article first starts from the principles of electrochemistry and establishes the electromotive force and internal resistance of the lithium-ion battery based on the state of charge valuee of the battery The mathematical model of the SOC and, based on the test data obtained from the experiment, the capacity characteristics and voltage characteristics of a certain lithium-ion battery were determined.
8. Then, the constant of the Peukert equation is calculated from the linear interpolation. The characteristic curves of battery capacity, electromotive force and internal resistance are fitted to least squares. the values calculated from the models and experimental data are 2.>
Using the variant form of the Peukert equation, the linear interpolation method was used to calculate the Peukert constant value of the battery lithium ion; the least squares method was used to fit the capacitance characteristics, electromotive force and internal resistance characteristic curves. power battery; discharge in 50a Under neckrant, the maximum relative error between the calculated value of the mathematical model and the experimental result is 2.59.
9. It is widely used with portable devices that use a battery. Due to the restriction of battery capacity, the power consumption of the integrated system is an important performance parameter. It is very important to minimize energy. consumption of an embedded system and extend battery life without losing its performance.
On the one hand, since embedded systems are widely used in portable battery-powered devices, the battery power is also limited; ,In order to improve the embedded performance of conventional ,systems, it is necessary to increase the processor speed and ,add more peripherals, which correspondingly increases the ,power consumption of the system.