39results about How to "Guaranteed charging speed" patented technology

The invention discloses a charging method and electronic equipment. The charging method includes the steps that the voltage of a battery of the electronic equipment is monitored in real time; when the voltage of the battery is within a low voltage range and the electronic equipment needs to be charged, the battery is charged according to a first charging rule, wherein the first charging rule comprises at least two charging stages. According to the technical scheme, the technical problem that according to electronic equipment in the prior art, neither the service life of a battery nor the energy density of a battery core can be guaranteed is solved, and the charging speed of the initial stage is increased.

The invention discloses a charging method, a charging device and terminal equipment. The charging method comprises the following steps of monitoring an application program currently running during the charging process; inquiring a retrieval table, wherein the retrieval table comprises a corresponding relation of the application program and a charging strategy; and executing a corresponding charging strategy according to an inquiry result, i.e., the charging strategy with relatively low charging power can be executed when a high-energy consumption application program runs so that a terminal is prevented from seriously generating heat to affect an application experience of a user, and the charging strategy with relatively high charging power can be executed when no high-energy consumption application program runs so that the charging speed is ensured. By the method, the application experience of the user is improved during the rapid charging process, the charging speed and the application experience of the user are compatible, the satisfaction of the user is improved, and the competitiveness of a product is enhanced.

The invention discloses a method for adjusting charging current, a terminal and a computer readable storage medium. The method comprises the following steps: acquiring the first beginning time of this charging at the terminal when detecting that the terminal is in the charging state; predicting the first time duration of this charging according to the charging habit of the user to the terminal and the first beginning time, wherein the charging habit comprises the second beginning time of former each charging of the terminal and the corresponding second time duration; when the first time duration is not less than the first time threshold, setting a temperature threshold of the current charging current as the first temperature threshold; when the first time duration is less than the first time threshold, setting the temperature threshold of the current charging current as the second temperature threshold, wherein the first temperature threshold is less than the second temperature threshold. By using the method disclosed by the invention, the charging habit of the user can be learned, whether the current charging needs to preferably guarantee the charging speed or preferably guarantee the temperature rise experience can be judged according to the charging habit, thereby intelligently adjusting the charging current, and the user can acquire better charging and temperature rise experience.

The embodiment of the invention provides a terminal battery charging method and a mobile terminal. The method comprises steps: voltage of a rechargeable battery of the mobile terminal is charged to initial cutoff voltage and current of the rechargeable battery is charged to initial cutoff current; and if the charge and discharge cycle number of the rechargeable battery is larger than a preset cycle number threshold and the current state information of the rechargeable battery meets a first preset condition, the rechargeable battery is subjected to supplementary charge, and thus, the voltage ofthe rechargeable battery is charged to preset cutoff voltage and the current of the rechargeable battery is charged to preset cutoff current. In the embodiment of the invention, when the charge and discharge cycle number is judged to meet the preset cycle number threshold, the current state information of the rechargeable battery is judged to meet the first preset condition, the rechargeable battery is subjected to supplementary charge, and on the basis of ensuring the charge speed, insufficient charge caused by polarization of the battery in the later stage of use of the mobile terminal canbe effectively avoided, and the use experience of a user is further improved.

The invention discloses an annular matrix type rapid charging system with a plurality of parallel power segments and a control method thereof. The annular matrix type rapid charging system is arranged in an electric vehicle charging station to output electric energy to electric vehicles. The annular matrix type rapid charging system with the plurality of parallel power segments is characterized by comprising a plurality of alternating-current buses, a plurality of conversion assemblies and a plurality of bridging assemblies, wherein the plurality of conversion assemblies are correspondingly connected with the alternating-current buses respectively; the bridging assemblies are connected with the conversion assemblies respectively; the conversion assemblies comprise a plurality of power modules and a plurality of transverse bridging switches; the alternating-current buses are connected with one another. By adopting the annular matrix type rapid charging system with the plurality of parallel power segments, corresponding nodes of the power modules are connected in a matrix form, and electric vehicle loads which are connected to the nodes can obtain higher input power conveniently and rapidly through connection matching among the nodes, so that the charging speeds of the electric vehicles which are connected with the annular matrix type rapid charging system with the plurality of parallel power segments are ensured, and meanwhile the investment of the power modules in the charging system is lowered.

The invention provides a charging method, a charging device and electronic equipment, and belongs to the field of electronic technologies. The charging method comprises the steps of acquiring an electric energy conversion efficiency function of each charging management unit of at least two charging management units; determining at least two charging current distribution schemes; calculating the total electric energy conversion efficiency of each charging current distribution scheme at least according to the electric energy conversion efficiency function of each charging management unit; determining a target charging current distribution scheme according to the total electric energy conversion efficiency of each charging current distribution scheme; and controlling each charging management unit to output charging current according to the target charging current distribution scheme. By adopting the charging method provided by the invention, each charging management unit is enabled to output charging current according to a distribution scheme with the highest total electric energy conversion efficiency when a plurality of charging management units output the charging current together, so that the electric energy conversion efficiency in the charging process is improved on the basis of ensuring the charging speed.

The invention discloses a charging pile and a charging control method. The charging pile comprises a charging system and a refrigerating system, wherein the charging system is connected with an electric vehicle battery and used for charging the electric vehicle battery; the refrigerating system is connected with a cold water heat exchanger of an electric vehicle-mounted cooling system and used forcooling the cold water heat exchanger of the electric vehicle-mounted cooling system; and the refrigerating system is connected with a cold water heat exchanger of an electric vehicle-mounted water chilling unit through a quick connecting device. The charging pile has the beneficial effects that (1) the charging speed of the charging pile can be ensured; and (2) the charging pile can perform reasonable billing.

The invention provides a charging control method and system for a vehicular charger. The method includes: acquiring current charging demanded power, comparing the current charging demanded power with last output power of the vehicular charger, and if the current charging demanded power is equal to the last output power of the vehicular charger, determining whether or not a current temperature of the vehicular charger is in a temperature protection threshold range; if yes, determining that the current output power of the vehicular charger is the current charging demanded power; if the current charging demanded power is different from the last output power of the vehicular charger or if the current temperature of the vehicular charger is not in the temperature protection threshold range, calculating a power difference between the current charging demanded power and the last output power of the vehicular charger, using the power difference and the current temperature of the vehicular charger as input, and using a fuzzy algorithm to calculate the current output power of the vehicular charger and outputting the current output power.

The invention relates to a charging pile system. The charging pile system comprises a charging pile and a cooling system. The charging pile is used for charging an electric vehicle, and the cooling system is used for cooling an air-side condenser of the electric vehicle. By reducing the temperature of the working environment of the air-side condenser, the working efficiency of a vehicle-mounted water chiller set is improved, it is ensured that batteries of the electric vehicle are in a good working state, and thus the battery charging speed is guaranteed.

The invention relates to a charging pile system and a using method thereof. The charging pile system comprises a charging pile and a refrigeration system. The charging pile is used for charging an electric vehicle. The refrigeration system provides a circulating cooling medium to a water-water heat exchanger in an onboard cooling system of the electric vehicle. Through the water-water heat exchanger, the temperature of a coolant in the onboard cooling system is reduced, the cooling capacity of the onboard cooling system is increased, a battery of the electric vehicle is ensured to be in a goodworking state, and thus the charging speed of the battery is ensured.

The invention discloses a wireless charging system for a transformer substation inspection robot and a charging method thereof, and relates to the field of wireless charging. The existing wireless charging system does not consider the transmission power, weather, equipment information, equipment fault and defect information of the transformer substation, and ignores that the inspection requirements are different under different operating conditions of the transformer substation. The system comprises a big data analysis module, the cloud, a data terminal and a wireless charging device, whereinthe big data analysis module acquires whether the transformer substation is in special operating condition or a common operating condition according to the historical data and the current data, the result is transmits to the cloud, and the data terminal acquires the data from the cloud and transmits the data to the inspection robot; the inspection robot starts to charge when the electric quantityis less than 30% and selects a charging mode according to the operating condition; a quick charging mode is selected under the special operating condition, and the charging is stopped when the charging reaches 60%; and a slow charging mode is selected under the common operating condition, and the charging is stopped when the charging reaches 90%. The wireless charging system can effectively adaptto the inspection requirements of different operating conditions of the transformer substation, ensures the inspection time under the special operating condition and has little damage to the battery.

The invention relates to an unmanned aerial vehicle charging system suitable for power line cruising. The system comprises an unmanned aerial vehicle, a charging platform and a charging network platform, wherein the unmanned aerial vehicle comprises a power receiving module, a power management module, a positioning module, an infrared code transmitting module and a foot rest; the wireless chargingreceiving module comprises a rectification filtering module, a power control module, an impact protection circuit module and a magnetic field induction detection module, the power supply management module comprises an AD sampling controller and an electric quantity monitoring module, the positioning module comprises a GPS positioning module, an inertial motion module and a height acquisition module, and the inertial motion module comprises a nine-axis motion sensor; the height acquisition module comprises a barometer and an ultrasonic sensor; the charging platform comprises a wireless charging emission module, an energy management control module, an infrared ray positioning module, an infrared ray bar code identification module and a data connection management module. The system has advantages of being good in charging stability, safe, reliable and convenient to use.

The invention relates to the technical field of power batteries, in particular to a battery cell, a battery cell assembly method and a battery, the battery cell comprises a pole group, an anode lug and a cathode lug, the pole group is cuboid, the pole group comprises a first end and a second end which are opposite to each other, the anode lug and the cathode lug are both connected with the pole group, the anode lug is arranged at the first end, and the cathode lug is arranged at the second end. The cathode tab is arranged at the second end. According to the battery cell, the battery cell assembly method and the battery provided by the invention, the anode lug and the cathode lug are respectively arranged at the two ends of the cuboid pole group in the length direction, and larger setting spaces are respectively provided for the anode lug and the cathode lug, so that enough spaces are provided for setting the anode lug and the cathode lug with larger height values of the pole lugs; therefore, the overcurrent of the anode lug and the cathode lug is ensured, and the charging speed of the battery is ensured.

The invention discloses a charging method and a charging apparatus. The charging method comprises the following steps of monitoring an operating state of a target application program in a terminal in a charging process; when the target application program is in an operating state, executing a first charging strategy; and when the target application program is not in the operating state, executing a second charging strategy, wherein the charging power corresponding to the second charging strategy is higher than the charging power corresponding to the first charging strategy. Therefore, the using state of the target application program with relatively high heating amount is monitored in the charging process; the first charging strategy with relatively low charging power is executed immediately when it is detected that the target application program is in the operating state so as to lower the terminal heating; and when it is detected that the target application program is not in the operating state, the second charging strategy with relatively high charging power is executed so as to ensure the charging speed. Therefore, the use experience of a user in the quick charging process is improved; and the charging speed and the user experience of the user are both taken into consideration.