31results about How to "Strong charge acceptance" patented technology

The invention discloses a lead-carbon battery anode lead paste for a hybrid vehicle. The lead paste is obtained through mixing the following raw materials, by weight, 100 parts of lead powder, 4-15 parts of sulfuric acid, 0.05-5 parts of fumed silica, 0.05-3 parts of a rare earth oxide, 0.1-10 parts of red lead, 0.1-10 parts of Hydrargyri Oxydum Rubrum, 0.1-4 parts of graphite, 0.1-2 parts of a short fiber, and 10-20 parts of water. According to the invention, the fumed silica and the rare earth oxide are added to the lead paste, and other anode additives are also added to prepare the novel lead paste, a pole plate can be coated under a routine lead-acid battery production coating facility condition, the anode is obtained after curing, and there is very good adhesion between an active substances and a plate grid, and one active substance and another active substance, so the electrical properties of the battery are excellent.

The invention provides diachylon of a negative electrode of a lead carbon battery and a manufacturing method thereof, and relates to the field of manufacturing lead-acid storage batteries. Important improvement is as follows: a mixed carbon material and SiO2 are added into the diachylon, wherein the mixed carbon material consists of graphite, carbon black, active carbon and vapor grown carbon fiber which are mixed. As the mixed carbon material and SiO2 in scientific proportion are added, the contact resistance of active matters is reduced, and the conductivity is improved, and the polar plate connection is better. The diachylon is not loosened, so that the comprehensive performance of the battery is improved, and the diachylon is suitable for demand of novel energy industry and electromobile industry. The manufacturing method of the diachylon provided by the invention is simple and convenient to operate and normal, and the diachylon is excellent and stable in performance. The method is suitable for industrialized production.

The invention provides a lead-carbon super battery anode material which is a graphene/Pb nano composite material. The lead-carbon super battery anode material is prepared by mixing a lead salt solution with a graphite oxide solution, carrying out hydrothermal reaction, and then carrying out macro body freeze drying and burning. The lead-carbon super battery anode material is prepared from 91 to 99.5 percent of lead and 0.5 to 9 percent of graphene. The lead salt solution is prepared by dissolving soluble lead salt into deionized water; the soluble lead salt is one or several of lead-containing nitrate, acetate, carbonate, hydrochloride, sulfate and complex salt. The invention further provides a preparation method of the lead-carbon super battery anode material. The preparation method provided by the invention has the advantages of high efficiency, environmental friendliness, high uniformity and the like; the prepared lead-carbon super battery anode material is high in uniformity, high in stability and wide in application prospect.

The invention relates to an electrolyte stock solution with submicron-sized particulate and its relative preparing method while the components are: A, the Na2OSiO2 with 30-39.9 %wt SiO2 is 0.04-0.08 %; B, the NaHSO4 is 0.012-0.022 %; C, the CH3-CHCL-CH=CH2 is 0.015-0.03 %; D, the OSi (H3Si) 3N is 0.004-0.012 %; E, the water is 69.929-59.956 %. The inventive electrolyte stock solution has submicron-sized granulated SiO2, which is arranged again after the high temperature high pressure reaction to be the clean silicate solution not the colloid silicate salt electrolyte and the suspending magnetized silicate electrolyte, and the accumulator made from said silicate solution has 30 times discharge ability then common ones, and the charge ability can reach 3-4C which can charge more 90 % in 20 minutes. The inventive process is simple and without any pollution to human and environment, while the used accumulator is non-pollution to the environment, therefore, The invention is environment-friendly.

The invention discloses a high-performance AGM start-stop battery based on a graphene functional material. The preparation method of the negative plate of the start-stop battery includes the followingsteps: S1, preparing graphene slurry; S2, preparing negative lead paste; and S3, and forming a plate by coating. The preparation method of the grid of the start-stop battery includes the following steps: S1, preparing graphene-based alloy; S2, making a lead strip; and S3, forming a grid by stamping. According to the high-performance AGM start-stop battery based on a graphene functional material in the invention, the negative plate and the positive grid are made of graphene. Graphene is of a monoatomic layer structure, and effective 'face-to-face' contact is formed between graphene and the active material particles of the electrodes, so that the conductivity of the electrodes is improved. Therefore, the utilization rate of active materials is increased, and the cycle life of the battery isprolonged.

The invention discloses an efficient processing technology for a lead-acid rapidly-charged battery. The efficient processing technology comprises the steps of mixing 800kg of lead powder and 200kg of carbon, performing dry mixing uniformly on the mixture; then adding 100kg of pure water and 90kg of 1.40g/ml dilute sulfuric acid, and stirring to obtain lead paste, filling and coating a wet polar plate with the obtained lead paste; and carrying out pore-opening, curing and drying and battery formation on the filled and coated wet polar plate; and then performing an assembling and manufacturing procedure on the lead-acid battery. The invention aims to provide a processing technology for producing the lead-acid storage battery which is matched with traffic tools and capable of stratifying long-journey traveling requirement, and can be rapidly and continuously charged in a cyclic manner.

The invention discloses a lead battery plate lead paste formula for an electric road vehicle. The formula comprises a positive electrode lead paste formula and a negative electrode lead paste. The storage battery produced by employing the formula is very small in the internal resistance, high in the specific energy, wider in the temperature application range, minimal acid mist in charging processand very small in self-discharging.

The invention discloses a nanoscale graphene material dispersion process, and particularly relates to the technical field of graphene materials. The nanoscale graphene material dispersion process specifically comprises the following steps 1, wetting graphene composite conductive powder with n-butyl alcohol, adding a surfactant SDBS, dispersing, then putting the graphene composite conductive powderinto an ultrasonic cleaner, carrying out ultrasonic oscillation for 1-3 hours, and then taking out the graphene composite conductive powder; 2, taking dimethylformamide with the mass ratio of dimethylformamide to the graphene composite conductive powder being 12, and adding an organic solvent to fully dissolve dimethylformamide; and 3, adding the wetted graphene composite conductive powder into the dissolved dimethylformamide. According to the invention, a good dispersion effect of the graphene-based composite conductive material can be ensured, the use requirements of the positive electrodeand the negative electrode of the graphene composite modified lithium ion battery can be met, a very complete lithium iron phosphate and nickel cobalt lithium manganate ternary-based positive electrode active material conductive network is constructed, and the battery is ensured to have excellent charging acceptance.

The invention relates to preparation of a colloid skeletal material. Complexation is carried out by nanometer gas phase silica with an organic polymer material under the action of a catalyst through microwave synthesis technology to form stable, branch-containing polymer raw colloid. According to the invention, translucent glass-like colloid is formed under the action of electric field force, and is uniform and stable, and the invention fundamentally solves the problems of easy hydration, layering, cracking, large internal resistance and the like of colloid. The invention is quite suitable for industrial continuous production requirements, is low in pollution, and high in energy utilization efficiency; after the colloid electrolyte of the invention is filled, translucent glass-like gel is formed under the action of electric field force, and a battery can be placed at any position without acid solution outflow.

The invention relates to a high-performance graphene storage battery for starting and stopping an automobile, which has excellent deep discharge cycle life, strong charge acceptance, good large-current discharge performance and long starting and stopping cycle life under a high-temperature condition. Graphene slurry is added into a negative electrode lead paste. The storage battery comprises the following raw materials: graphene, indium trioxide, carbon black, lignin, humic acid, precipitated barium sulphate, superfine fibers and deionized water. The novel high-performance graphene AGM start-stop storage battery provided by the invention has excellent deep discharge cycle life, strong charge acceptance, good large-current discharge performance and long start-stop cycle life under a high-temperature condition, the charge acceptance and high-rate cycle life of the battery are greatly improved, and the performance of absorbing automobile brake recovery energy can be improved; and in addition, the large-current discharge performance under the severe low-temperature condition is greatly improved, and the automobile can be started in extremely cold weather.