SU396761A1 - BPTB c. Dempsov II L.V.! 'erasi?, 1ov Za vite, 11> B &w; technical assistance of Pskov transiortno! about management - Google Patents

BPTB c. Dempsov II L.V.! 'erasi?, 1ov Za vite, 11> B &w; technical assistance of Pskov transiortno! about management

Info

Publication number
SU396761A1
SU396761A1 SU1724919A SU1724919A SU396761A1 SU 396761 A1 SU396761 A1 SU 396761A1 SU 1724919 A SU1724919 A SU 1724919A SU 1724919 A SU1724919 A SU 1724919A SU 396761 A1 SU396761 A1 SU 396761A1
Authority
SU
USSR - Soviet Union
Prior art keywords
batteries
battery
charge
transiortno
erasi
Prior art date
Application number
SU1724919A
Other languages
Russian (ru)
Inventor
изобретсии Авторы
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed filed Critical
Priority to SU1724919A priority Critical patent/SU396761A1/en
Application granted granted Critical
Publication of SU396761A1 publication Critical patent/SU396761A1/en

Links

Classifications

    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P70/00Climate change mitigation technologies in the production process for final industrial or consumer products
    • Y02P70/50Manufacturing or production processes characterised by the final manufactured product

Landscapes

  • Secondary Cells (AREA)

Description

1one

Изобретение отиоеитс  к электротехиичеcKoii промыш.тениости п может быт1) испольsoiiaijo на за1юдах, выпускающих аккумул  торные батареи, а также па всех предпри ти х , где производитс  эксплуатаци  акк мул то )иых батаре.The invention is based on electrical engineering industry of the industry and can be used for enterprises producing battery batteries, as well as for all enterprises where battery batteries are used.

Известен способ зар да свинцовой аккумул торной батареи асимметричным путем обеепечеип  равенства п юдолжительности зар дпо-разр диых импульсов, с.чедуюпикх с частотой 50 гц. Однако эти способы ie позвол ют одповременно с зар дом свинцовой аккумул торной батареи осуществл ть п десульфатацию пластип батареи.The known method of charging a lead-acid battery is asymmetrical by ensuring that the charge duration of the charge-discharge pulses, at a frequency of 50 Hz. However, these methods, i.e., make it possible, at the same time as charging the lead battery, to desulfate the battery plaster.

По предлагаемому способу с целью возможиости одноврсмеииого осущеетвлеипп и зар да и устрапепи  сульфатации пластш: батарею зар жают импульсом зар диого то ка, равиым 0,3 от поминальпой емкости батареи при импульсах разр дного тока, pai5ных 0,003-0,006 от этой емкости.According to the proposed method, with the aim of at the same time, it is possible to carry out both charge and disulfide sulfation of the plate: the battery is charged with a charge pulse, equal to 0.3 from the capacity of the battery at discharge current pulses of this capacity.

Кроме того, е целью повышени  к.п.д. при зар де групп аккумул торпых батарей в один и тот же полуперпод питающего напр жени  осуществл ют одповременпо зар д одпо группы аккумул торпых батарей и разр д другой пезависимон от первой, группы аккумул торных батарей.In addition, the goal is to increase efficiency. when charging battery groups into the same semi-primary supply voltage, charge once a group of batteries and discharge the other depending on the first group of batteries.

На чертеже представлены прииципиальнаиThe drawing shows the principle

схема и i ;1афик работы устроГктва. осуиюств .1 юи1его способ.scheme and i; iafik work of the device. This is a way.

Перва  группа аккумул торов Ак зар  к;1стс  через в1 1пр м1Пель В. Сила зар дIlOio ток; регули Петс  регул тором Ri, разр дного - /. Втора  группа аккумул торов .) зар жаетс  через выпр .мптель S сила зар дного тока регулируетс  регул тором R-2, разр дного г-,. В течение полупериода (см. график) происходит зар дка аккум}л тора -4/xi током 0,3 и разр дка аккумул торо . током 0,003- -0,006 от номинальной емкости аккумул торной батареи. В те4eiHie обратного полупериода происходит зар ;и а аккумул торов . и разр дка аккy iy;I тopoIi Лк теми же токами. Та.ким образом , одиовременно н независимо от друга происходит зар д-разр д грунн батарс. Циклы зар д-разр д, с,1е.ч Ю1цие с частотой 50 гц, позвол ют полностью снимать 1мубокую сульфатацпю пластин аккуму,т ториых батарей путем разруп1ени  крупных криеталло15 сульфата н предотвращени  их образовани . Предлагаемый способ позвол ет совмендать ускоренную зар дку аккумул торных батарей и сн тие сульфатов с пластин. Кроме того, предлагаемьи ; способ позвол ет использовать оба полупериода питающего напр жени , что позвол ет повысить к.п.д. зар дного устройства.The first group of Ak batteries is charged to; Stems through в1 1пр м1Пель B. Charging strength; IllOio current; adjust Pets by adjusting Ri, bit - /. The second group of batteries.) Is charged through the rectifier. The connector S is the charge current intensity regulated by the regulator R-2, the discharging g- ,. During the half-period (see the graph), the battery is charged -4 / xi with a current of 0.3 and the battery is discharged. current 0,003- -0,006 from the nominal capacity of the battery. In the reverse half-cycle of 4eiHie, there is a charge on the batteries; and discharging accy iy; I topoIi Lx with the same currents. In this way, at one time, a charge of soil is charged independently of each other. Charge-discharge cycles, 1 .Huction with a frequency of 50 Hz, make it possible to completely remove 1mulbate sulphate battery plates, t thorium batteries by disrupting large crystalline sulphate and preventing their formation. The proposed method makes it possible to combine accelerated charging of batteries and the removal of sulphates from the plates. In addition, offers; the method allows the use of both half-periods of the supply voltage, which allows an increase in the efficiency. charging device.

Предмет изобретени Subject invention

Claims (2)

1. Способ зар да свинцовой аккумул торной батареи асимметричным током путем обеспечени  равенства продолжительиоетн зар дно-разр дных импульсов, следующих с частотой 50 гц, отличающийс  тем, что, с целью устранени  сульфатации пластин, батарею зар жают импульсами зар дного тока , равными 0,3 от номинальной емкости батареи ири импульсах разр дного тока, равных 0,003-0,006 от этой емкости.1. A method for charging a lead-acid battery with an asymmetric current by ensuring equality of long-duration charge-discharge pulses of a frequency of 50 Hz, characterized in that, in order to eliminate sulphation of the plates, the battery is charged with charge current pulses of 0, 3 of the nominal battery capacity and pulses of discharge current equal to 0.003-0.006 of this capacity. 2. Способ по п. 1, отличающийс  тем, что, с целью повышени  к.п.д. при зар де групп аккумул торных батарей, в один и тот полупериод питающего напр жени  осуществл ют одновременно зар д одной группы аккумул торных батарей и разр д другой, независимой от первой группы аккумул торных батарей.2. A method according to claim 1, characterized in that, in order to increase the efficiency. When charging groups of batteries, in one half-cycle of the supply voltage, one group of batteries and the discharge of another, independent of the first group of batteries, are simultaneously charged. ОABOUT оabout vv хx
SU1724919A 1971-12-13 1971-12-13 BPTB c. Dempsov II L.V.! 'erasi?, 1ov Za vite, 11> B &w; technical assistance of Pskov transiortno! about management SU396761A1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
SU1724919A SU396761A1 (en) 1971-12-13 1971-12-13 BPTB c. Dempsov II L.V.! 'erasi?, 1ov Za vite, 11> B &w; technical assistance of Pskov transiortno! about management

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
SU1724919A SU396761A1 (en) 1971-12-13 1971-12-13 BPTB c. Dempsov II L.V.! 'erasi?, 1ov Za vite, 11> B &w; technical assistance of Pskov transiortno! about management

Publications (1)

Publication Number Publication Date
SU396761A1 true SU396761A1 (en) 1973-08-29

Family

ID=20496221

Family Applications (1)

Application Number Title Priority Date Filing Date
SU1724919A SU396761A1 (en) 1971-12-13 1971-12-13 BPTB c. Dempsov II L.V.! 'erasi?, 1ov Za vite, 11> B &w; technical assistance of Pskov transiortno! about management

Country Status (1)

Country Link
SU (1) SU396761A1 (en)

Similar Documents

Publication Publication Date Title
ATE29936T1 (en) CHARGING BATTERIES.
RU94040713A (en) Charging unit
GB1295702A (en)
SU396761A1 (en) BPTB c. Dempsov II L.V.! 'erasi?, 1ov Za vite, 11> B &w; technical assistance of Pskov transiortno! about management
SU974467A1 (en) Method of sped-up charging of lead-acid cell
SU687532A1 (en) Storage battery charging device
SU503322A1 (en) Battery Charger with Asymmetric Current
SU426270A1 (en) DEVICE FOR BATTERY CHARGING | BATTERY ASYMMETRIC CURRENT i ^. ^ Shchech5Om1UTTSM1 ||| D * ""! ^ "G" GTG "-GYP
SU459822A1 (en) Battery Charger
GB1362039A (en) Process for fixing the relative states of charge of the elec trodes in an alkaline storage cell
SU775817A1 (en) Device for charging storage battery with asymmetric current
SU1086529A1 (en) D.c.voltage-to-a.c.voltage converter
SU1019596A1 (en) Pulse power supply source
SU746908A1 (en) Pulse modulator
GB1193163A (en) Improvements relating to Static Inverter Circuits
SU729751A1 (en) Charging-discharging device
SU400937A1 (en) METHOD FOR DETERMINING THE PULSE PARAMETERS
SU1169113A1 (en) Device for forced switching of thyristor converter
SU1133659A1 (en) Pulse shaper
SU813637A1 (en) Thyristorized unipolar current pulse generator
SU497661A1 (en) A device for charging the battery from a DC source
SU909754A1 (en) Device for charging rechargeable battery with asymmetric current
SU454617A1 (en) Method for desulfation of lead-acid plates
SU828314A1 (en) Storage battery charging device
SU1003248A1 (en) Device for charging storage battery with asymmetric current