{"id":3234,"date":"2024-05-15T10:59:35","date_gmt":"2024-05-15T02:59:35","guid":{"rendered":"https:\/\/shop.okacc.com\/?p=3234"},"modified":"2024-05-21T10:20:23","modified_gmt":"2024-05-21T02:20:23","slug":"kaip-tinkamai-priziureti-hibridinio-automobilio-akumuliatoriu","status":"publish","type":"post","link":"https:\/\/shop.okacc.com\/lt\/kaip-tinkamai-priziureti-hibridinio-automobilio-akumuliatoriu\/","title":{"rendered":"Kaip tinkamai pri\u017ei\u016br\u0117ti hibridinio automobilio akumuliatori\u0173"},"content":{"rendered":"

Hibridiniuose automobiliuose naudojama elektrin\u0117 j\u0117gos pavara, kuri padidina degal\u0173 ekonomij\u0105 ir na\u0161um\u0105. Ta\u010diau hibridiniai akumuliatoriai, kaip ir bet kuri kita automobilio dalis, laikui b\u0117gant nusid\u0117vi, tod\u0117l juos gali tekti pakeisti.<\/span><\/p>\n

Tik apmokyti specialistai tur\u0117t\u0173 bandyti pakeisti hibridinius akumuliatorius. Dirbdami su auk\u0161ta \u012ftampa galite susi\u017ealoti arba nepataisomai sugadinti svarbias transporto priemon\u0117s dalis.<\/span><\/p>\n

Baterij\u0173 tipai<\/span><\/h2>\n

\u012evairi\u0173 tip\u0173 hibridin\u0117s baterijos suteikia ai\u0161ki\u0173 prana\u0161um\u0173, o NiMH (nikelio metalo hidrido), li\u010dio jon\u0173 ir \u0161vino r\u016bg\u0161ties akumuliatoriai yra vieni pla\u010diausiai naudojam\u0173 variant\u0173.<\/span><\/p>\n

NiMH baterijos paprastai tarnauja 8\u201310 met\u0173 ir yra gana prieinamos. Jie gali pasigirti didesniu energijos tankiu nei li\u010dio jon\u0173 akumuliatoriai, o tai rei\u0161kia, kad jie sveria ma\u017eiau ir suteikia daugiau energijos kaupimo talpos. Deja, j\u0173 \u0161alto sukimosi stiprintuvai yra ma\u017eesni nei tie, kurie matomi su li\u010dio jon\u0173 akumuliatoriais, tod\u0117l jie u\u017eima daugiau vietos j\u016bs\u0173 automobilyje.<\/span><\/p>\n

Li\u010dio jon\u0173 akumuliatoriai tapo populiariausiu pasirinkimu hibridin\u0117se transporto priemon\u0117se d\u0117l j\u0173 ilgo naudojimo, didesnio energijos tankio ir greitesnio \u012fkrovimo grei\u010dio nei NiMH elementai. Be to, li\u010dio jonai gali atlaikyti daugiau \u012fkrovimo \/ i\u0161krovimo cikl\u0173, nepatiriant atminties efekto problem\u0173, da\u017eniausiai patiriam\u0173 naudojant senesnius NiMH elementus.<\/span><\/p>\n

Tobul\u0117jant technologijoms, gamintojai grei\u010diausiai naudos \u012fvairias akumuliatori\u0173 technologijas hibridin\u0117se transporto priemon\u0117se, kad patenkint\u0173 vartotoj\u0173 pageidavimus \u2013 vieni renkasi elektrin\u012f varikl\u012f d\u0117l degal\u0173 taupymo, o kiti teikia pirmenyb\u0119 nuotoliui ir komfortui.<\/span><\/p>\n

Naujausios hibridini\u0173 akumuliatori\u0173 technologijos pa\u017eangos d\u0117ka gaminami svarbesni, galingesni li\u010dio jon\u0173 akumuliatoriai, tod\u0117l hibridiniams modeliams suteikiama didesn\u0117 galia.\u00a0<\/span>Tai<\/span>\u00a0leid\u017eia hibridiniams automobiliams ilg\u0105 laik\u0105 i\u0161likti visi\u0161kai elektriniu va\u017eiavimo re\u017eimu ir negr\u012f\u017eti prie duj\u0173 varikli\u0173.<\/span><\/p>\n

Hibridinio akumuliatoriaus chemijos poky\u010diai, siekiant optimizuoti galios ir svorio santyk\u012f, tapo dar vienu svarbiu pa\u017eanga.\u00a0<\/span>Tai<\/span>\u00a0apima srov\u0117s kolektoriaus ir dangos storio keitim\u0105. Hibridiniams automobiliams da\u017enai reikia trump\u0173 did\u017eiausios galios pli\u016bpsni\u0173 reguliariais intervalais, o tai suma\u017eina talpos poreik\u012f ir pagerina bendr\u0105 hibridini\u0173 akumuliatori\u0173 veikim\u0105.<\/span><\/p>\n

Paskutinis aspektas, kur\u012f reikia atsiminti svarstant hibridini\u0173 akumuliatori\u0173 tipus, yra j\u0173 \u012ftaka transporto priemon\u0117s svoriui ir dyd\u017eiui. Hibridinis automobilis idealiu atveju tur\u0117t\u0173 b\u016bti kuo lengvesnis, kad maksimaliai padidint\u0173 degal\u0173 ekonomij\u0105 ir atstumo galimybes; Siekdami \u0161io tikslo, kai kurie gamintojai naudoja lygiagre\u010dias hibridini\u0173 akumuliatori\u0173 konfig\u016bracijas, kai ma\u017eesnis elektrinis akumuliatorius varo ratus, o didesnis dujinis variklis veikia kaip generatoriaus maitinimo \u0161altinis, kai nevairuoja automobilio.<\/span><\/p>\n

Li\u010dio jon\u0173<\/span><\/h2>\n

Hibridin\u0117s elektrin\u0117s transporto priemon\u0117s skiriasi nuo grynai akumuliatoriaus elektrini\u0173 automobili\u0173 tuo, kad jie naudoja energij\u0105 i\u0161 abiej\u0173 \u0161altini\u0173, kad gal\u0117t\u0173 t\u0119sti va\u017eiavim\u0105, o dujiniam varikliui suteikiama pakankamai laiko va\u017eiuoti \u012fkrauti baterijas. Tod\u0117l hibridini\u0173 automobili\u0173 akumuliatoriai turi tiekti pakankamai energijos va\u017eiuojant ma\u017eesniu grei\u010diu, o varikliui turi likti pakankamai laiko pasikrauti tarp kelioni\u0173.<\/span><\/p>\n

Reikalingos li\u010dio jon\u0173 baterijos, kuri\u0173 galios tankis yra pakankamas \u2013 apibr\u0117\u017eiamas kaip elektros energijos kiekis, kur\u012f akumuliatorius gali sukaupti ir i\u0161leisti per savo eksploatavimo laik\u0105. Taip pat gali b\u016bti nikelio-metalo hidrido (NiMH) baterijos\u00a0<\/span>b\u016bti pla\u010diai naudojami<\/span>\u00a0\u0161iandien, nors j\u0173 ma\u017eesnis energijos tankis reikalauja daugiau prie\u017ei\u016bros, palyginti su li\u010dio jon\u0173 elementais; reguliariai kei\u010diant brangi\u0105 \u0161ilumos valdymo sistem\u0105, galima i\u0161vengti perkaitimo problem\u0173.<\/span><\/p>\n

Hibridin\u0117se transporto priemon\u0117se naudojami li\u010dio jon\u0173 akumuliatoriai gali pasigirti dvigubai didesne galia vienam kilogramui nei NiMH akumuliatoriai, tod\u0117l u\u017etikrinamas efektyvesnis greit\u0117jimas ir l\u0117t\u0117jimas bei geresn\u0117 degal\u0173 s\u0105nauda. Be to, li\u010dio jon\u0173 akumuliatoriai yra ma\u017eiau jautr\u016bs atminties efektui, d\u0117l kurio l\u0105stel\u0117s laikui b\u0117gant praranda galimyb\u0119 \u012fkrauti arba i\u0161sikrauti. Kartu su greito \u012fkrovimo \/ i\u0161krovimo elektros varikliais tai u\u017etikrina didesn\u012f sukimo moment\u0105 nei tradiciniai benzininiai varikliai.<\/span><\/p>\n

Akumuliatori\u0173 technologija nuolat tobulinama siekiant padidinti hibridini\u0173 automobili\u0173 efektyvum\u0105. Vienas i\u0161 pavyzd\u017ei\u0173 yra \u201eValence Technology\u201c li\u010dio jon\u0173 akumuliatorius \u201eSaphion\u201c, kuriame yra gele\u017eies fosfato katodai, leid\u017eiantys padidinti diapazon\u0105, o esant auk\u0161tesnei \u012ftampai i\u0161lieka stabil\u016bs. Tuo tarpu mokslininkai tiria metodus, kaip padidinti saugojimo paj\u0117gumus naudojant tokias med\u017eiagas kaip anglies nanolaidai, silicio nanodalel\u0117s, supergardel\u0117s anodai ir absorbcin\u0117s au\u0161inimo sistemos.<\/span><\/p>\n

Akumuliatoriaus svorio ma\u017einimas yra dar vienas didelis i\u0161\u0161\u016bkis, su kuriuo \u0161iandien susiduria in\u017einieriai; \u0161iuo metu sudaro tre\u010ddal\u012f vis\u0173 automobilio i\u0161laid\u0173, tai sudaro apie 30%. In\u017einieriai \u010dia taip pat \u017eengia pa\u017eang\u0105, kai kelios auk\u0161to lygio \u012fmon\u0117s kuria alternatyvas li\u010dio jon\u0173 element\u0173 dizainui, pvz., Subaru prototip\u0105 G4e akumuliatori\u0173, naudoja au\u0161inim\u0105 skys\u010diu ir aktyv\u0173 bei pasyv\u0173 \u0161ilumos valdym\u0105, kad suma\u017eint\u0173 element\u0173 temperat\u016br\u0105 ir apsaugot\u0173 juos nuo \u0161iluminio b\u0117gimo. Be to, mokslininkai tiria anodo med\u017eiagas, tokias kaip silicio nanolaidai ir alavo nanodalel\u0117s, kurios gali padvigubinti energijos tank\u012f, tuo pa\u010diu pagerindamos saug\u0105 ir pasi\u016blydamos geresnes saugos priemones.<\/span><\/p>\n

\u0160vino r\u016bg\u0161tis<\/span><\/h2>\n

Kaip pirmaujanti hibridini\u0173 automobili\u0173 gamintoja, \u201eToyota\u201c si\u016blo kelet\u0105 modeli\u0173 su \u0161vino r\u016bg\u0161ties akumuliatoriais \u2013 saugesn\u0117mis alternatyvomis li\u010dio jon\u0173 akumuliatoriams, kurie vis dar pasi\u017eymi puikiu degal\u0173 taupymu ir ekologi\u0161ku vairavimu. Deja, \u0161vino r\u016bg\u0161ties akumuliatoriuose yra toksi\u0161k\u0173 ir \u0117sdinan\u010di\u0173 chemini\u0173 med\u017eiag\u0173, kurios gali kelti susir\u016bpinim\u0105 aplinkai\u00a0<\/span>jie nusiteik\u0119<\/span>\u00a0i\u0161 \u2013 tod\u0117l gyvybi\u0161kai svarbu, kad hibridini\u0173 automobili\u0173 akumuliatoriai\u00a0<\/span>b\u016bti reguliariai aptarnaujami<\/span>\u00a0ilgesniam tarnavimo laikui.<\/span><\/p>\n

\u0160vino r\u016bg\u0161ties akumuliatoriai susideda i\u0161 dviej\u0173 elektrod\u0173, atskirt\u0173 elektrolito tirpalu ir \u012fkrovimo metu chemi\u0161kai \u012fkraunami, kad \u0161vino sulfatas neigiamoje plok\u0161t\u0117je b\u016bt\u0173 paverstas \u0161vinu, o \u0161vino oksidas - teigiamoje plok\u0161t\u0117je; tuo pa\u010diu metu vandenilio dujos taip pat i\u0161siskiria kaip \u0161alutinis \u0161io proceso produktas, paai\u0161kinantis, kod\u0117l kai kurios \u0161vino r\u016bg\u0161ties baterijos i\u0161skiria d\u016bmus \u012fkraunant.<\/span><\/p>\n

Vairuojant automobil\u012f, jo akumuliatorius naudoja elektronus i\u0161 teigiamos plok\u0161t\u0117s elektros prietaisams, pvz., varikliui ir radijui, maitinti. I\u0161leidus<\/span>, ta\u010diau<\/span>,<\/span>\u00a0<\/span>elektrolitas i\u0161tirpsta vandenyje, tod\u0117l jo neigiama plok\u0161t\u0117 praranda elektronus, tod\u0117l padid\u0117ja potencial\u0173 skirtumas (\u012ftampa), kur\u012f elektros prietaisai naudoja kaip gali\u0105.<\/span><\/p>\n

Akumuliatoriaus veikimo laikas priklauso nuo keli\u0173 veiksni\u0173, \u012fskaitant naudojim\u0105 ir vairavimo s\u0105lygas. Va\u017eiuojant itin kar\u0161toje ar \u017eemoje temperat\u016broje arba esant didelei apkrovai, akumuliatoriai gali b\u016bti pernelyg apkrauti, o tai pagreitina j\u0173 i\u0161sigimim\u0105 su kiekvienu \u012fkrovimo ir i\u0161krovimo ciklu. Reguliari prie\u017ei\u016bra,\u00a0<\/span>pvz., elektrolito lygio patikrinimas arba papildomo ventiliatoriaus valymas<\/span>, gali pailginti baterijos veikimo laik\u0105 ir pailginti j\u0173 saugojimo laik\u0105.<\/span><\/p>\n

Svarstant baterijos pakeitim\u0105, am\u017eius vaidina labai svarb\u0173 vaidmen\u012f; vidinis degradavimas suma\u017eina eksploatavimo trukm\u0119, tod\u0117l atsiranda po\u017eymi\u0173, kad gali b\u016bti laikas pakeisti. Laimei, kai kurie \u017eenklai rodo, kada to gali prireikti.<\/span><\/p>\n

Priklausomai nuo gedimo prie\u017easties, hibridini\u0173 akumuliatori\u0173 taisymas da\u017enai yra ekonomi\u0161kesnis nei j\u0173 keitimas. Ta\u010diau pakeitimas gali b\u016bti geriausias pasirinkimas, jei pasibaig\u0117 numatomas j\u0173 eksploatavimo laikas arba buvo pa\u017eeisti keli elementai ar moduliai.<\/span><\/p>\n

Prie\u017ei\u016bra<\/span><\/h2>\n

Hibridiniai akumuliatoriai sukurti taip, kad veikt\u0173 efektyviai ir visi\u0161kai nei\u0161sekt\u0173, ta\u010diau ilgas stov\u0117jimas gali nat\u016braliai i\u0161eikvoti j\u0173 \u012fkrov\u0105 laikui b\u0117gant. Kad apsaugotum\u0117te akumuliatoriaus \u012fkrovos lyg\u012f ir i\u0161vengtum\u0117te galim\u0173 problem\u0173, kas dvi savaites va\u017eiuokite 20\u201330 minu\u010di\u0173 ir \u012fsitikinkite, kad sistema gali \u012fkrauti akumuliatori\u0173; i\u0161 tinklo \u012fkraunamus hibridus gali tekti v\u0117l prijungti, kad b\u016bt\u0173 galima papildyti energijos atsargas.<\/span><\/p>\n

Kitas b\u016bdas prailginti savo gyvenim\u0105\u00a0<\/span>hibridinio automobilio akumuliatorius<\/span><\/a>\u00a0yra vengti temperat\u016bros svyravim\u0173. \u0160ie akumuliatoriai veikia efektyviau tam tikruose temperat\u016bros diapazonuose, tod\u0117l va\u017eiavimas esant dideliam kar\u0161\u010diui ar \u0161altam gali sugadinti juos labiau nei vidaus degimo variklius. Jei j\u016bs\u0173 automobilis da\u017enai naudojamas, apsvarstykite galimyb\u0119 \u012fsigyti akumuliatoriaus antklod\u0119 arba antrin\u0117s rinkos au\u0161inimo sistem\u0105, kad apsaugotum\u0117te akumuliatori\u0173 nuo perkaitimo.<\/span><\/p>\n

Reguliarus j\u016bs\u0173 hibrido aptarnavimas ir prie\u017ei\u016bra taip pat yra b\u016btini. J\u016bs\u0173 mechanikas gali patikrinti, ar akumuliatoriuje ir kitose sistemos dalyse n\u0117ra problem\u0173, kurios gali tur\u0117ti \u012ftakos jo eksploatavimo trukmei, ir, jei toki\u0173 bus, imtis taisom\u0173j\u0173 veiksm\u0173, kad jas i\u0161spr\u0119st\u0173, kol jos netaps didel\u0117mis problemomis.<\/span><\/p>\n

Prie\u0161 i\u0161vykstant atostogauti ar ilgai nenaudojant, patartina pasir\u016bpinti akumuliatoriaus \u012fkrovimu\u00a0<\/span>yra pilnai \u012fkrautas<\/span>.\u00a0<\/span>Tai<\/span>\u00a0suma\u017eins rizik\u0105 visi\u0161kai prarasti vis\u0105 \u012fkrov\u0105 ir \u012ftempti arba sutrumpinti tarnavimo laik\u0105. Jei norite va\u017eiuoti ilgesn\u0117mis kelion\u0117mis, va\u017ein\u0117dami hibridu bent kelias minutes kasdien, gal\u0117site i\u0161laikyti optimal\u0173 \u012fkrovim\u0105 ir pailginti jo tarnavimo laik\u0105.<\/span><\/p>\n

Simptomai, signalizuojantys, kad j\u016bs\u0173 hibridinio akumuliatoriaus eksploatavimo laikas gali baigtis, yra suma\u017e\u0117jusi degal\u0173 s\u0105nauda, greitas akumuliatoriaus i\u0161sikrovimas ir elektros energijos svyravimai vairuojant. Nor\u0117dami su\u017einoti konkre\u010di\u0173 indikatori\u0173, kad at\u0117jo laikas pakeisti, kreipkit\u0117s \u012f savininko vadov\u0105 arba pasitarkite su mechaniku \u2013 tai gali b\u016bti ekonomi\u0161kumo tr\u016bkumas ir elektros energijos svyravimai vairuojant.<\/span><\/p>\n

Tarkime, kad j\u016bs\u0173 hibridinis akumuliatorius pasiek\u0117 savo numatomos eksploatavimo trukm\u0117s pabaig\u0105 arba yra pa\u017eeisti keli elementai ar moduliai. Tokiu atveju grei\u010diausiai reik\u0117s visi\u0161kai pakeisti, ta\u010diau \u0161is procesas tur\u0117t\u0173 b\u016bti palyginti nebrangus ir greitas.<\/span><\/p>","protected":false},"excerpt":{"rendered":"

Hybrid cars employ an electric powertrain to enhance fuel economy and performance. However, hybrid batteries wear down with time, like any vehicle part, and may need replacing. Only trained professionals should attempt to replace hybrid batteries. Working with high voltage levels could cause injury or irreparable damage to vital vehicle components. Battery Types A range of hybrid battery types provide distinct advantages, with NiMH (Nickel Metal Hydride), Lithium-Ion, and Lead-Acid batteries among the most widely used options. NiMH batteries typically last 8-10 years and are relatively affordable. They boast higher energy density than Li-Ion batteries, meaning they weigh less while providing more power storage capacity. Unfortunately, their cold-cranking amps are less than those seen with lithium-ion batteries, taking up more room in your vehicle. Li-ion batteries have become the go-to choice in hybrid vehicles due to their long lifespan, higher energy density, and faster charging rate than NiMH cells. Furthermore, Li-ions can withstand more charge\/discharge cycles without experiencing memory effect issues commonly experienced with older NiMH cells. As technology evolves, manufacturers will likely employ various battery technologies in hybrid vehicles to meet consumer preferences – some prefer an electric motor for its fuel efficiency, while others prioritize range and comfort. Recent advances in hybrid battery technology are producing more significant, more powerful lithium-ion batteries, enabling greater power capacity for hybrid models.\u00a0This\u00a0enables hybrid cars to remain in full electric drive mode for extended periods without reverting to gas engine operations. Changes in hybrid battery chemistry to optimize the power-to-weight ratio have become another critical advancement.\u00a0This\u00a0involves altering the current collector and coating thicknesses. Hybrid cars often need brief bursts of peak power at regular intervals, which reduces capacity needs and enhances the overall performance of hybrid batteries. One final aspect to remember when considering hybrid battery types is their impact on vehicle weight and size. A hybrid car should ideally be as light as possible to maximize fuel economy and range capabilities; to meet this objective, some manufacturers use parallel hybrid battery configurations in which a smaller electric battery powers wheels while a larger gas engine acts as a generator power supply when not driving the car. Lithium-Ion Hybrid electric vehicles differ from pure battery electric cars in that they use energy from both sources to keep driving while giving enough time for the gas engine to recharge the batteries during driving. Therefore, hybrid car batteries must provide sufficient energy at lower speeds while giving their engine enough time to recharge between journeys. Lithium-ion batteries with sufficient power density – defined as how much electricity a battery can store and release over its lifespan – are needed. Nickel-metal hydride (NiMH) batteries may also\u00a0be widely used\u00a0today, though their lower energy density necessitates more maintenance compared to Li-ion cells; regular replacement of an expensive thermal control system could prevent overheating issues from arising. Li-ion batteries used in hybrid vehicles boast twice as much power per kilogram as NiMH batteries, providing more efficient acceleration and deceleration and better fuel economy. Furthermore, Li-ion batteries are less susceptible to the memory effect, which causes cells to lose the ability to charge or discharge over time gradually. Combined with rapid charging\/discharging electric motors, this allows more torque than traditional gasoline engines. Battery technology is continuously developing to increase the efficiency of hybrid cars. One example is Valence Technology’s Saphion lithium-ion battery, which features iron-phosphate cathodes that enable increased range while remaining stable at higher voltages. Meanwhile, researchers are exploring methods for increasing storage capacities using materials like carbon nanowires, silicon nanoparticles, superlattice anodes, and absorption cooling systems. Reducing battery weight is another major challenge facing engineers today; currently accounting for one-third of total car costs, it accounts for about 30%. Engineers are making strides here, too, with several high-profile companies developing alternatives to lithium-ion cell design, like Subaru’s prototype G4e battery, using liquid cooling and active and passive thermal management to decrease cell temperature while protecting them against thermal runaway significantly. Furthermore, researchers are investigating anode materials like silicon nanowires and tin nanoparticles, which can double energy density while improving safety and offering better safety measures. Lead Acid As a leading hybrid car manufacturer, Toyota offers several models equipped with lead acid batteries – safer alternatives to lithium-ion ones that still deliver excellent fuel economy and eco-friendly driving performance. Unfortunately, however, lead acid batteries contain toxic and corrosive chemicals that may pose environmental concerns when\u00a0they’re disposed\u00a0of – so it is vitally essential that hybrid car batteries\u00a0be regularly serviced\u00a0for an extended lifespan. Lead-acid batteries consist of two electrodes separated by an electrolyte solution and charged chemically during charging to convert lead sulfate at their negative plate into lead and lead oxide at their positive plate; simultaneously, hydrogen gas is also released as a byproduct from this process, explaining why some lead-acid batteries emit fumes during recharging. When driving the car, its battery uses electrons from its positive plate to power electrical devices like its motor and radio. Once discharged, however, the\u00a0electrolyte dissolves into water, causing its negative plate to lose electrons, resulting in an increased potential difference (voltage) used by electrical devices as power. How long a battery lasts depends on several factors, including usage and driving conditions. Driving in extreme hot or cold temperatures or under heavy load can put undue strain on batteries, hastening their degeneration with each charge-discharge cycle. Regular maintenance,\u00a0such as checking electrolyte levels or cleaning an auxiliary fan, may prolong battery life and extend their storage period. Age plays a vital role when considering battery replacement; internal degradation decreases lifespan, prompting signs that it may be time for a replacement. Luckily, some signs indicate when it may be necessary. Depending on the cause of malfunction, repairing hybrid batteries is often more cost-effective than replacing them. However, replacement may be the best option if their expected lifespan has passed or multiple cells or modules have become damaged. Maintenance Hybrid batteries are designed to work efficiently without becoming completely depleted, yet prolonged parking can drain their charge naturally over time. To protect the battery’s charge […]<\/p>","protected":false},"author":33,"featured_media":3337,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[158],"tags":[],"class_list":["post-3234","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-toyota-hybrid-battery"],"_links":{"self":[{"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/posts\/3234","targetHints":{"allow":["GET"]}}],"collection":[{"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/posts"}],"about":[{"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/types\/post"}],"author":[{"embeddable":true,"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/users\/33"}],"replies":[{"embeddable":true,"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/comments?post=3234"}],"version-history":[{"count":0,"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/posts\/3234\/revisions"}],"wp:featuredmedia":[{"embeddable":true,"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/media\/3337"}],"wp:attachment":[{"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/media?parent=3234"}],"wp:term":[{"taxonomy":"category","embeddable":true,"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/categories?post=3234"},{"taxonomy":"post_tag","embeddable":true,"href":"https:\/\/shop.okacc.com\/lt\/wp-json\/wp\/v2\/tags?post=3234"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}