Base ed nanduruman klase na panagtipon na enerhiya,teknolohiya na panagtipon na enerhiyanayarin naapag ed limaran kategorya: teknolohiya na panagtipon na enerhiya ed makina, teknolohiya na panagtipon na enerhiya ed elektrokemikal, teknolohiya na panagtipon na enerhiya ed kuryente, teknolohiya na panagtipon na enerhiya na kemikal, tan teknolohiya na panagtipon na enerhiya ed petang.
◇Teknolohiya ed panagtipon na enerhiya na kuryente
◇Teknolohiya ed panagtipon na enerhiya na kemikal
◇Teknolohiya na panag-iponpon na petang
Teknolohiya ed panagtipon na enerhiya ed makina
Singa kabkabat la, wala ray nanduruman klase na kinetic tan potential energy ed kalikasan, singa say onaagus a danum, natural a dagem, delap, tan daluyon; saray aktibidad na too et mamapawala met na baleg ya kinetic tan potential energy, a singa say pangigagalaw na totoo, luluganan, barko, tan pluido. Amin na sarayan enerhiya, parehon nanlapud kalikasan tan saramay nanlapud aktibidad na too, et napapasimbalo iran lapuan na enerhiya. Say mekanikal ya enerhiya et say dagup na kinetiko tan potensyal ya enerhiya, sakey a pisikal a karakel ya mangirerepresenta ed kipapasen na galaw tan kaatagey na sakey a bengatla. Say kinetic tan potential energy na sakey a bengatla et nayarin nauman ed balang sakey; diad proseso na pan-convert na kinetic tan potential energy, say dagup na mekanikal ya enerhiya et mansiansian agmanguman, salanti, say mekanikal ya enerhiya et napreserba.
Say panagtipon na enerhiya ed makina et sakey a teknolohiya ya manguuman ed enerhiya ya magmaliw ya mekanikal ya enerhiya parad panagtipon insan to lamet ipawil ed enerhiya na kuryente no nakaukolan. Saray kaslakan ya paraan na panagtipon na enerhiya ed makina et kaiba so panagtipon na hydro ya bomba, panagtipon na compressed air, tan panagtipon na enerhiya na flywheel. Saray teknolohiya ed panagtipon na enerhiya ed makina et kaslakan ya walaan na atagey a densidad na kuryente, maples ya ebat, tan andukey a bilay na serbisyo, kanian matukoy iratan parad regulasyon na grid tan emergency power supply. Say panaon tan karakel na pangisimpen da et manduruma depende ed espisipikon teknolohiya, manlapud pigaran minuto anggad pigaran agew, tan sarag dan nasumpal so nanduruman pankaukolan ed pangisimpen na enerhiya.
Pumped hydro storage:
Say pumped hydro storage so sankalaknaban ya uusaren natan ya teknolohiya ed panagtipon na enerhiya. Manguusar na kuryente pian manbomba na danum manlapud abeban reservoir ya anggad atagey ya reservoir, ya mantitipon na potensyal ya enerhiya to. Legan na panaon ya sankarakelan so pankaukolan na kuryente, say danum et ibulos pian makagawa na kuryente panamegley na saray turbina. Sayan paraan et walaan na medyo atagey ya conversion efficiency (kaslakan et 70%-85%), matukoy parad pangiregula ed saray pandumaan na peak-valley ed power grid, tan walaan na baleg a storage capacity tan stable ya operasyon.
Say pumped hydro storage et mabetbet ya uusaren pian suportaan so pankasakey na renewable energy grid, pambalanse so suplay tan pankaukolan, tan walaan na andukey a panaon na panag-imbantak tan mabiskeg a reserba. Say prinsipyo to et nanengneng ed Figure 1-1.
Say pangisimpen na enerhiya na compressed air:
Say panagsimpen na enerhiya na compressed air et mangilaktip ed pangikompres na dagem ya uusaren so de-koriente ya compressor tan pangisimpen ed satan diad saray ungib, tangke, odino pressure vessels ed silong na dalin. No ondarakel so pankaukolan ed kuryente, say natipon ya compressed air et nibulos, napainit, tan usaren ya mamaandar na turbina pian makapawala na kuryente. Say compressed air energy storage et kaslakan ya mangiyoopresi na angkakabaleg, andukey a panaon ya pakayarin mantipon na enerhiya, ya say kahusayan to et manlapud 50% anggad 70%. Sarayan inkaepektibo et lalon napaaligwas no ikompara ed saray teknolohiya na panagbawi na petang. Saya so matukoy parad pankasakey ed angkakabaleg iran renewable energy plants pian napaaligwas so inka-flexible tan inka-stabilida na grid.
Pantipon na enerhiya na flywheel:
Say flywheel energy storage et manguusar na motor pian napaandar so flywheel ed maples, ya manguuman ed enerhiya na kuryente ya magmaliw ya kinetic energy parad panag-imbantak. No nakaukolan, say flywheel et manguusar na generator pian nauman so kinetic energy ya magmaliw ya electrical energy. Say teknolohiya na panagtipon na enerhiya na flywheel et kabkabat lapud maples ya ebat to (kaslakan et diad millisecond range) tan atagey a bilay na siklo (anggad nilasus nilibon siklo), kanian matukoy itan parad antikey a panaon, atagey a panaon na panagtipon na enerhiya, a singa say grid frequency regulation tan uninterruptible power supplies (UPSUPS). Say panagtipon na enerhiya na flywheel et kaslakan ya atagey so conversion efficiency to, ya onabot ed 85%-95%, balet say panaon na panagtipon to et medyo antikey, ya kaslakan ya uusaren pian nabalanse so antikey a panaon ya pananguman na enerhiya. Ipapanengneng na Figure 1-2 so schematic diagram na flywheel energy storage power system.
Teknolohiya ed panagtipon na enerhiya na elektrokemikal
Say electrochemical energy storage et sakey a teknolohiya ya manguuman ed enerhiya na kuryente ya magmaliw ya kemikal ya enerhiya panamegley na electrochemical reactions, ya isimpen to itan insan to ipawil ed enerhiya na kuryente no nakaukolan. Say manunan kabiangan to et say panagtipon tan pangibulos na enerhiya diad panamegley na proseso na panagkarga tan panagdiskarga na saray baterya. Say teknolohiya na panagtipon na enerhiya na electrochemical et walaan na saray bentaha a singa say maples ya ebat, atagey ya inkaepektibo, nababalang ya pangipuesto, tan modular ya desinyo, kanian matukoy itan parad saray senaryo a singa say renewable energy grid-connected frequency regulation, peak-valley regulation, tan emergency power supply. Diad kaplesan, saray manunan teknolohiya ed panagtipon na enerhiya na electrochemical et kaiba iray lead-acid batteries, nickel-metal hydride batteries, lithium-ion batteries, sodium-ion batteries, tan flow batteries, ya balang sakey et walaan na nikadkaduman performance, senaryo na aplikasyon, tan potensyal na iyaaligwas. Lapud ondarakel so renewable energy, say panagtipon na enerhiya na electrochemical et walay importantin betang to ed pananguman na istruktura na enerhiya ed interon mundo tan saya so importantin garantiya parad pakadampot na malinis, abeban-carbon, tan ligtas ya sistema na enerhiya.
Lead-acid Batteries:
Saray lead-acid ya baterya et abayag lan niletneg tan malaknab ya uusaren ya teknolohiya ed panagtipon na enerhiya na electrochemical. Say prinsipyo ra et say pangusar na lead tan saray oxide to bilang positibo tan negatibon materyales na electrode, tan say sulfuric acid aqueous solution bilang electrolyte, pian man-charge tan man-discharge panamegley na electrochemical reaction. Saray lead-acid ya baterya et walaan na bentaha a singa say abeban gastos ed produksyon, matatken lan teknolohiya, atagey a panagmatalek, tan mabiskeg ya resistensya ed sobran karga tan sobran-discharge, tan malaknab ya uusaren ed saray baterya ya pangigapo na luluganan, backup ya suplay na kuryente, tan saray sistema na panagtipon na enerhiya. Balet, saray lead-acid ya baterya et abeba so enerhiya ra, limitado so bilay da, tan walay makasamal ya lead da, ya nayarin mandutak ed kaliberliber no ag suston ibantak. Anggaman ontan, saray lead-acid ya baterya et walaan ni na baleg a posisyon ed pigaran lawak, lalo la ed saray aplikasyon ya sensitibo ed gastos. Diad arapen, say panag-recycle ya agmakaderal ed kaliberliber tan say pamaaligwas ed performance na lead-acid ya baterya so manunan direksion parad iyaaligwas na sayan teknolohiya.
Nickel-Metal Hydride (NiMH) Batteries:
Saray NiMH ya baterya et sakey a teknolohiya na panagtipon na enerhiya ed electrochemical ya manguusar na nickel hydroxide bilang positibon electrode tan nickel hydride bilang negatibon electrode. Mangiyoopresi iratan na bentaha a singa say atagey a densidad na enerhiya, ag-inkayadyari ed kaliberliber, tan andukey a bilay. No ikompara ed tradisyonal iran baterya, saray NiMH ya baterya et anggapoy peligro na kemikal ya singa cadmium tan molybdenum, kanian mas makaderal ed kaliberliber. Kanian, saratan so malaknab ya uusaren ed saray power tools, hybrid ya luluganan, tan saray portable electronic devices. Walaan met ira na atagey ya charge-discharge efficiency tan makapankimey iran malet ed nanduruman kaliberliber. Say manunan pakabidbiran na nickel batteries et say mabiskeg ya overcharge tan over-discharge tolerance da, kanian ekselente iratan ed saray aplikasyon ya mankaukolan na mabetbet ya karga tan discharge. Anggaman say indakel na lithium-ion ya baterya ed apalabas iran taon so angitonton ed ibabawas na market share na NiMH ya baterya, wala ni so pasen da ed saray espisipikon lugar ya uusaren da.
Lithium-ion Batteries:
Saray lithium-ion ya baterya et sakey a teknolohiya ed panagtipon na enerhiya ya electrochemical ya makapanggawa na karga tan panag-discharge diad panamegley na pangiloob tan pangipaway na lithium ions ed baetan na positibo tan negatibon electrode. Say magano tan atagey ya enerhiya na lithium so angitonton ed malaknab ya uusaren na lithium-ion ya baterya ed saray portable electronic devices, electric vehicles, tan renewable energy storage. Saray lithium-ion ya baterya et walaan na bentaha a singa say andukey a bilay tan anggapoy epekto na memorya, balet wala met iray pigaran kapagaan ed kaligenan, a singa say thermal runaway ya sengegan na sobran panagkarga tan sobran panagdiskarga. Lapud iyaaligwas na teknolohiya, say kaligenan tan electrochemical performance na lithium-ion ya baterya et tuloytuloy ya inmaligwas, bangta say gastos et dinmaak, kanian sakey iratan ed saray sankalaknaban ya uusaren ya baterya ya pangisimpenan na enerhiya ed tindaan natan. Diad arapen, say iyaaligwas na saray teknolohiya a singa say solid-state electrolytes tan silicon-based anodes et iilaloan ya lalon mamaaligwas ed electrochemical performance tan kaligenan na saray lithium-ion ya baterya.
Sodium-ion Batteries:
Saray sodium-ion ya baterya et maples ya onkukurang ya balon teknolohiya ed panagtipon na enerhiya ed apalabas iran taon. Say prinsipyo na pantratrabaho ra et mipara ed saray lithium-ion ya baterya, ya saray lithium ions et onsasalet tan onsasalet ed baetan na positibo tan negatibo iran electrode parad panagkarga tan panagdiskarga. Saray bentaha na sodium-ion ya baterya et walad karakel tan abeban gastos na sodium resources, tan say inka-independente ra ed limitasyon na lithium resources, kanian matukoy iratan parad angkakabaleg iran aplikasyon ed panagtipon na enerhiya. Anggaman abeba so energy density da nen say lithium-ion batteries, saray sodium-ion batteries et walaan na maong ya performance no nipaakar ed cycle stability, low-temperature performance, tan kaligenan, ya mangipapanengneng na baleg a sipan parad arapen ya iyaaligwas. Diad kaplesan, say panagsukimat ed saray sodium-ion ya baterya et akasentro ed pamaaligwas na enerhiya, pamalaknab na bilay na siklo, tan pambawas ed gastos ed panaggawa. Lapud tuloytuloy ya iyaaligwas na teknolohiya, saray sodium-ion ya baterya et iilaloan ya magmaliw ya sakey ed saray importantin solusyon parad angkakabaleg ya panagtipon na enerhiya diad arapen.
Flow battery:
Saray flow batteries et sakey a teknolohiya ed panagtipon na enerhiya ya electrochemical ya ditan et say electrolyte et isimpen ed sakey ya tangke ed paway. Say prinsipyo ra et say pangisimpen tan pangibulos na enerhiya panamegley na electrochemical reactions ed baetan na duaran nanduruman electrolytes ed loob na baterya. Say sakey a makabkabaliksan a katangian na saray flow batteries et say enerhiya tan power output da ya independentin nauman; say kapasidad na panagsimpen et nayarin napalaknab diad pamarakep ed karakel na electrolyte ya natipon, ya manggawa ed sikaran matukoy parad angkakabaleg, andukey a panaon ya panagtipon na enerhiya. Saray kaslakan ya klase na flow batteries et say vanadium redox flow batteries tan zinc/bromine flow batteries. Saray flow batteries et mangiyoopresi na andukey a bilay, maong a kaligenan, tan makaderal ed kaliberliber, balet ta baleg so inmunan pinansyal da, tan say sistema na baterya et komplikado. Lapud iyaaligwas na teknolohiya, say potensyal na saray flow batteries ed angkakabaleg a panagtipon na enerhiya et kalkalnan onlelesa, lalo la ed renewable energy grid integration tan grid regulation applications.