An fara gwajin tashar samar da hydrogen da hydrogenation ta farko a China wadda Ally ya yi kwangilarta da ita a Nanzhuang, birnin Foshan!

A ranar 28 ga Yulin 2021, bayan shekaru ɗaya da rabi na shiri da kuma watanni bakwai na ginin, an fara gwajin tashar samar da iskar gas ta farko da aka haɗa da hydrogen a China a Nanzhuang, birnin Foshan!

Tashar samar da iskar hydrogen mai nauyin kilogiram 1000 a rana tashar samar da iskar hydrogen da hydrogenation ce da Ally Hydrogen Energy Co., Ltd. (wanda daga nan ake kira Ally) ta haɓaka kuma ta gina kuma Foshan Fuel Energy ta zuba jari kuma take gudanarwa. Ally ta fara ƙirarta a watan Oktoba na 2020 da kuma gininta a ranar 28 ga Disamba, 2020. An kammala shigar da manyan kayan aiki a ranar 31 ga Mayu, 2021, an kammala ƙaddamar da babban aikin a ranar 28 ga Yuni, 2021, kuma an kammala aikin gwaji a ranar 28 ga Yuli, 2021.

Aikin tashar ya kasance cikin kwanciyar hankali saboda aikin da ƙungiyar Ally ke yi na ƙarin lokaci a cikin rana mai zafi da kuma goyon bayan sassan Foshan Fuel Energy!

Bayan an kafa aikin, Ally da Foshan Fuel Energy sun yi musayar fasaha da yawa kan hanyoyin samar da hydrogen, ƙa'idodi da ƙayyadaddun bayanai, aminci da sauran fannoni na tashar, kuma a ƙarshe sun ƙayyade sabuwar hanyar aiwatar da aikin a cikin gida.

Domin mayar da na'urar masana'antu zuwa kayan aiki na kasuwanci, a ƙarƙashin matsin lamba na ƙayyadadden lokaci kuma nasara ce kawai ake yarda da ita, ƙungiyar bincike da injiniya ta Ally ta yi ƙoƙari sosai. Koyo daga gogewar na'urar samar da iskar gas mai ɗauke da iskar hydrogen da Ally ta yi, ƙungiyar ta kammala dukkan ƙirar injiniya cikin ƙasa da wata ɗaya da rabi.

Babban fasalulluka na na'urar:

1. Na'urar ba ta buƙatar tururi. Bayan an kunna na'urar kuma ta kai yanayin zafin da aka saita, tana iya samar da tururi da kanta. Haka kuma babu tururi mai gajiya don haka ana rage yawan amfani da makamashi. Babu ganga mai iskar gas da kuma ƙirar tukunyar zafi mai sauƙi tare da sarrafawa mai sauƙi ya ceci jari da yankin da ake amfani da shi a filaye.

2. Ɗaga zafin sauran hanyoyin zuwa zafin aiki yayin dumama gyaran yana sauƙaƙa tsarin dumama na na'urar gargajiya. Lokacin fara na'urar ya ragu sosai daga awanni 36 zuwa ƙasa da awanni 10, kuma tsarin yana da ingantaccen amfani da makamashi.

3. Ta amfani da mai kara kuzari mai hana sulfur da kuma wanda ba shi da chromium wanda ke da yanayin zafi mai faɗi wanda Ally ya haɓaka tsawon shekaru 7, idan aka kwatanta da fasahar canza yanayin zafi na gargajiya, fasahar gyaran zafin jiki mai sarrafa zafin jiki na iya ƙara yawan CO2 da fiye da 10% da kuma ingancin hydrogen da kashi 2 ~ 5%.

4. Na'urar za ta iya gane aikin hot standby. A cikin matakin kashe na'urar na ɗan gajeren lokaci, ana iya sarrafa zafin kayan aikin na'urar kusa da zafin aiki ta hanyar aikin ƙona mai ƙarancin nauyi. Ana iya ciyar da iskar gas kai tsaye a lokacin farawa na gaba, kuma ana iya samar da ingantaccen hydrogen cikin awanni 2. An inganta ingancin amfani da na'urar.

5. Sabuwar fasahar gyaran musayar zafi ta rage tsayin na'urar hada wutar lantarki zuwa mita 3.5 da kuma tsayin na'urar gyaran wutar lantarki. A lokaci guda kuma, babu wani kayan aiki a saman na'urar gyaran wutar lantarki don haka ba a buƙatar yin aiki mai tsayi.

6. Tsarin PSA ya ɗauki tsarin daidaita matsin lamba sau 6 sau 3, wanda zai iya aiwatar da tsarin "high 3" na tsarki mai yawa, yawan amfani da hydrogen da kuma dawo da iskar gas mai yawa. Wannan tsari yana rage yawan canjin matsin lamba a cikin hasumiyar shaƙa, yana rage binciken kwararar iskar gas akan mai shaƙa, yana tsawaita rayuwar mai shaƙa kuma yana inganta yawan amfani.

7. An duba kuma an gwada mai shaƙar iska sosai ta dakin gwaje-gwajenmu don tabbatar da aikin shaƙar iska da tsarkakewa na na'urar. Ally ne ya ƙera bawul ɗin sarrafa iska mai ƙarfi na tsarin PSA, wanda ke da halaye na kyakkyawan aikin hatimi, nakasar da ba a iya gani ta ayyuka miliyan ɗaya, lokacin hutu na kulawa na shekaru biyu, da sauransu.

Wannan na'urar ta karɓi haƙƙin mallaka guda 7 mallakar Ally.

Kammalawa da kuma nasarar aikin tashar yana nuna cewa masana'antar makamashin hydrogen ta cikin gida ta ɗauki wani muhimmin mataki a fannin fasaha da aiki na tashar samar da makamashin hydrogen da hydrogenation (cika iskar gas da mai), kuma ta cimma aiwatar da samar da hydrogen da aka rarraba da kuma samar da hydrogen. Tashar Nanzhuang a matsayin misali tana da matuƙar amfani wajen nunawa da tallatawa.

Daga cikin abubuwa da yawa masu takaita ci gaban masana'antar kera motoci ta hydrogen, farashin hydrogen shine mafi girma. Tare da sauƙin amfani da kayayyakin iskar gas na birane, ci gaba da samar da hydrogen yana ɗaya daga cikin hanyoyin da suka fi tasiri don rage farashin hydrogen da ake amfani da shi a ƙarshe.

Ta hanyar yin watsi da ƙa'idodin tsufa, ta yi ƙarfin halin ruguza al'ada, tana son yin kirkire-kirkire da kuma ɗaukar jagora, Ally ta zama muhimmiyar runduna don haɓaka ci gaban masana'antar.

Ally koyaushe tana bin manufarta kuma ba ta taɓa mantawa da manufarta ta asali ba: kamfanin fasahar kirkire-kirkire kan makamashin kore, samar da makamashin kore mai ɗorewa shine burinmu na rayuwa!

——Tuntube Mu——

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