Ol kolpela kol na klos kol taua

Evaporativ kondensa (ol i save kolim tu olsem evaporativ kol), em i wanpela kain wara-} i kol na ea-} i kol, hat na mas trensfe proses i go long wanpela na tupela gutpela samting bilong eneji-}sving kul ikwipmen.

Olsem wanem em i wok:

The working principle of evaporative cooling is to pass high temperature and high pressure refrigerated steam that needs condensation through the condensation discharge pipe, spray water outside the pipe and force ventilation to evaporate the water film on the bound surface of the pipe, and the heat from the refrigerated steam inside the pipe is transmitted to the water film outside the pipe, where it evaporates into the atmosphere.

Ol komponen:

Ol i save mekim ol paip i kol moa yet, em ol paip grup, ol sistem bilong sprinkler, ol bod bilong holim wara, ol fan bilong aksial, ol sink, ol pam, na ol bokis. It uses the heat of absorption to condense the refrigerant vapor in the tube.Evaporative cooling consumes very little water, which is 1 / 5 to 1 / 10 of the water consumption of a conventional water-cooled condenser under equivalent conditions, and its operating cost is only 1 / 4 to 1 ⁄ 5 of the average water-cooling kondensa.

Ol mak bilong kol bilong evaporativ:

1.Ol i lukautim gut eneji

Dispela evaporetiv kondensa i save rausim hat long rot bilong evaporated latent hat bilong wara, na dispela i mekim na tempereja bilong kondensesen i klostu long mak bilong wet bal i wet, na long dispela rot i daunim pawa konsumsen bilong kompresor na kamapim gut olgeta eneji efisiens bilong sistem.

Ius bilong ol gutpela gutpela wara sirkulasen sistem na wara-seving disain, olsem PVC wara ritensen na dewatering samting na ol komponen, inap long kontrolim gut wara konsumsen na i gat bikpela wara seving pefomens skelim wantaim ol tradisenel kol sistem.

2. Liklik futprin na isi operesen Evaporativ kondensa i kompak na i kisim liklik futprin, we i larim em i givim bikpela hat eksens kapasiti long liklik spes na daunim kos bilong instolesen. Antap long dispela, yusim bilong wanpela otometik kontrol sistem i ken luksave long otomatik satdaun, otomatik stretim na ol narapela wok, daunim wok bilong ol manuel operesen na mentenens.

3. Pasin bilong lukautim gut envairomen, em i no bilong i stap long envairomen, em i no gat asua, na em i isi long lukautim.

Dispela evaporetiv kondensa i save kamapim liklik nois tasol, ol eksos ges na ol narapela samting i save bagarapim man long taim bilong operesen, na i inapim ol samting bilong lukautim envairomen na i no gat wanpela nogut samting i kamap long envairomen i stap klostu.

Ol i wokim dispela straksa bilong helpim wok bilong lukautim na stretim olgeta de, na daunim taim bilong daunim na lukautim.

Ol aplikesen olsem kol ea kondisen i kamap evaporet

Em i wanpela masin bilong kondisen bilong eakondisen we i bungim ol as tingting bilong rausim kol na ron long aisbokis. Hia em i wanpela gutpela tok klia bilong e ea kondisen:

1. Wok prinsipel Wok bilong wok bilong rausim ea kondisen em i as bilong dispela tupela samting:

Prinsipol blong mekem man i kolkol: Evaporetiv ea kondisen i yusum prinsipol blong evaporesen blong hat long wota blong daonem tempereja blong ea. Taim ol i spreim wara long wanpela hap i save mekim wara i kol, olsem keten bilong wara o keten i gat wara long en, ol molekiul bilong wara i save kisim hat long win taim ol i evaporesen, na dispela i daunim temperaja bilong win. Dispela proses i wankain olsem evaporesen na koling fenomen long nature, na inap rausim gut hat long envairomen i stap klostu long winim kol efek.

Prinsipol bilong ron long aisbokis i raun: Proses bilong friji i raun i go i kam i gat 4-pela step: wok bilong kompresor, kondensa hat eksens, ekspansen valv throttle flow na evaporator evaporesen. Kompresor i save kompresim refrigerant i go insait long bikpela tempereja na bikpela presa ges, na dispela i mekim temperaja na presa bilong refrigerant i go antap. Ol hai-} teperture na hai-}}presa refrigerants bihain i senisim hat long rot bilong ekstenel win o wara insait long kondensa, na lusim hat i go insait long envairomen taim em i kondensim em yet i go insait long wanpela wara. Orait, taim friji i go long rot bilong skruim valv, presa i go daun na i kamap olsem wanpela low- temperature, low-}presa wara long redi long go insait long evaporator. Laswan samting, aesbokis we i no hot tumas mo i no gat tumas presa, hem i evaporate long wan evaporator, i pulum hat long ea mo i daonem tempereja blong ea. Refrigerant we i evaporate i absorbem bakegen tru long kompresor blong statem nekis friji saekol.

2, ol gutpela samting bilong strongim wok bilong en Ol samting i save kamapim gutpela win i ken sevim moa long 35% taim yumi skelim wantaim ol sistem bilong kondisen bilong win-}′kulim ol sistem bilong ea kondisen; Dispela i kamap bikpela bikos long bikpela gutpela hat eksens sistem bilong em na teknoloji bilong mekim kol i go i kam, we i larim bikpela senis long eneji efisiensi resio.

3-pela gutpela senario Ol i save yusim ol evaporetiv kol ea kondisen long indastriel wok, tenkyu long gutpela eneji efisiens resio bilong ol, bikpela mak bilong ol aplikesen na gutpela koling efek. Ol ples bilong salim ol samting na pablik sevis, ol data senta na ol hai-taim pak, ol grinhaus bilong egrikalsa na ol ples bilong planim, na ol ples bilong amamas ausait na amamas i soim ol ekstraordinari aplikesen potensiel. Olsem, long wok bilong wokim ol samting bilong indastri, ea kondisen bilong evaporativ i gutpela long planti ples i gat bikpela tempereja na ples i gat planti wara, na dispela i kamapim wanpela ples i kol moa na i gutpela moa long wok bilong ol wokman. Long ol komesel na pablik sevis fasiliti, ol evaporetiv kol na ea kondisen i kamap gutpela mak bilong ol bikpela soping senta, opis bilding, hotel na ol narapela ples bikos long ol bikpela efisiensi na eneji seving mak bilong ol. Long ol data senta na ol hai-ch pak, evaporetiv ea kondisen i ken rausim hariap hat long ol ikwipmen olsem ol seva, na mekim gut wok bilong ol data senta i wok gut.