焦化發電機組的原理主要依賴于焦化過程中產生的煤氣進行發電 。具體來說，焦化是將煤炭在高溫條件下進行干餾，以生產焦炭和煤氣的過程。焦化發電機組所使用的煤氣主要成分是氫氣和一氧化碳，這些成分具有較高的熱值。

　　The principle of coking power generation unit mainly relies on the gas generated during the coking process for power generation. Specifically, coking is the process of dry distillation of coal under high temperature conditions to produce coke and coal gas. The main components of the gas used in coking power generation units are hydrogen and carbon monoxide, which have high calorific values.

　　在焦化發電機組的工作過程中，首先通過焦爐產生高溫高壓的煤氣。這些煤氣經過凈化處理后，被送入燃燒室進行燃燒，產生高溫高壓的煙氣。這些煙氣進一步驅動發電機旋轉，通過電磁感應原理將機械能轉化為電能。最后，通過測量發電機組輸出的電能，并計算其效率，以評估發電過程的性能。

　　In the working process of coking power generation units, high-temperature and high-pressure gas is first generated through the coke oven. After purification treatment, these gases are sent into the combustion chamber for combustion, producing high-temperature and high-pressure flue gas. These fumes further drive the generator to rotate, converting mechanical energy into electrical energy through the principle of electromagnetic induction. Finally, the performance of the power generation process is evaluated by measuring the electrical energy output of the generator set and calculating its efficiency.

　　焦化發電機組更多地依賴于煤炭資源，其環保性能相對較差，碳排放量較高。在煤炭資源豐富的地區，焦化發電機組具有較高的經濟性和實用性，能夠有效地利用煤炭資源，實現能源的轉化和利用。

　　Coking power generation units rely more on coal resources, which have relatively poor environmental performance and high carbon emissions. In areas with abundant coal resources, coking power generation units have high economic and practical benefits, and can effectively utilize coal resources to achieve energy conversion and utilization.

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