動力系統：作為燃氣發電機組的 “心臟”，動力系統主要由燃氣發動機組成。發動機的性能直接決定了機組的功率、效率和可靠性。現代燃氣發動機采用先進的設計理念和制造工藝，如渦輪增壓技術提高進氣量，優化燃燒室結構提升燃燒效率，采用高強度、耐高溫材料增強發動機的穩定性和耐久性。同時，電子控制系統實時監測和調節發動機的運行參數，確保其始終處于最佳工作狀態。?

Power system: As the "heart" of a gas generator set, the power system is mainly composed of a gas engine. The performance of the engine directly determines the power, efficiency, and reliability of the unit. Modern gas engines adopt advanced design concepts and manufacturing processes, such as turbocharging technology to increase intake volume, optimizing combustion chamber structure to improve combustion efficiency, and using high-strength, high-temperature resistant materials to enhance engine stability and durability. At the same time, the electronic control system monitors and adjusts the operating parameters of the engine in real time to ensure that it is always in optimal working condition. ?

發電系統：發電系統由發電機、勵磁裝置和電壓調節裝置等組成。發電機作為電能產生的關鍵部件，有同步發電機和異步發電機等類型。同步發電機具有電壓穩定、輸出波形好等優點，在燃氣發電機組中應用廣泛。勵磁裝置為發電機的磁場提供電源，電壓調節裝置則根據負載變化自動調整發電機的輸出電壓，保證電力供應的穩定性和質量。?

Power generation system: The power generation system consists of a generator, excitation device, and voltage regulation device. As a key component for generating electrical energy, generators can be classified into synchronous generators and asynchronous generators. Synchronous generators have the advantages of stable voltage and good output waveform, and are widely used in gas-fired generator sets. The excitation device provides power for the magnetic field of the generator, while the voltage regulation device automatically adjusts the output voltage of the generator according to load changes, ensuring the stability and quality of power supply. ?

控制系統：控制系統是燃氣發電機組的 “大腦”，實現對機組運行狀態的全面監控和智能調控。它通過傳感器實時采集發動機的轉速、溫度、壓力，以及發電機的電壓、電流、頻率等參數，并將這些數據傳輸到控制單元。控制單元根據預設的程序和參數，對機組的啟動、停機、調速、調壓等進行自動控制。一旦檢測到異常情況，如超溫、過載、燃氣泄漏等，控制系統會立即發出警報，并采取相應的保護措施，如切斷燃氣供應、停機等，確保機組和人員的安全。?

Control system: The control system is the "brain" of the gas generator unit, which realizes comprehensive monitoring and intelligent regulation of the unit's operating status. It collects real-time engine speed, temperature, pressure, as well as generator voltage, current, frequency and other parameters through sensors, and transmits these data to the control unit. The control unit automatically controls the start-up, shutdown, speed regulation, and pressure regulation of the unit according to preset programs and parameters. Once an abnormal situation is detected, such as overheating, overload, gas leakage, etc., the control system will immediately issue an alarm and take corresponding protective measures, such as cutting off gas supply, shutting down, etc., to ensure the safety of the unit and personnel. ?

輔助系統：輔助系統包括進氣系統、排氣系統、冷卻系統、潤滑系統和燃料供應系統等。進氣系統負責將燃氣和空氣按比例混合并送入發動機；排氣系統將燃燒后的廢氣排出，同時通過消音器降低排氣噪音；冷卻系統采用水或空氣對發動機和發電機進行冷卻，防止設備過熱；潤滑系統為發動機各運動部件提供潤滑，減少摩擦和磨損；燃料供應系統確保燃氣能夠穩定、安全地輸送到發動機。

Auxiliary system: The auxiliary system includes the intake system, exhaust system, cooling system, lubrication system, and fuel supply system. The intake system is responsible for mixing gas and air in proportion and sending them into the engine; The exhaust system discharges the burned exhaust gas and reduces exhaust noise through a muffler; The cooling system uses water or air to cool the engine and generator, preventing equipment from overheating; The lubrication system provides lubrication for various moving parts of the engine, reducing friction and wear; The fuel supply system ensures stable and safe delivery of gas to the engine.

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