摘要
煤气加压站作为煤气输送的关键环节,其恒压供气系统的稳定性、高效性和可靠性对供气效果和安全运行至关重要。为了满足不断增长的用气需求,提高能源利用效率,降低供气成本,变频调速技术作为一种先进的控制手段被广泛应用于煤气加压站的恒压供气系统中。变频调速技术通过调节压缩机的转速,实现了对供气量的精确控制,可以根据实际需求动态调整压缩机的运行状态,使其始终处于最佳工作状态,从而实现了能源的有效利用和供气的稳定性。然而,尽管变频调速技术具有诸多优势,但在实际应用中仍然存在一些挑战和问题,如操作复杂性、设备稳定性、维护成本和兼容性等。因此,有必要对变频调速技术在煤气加压站恒压供气系统中的应用进行深入研究和优化,以进一步提高系统的运行效率和性能,保障供气安全和稳定,促进煤气工业的健康发展和社会经济的可持续繁荣。
As a key link in gas transportation,the stability,efficiency,and reliability of the constant pressure gas supply system in gas pressurization stations are crucial for gas supply effectiveness and safe operation.In order to meet the growing demand for gas,improve energy utilization efficiency,and reduce gas supply costs,variable frequency speed regulation technology is widely used as an advanced control method in the constant pressure gas supply system of gas pressurization stations.By adjusting the speed of the compressor,variable frequency speed regulation technology achieves precise control of gas supply volume,and can dynamically adjust the operating status of the compressor according to actual needs,making it always in the best working state,thereby achieving effective energy utilization and stable gas supply.However,despite the many advantages of variable frequency speed regulation technology,there are still some challenges and problems in practical applications,such as operational complexity,equipment stability,maintenance costs,and compatibility.Therefore,it is necessary to conduct in-depth research and optimization on the application of variable frequency speed regulation technology in the constant pressure gas supply system of gas pressurization stations,in order to further improve the operational efficiency and performance of the system,ensure gas supply safety and stability,promote the healthy development of the gas industry and the sustainable prosperity of the social economy.
作者
苗树城
康玉彪
MIAO Shucheng;KANG Yubiao(Shandong Lobe Materials Co.,Ltd.,Ji’nan,Shandong,271100,China)
出处
《智能城市应用》
2024年第5期99-102,共4页
Smart City Application
关键词
变频调速
煤气加压
恒压供气
variable frequency speed regulation
gas pressurization
constant pressure gas supply