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使用燃气发电机组的益处有哪些?

返回 2020.07.11 来源:http://www.huannengpower.com
1)合理利用能源,减少环境污染
1) Rational utilization of energy and reduction of environmental pollution
对于难动用储晕油田来说,一般情况下,气鼍不是很丰富,不足以进行规模化开采和利用,以往多采用放空的做法。利用天然气进行发电,不仅保护了环境,更为重要的是节约了能源。
For the difficult to produce reservoir halo oilfield, generally speaking, the gas alligator is not rich enough to carry out large-scale exploitation and utilization. In the past, the method of venting is often used. The use of natural gas for power generation not only protects the environment, but also saves energy.
2)技术成熟,设备可靠
2) Mature technology and reliable equipment
利用天然气进行发电,在欧洲的法国和英国等国家已经有五六十年的历史,单机容量已达7000kW。在国内,已有近20年的成功运行经验,国产的燃气发电机组投放市场也十多年了。对于单机容量在iOOOkW以下的小型燃气发电站,国产的发电机组完全可以替代进口机组,并且在机组的检修、维护和售后服务等方面,国产机组更具有优越性。
The use of natural gas for power generation has a history of 50-60 years in France, Britain and other countries in Europe, and the maximum single unit capacity has reached 7000kw. In China, there have been nearly 20 years of successful operation experience, and the domestic gas generator set has been put into the market for more than ten years. For small gas-fired power stations with single unit capacity below iookw, domestic generating units can completely replace imported units, and domestic units have more advantages in terms of unit maintenance, maintenance and after-sales service.
燃气发电机组电子点火系统由点火信号发生器、点火放大模块、点火线圈、高压阻尼线、火花塞组成。按照发动机各缸的工作需要,信号发生器产生与曲轴位置相对应的电压脉冲信号,点火放大模块根据电压脉冲信号及时接通秘断开点火线圈初级回路,使点火线圈次级产生高压,经高压阻尼线,火花塞在燃烧室内产生火花,点燃混合气。
The electronic ignition system of gas generator set consists of ignition signal generator, ignition amplifier module, ignition coil, high voltage damping wire and spark plug. According to the working needs of each cylinder of the engine, the signal generator generates voltage pulse signal corresponding to the position of the crankshaft. The ignition amplification module switches on and off the primary circuit of the ignition coil in time according to the voltage pulse signal, so that the secondary ignition coil generates high voltage. Through the high-voltage damping line, the spark plug generates sparks in the combustion chamber and ignites the mixture.
燃气发电机组安装检查:
Installation inspection of gas generator set:
信号发生器安装时,信号发生传感器底部与测速盘之间的间隙为0.5mm±0.12mm,安装时可先将传感器旋至测速盘端面,然后退出约1/2圈,再锁紧紧固螺母即可。
When the signal generator is installed, the gap between the bottom of the signal generator sensor and the speed plate is 0.5 mm ± 0.12 mm. During the installation, the sensor can be rotated to the end face of the speed plate, then withdraw about 1 / 2 turn, and then lock the fastening nut.
点火单元(四缸机)输出线A、B、C、D分别接第1、3、4、2缸点火线圈正极,输出线E接各个点火圈负极,差在1、4缸线圈负极处接至机体。点火单 元(6缸机)输出线A、B、C、D、E、F分别接1、5、3、6、2、4缸点火线圈正极,输出线J接各个点火线圈负极,并在1、6缸线圈负极处接至机体。
The output lines a, B, C and D of the ignition unit (four cylinder engine) are respectively connected to the positive pole of the ignition coil of cylinders 1, 3, 4 and 2, and the output line e is connected to the negative pole of each ignition coil, and the difference is that the negative pole of cylinder 1 and cylinder 4 is connected to the engine block. The output lines a, B, C, D, e and F of the ignition unit (6-cylinder engine) are respectively connected with the positive pole of the ignition coil of cylinders 1, 5, 3, 6, 2 and 4, and the output line j is connected to the negative pole of each ignition coil, and connected to the body at the negative pole of the coil of cylinder 1 and 6.
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使用燃气发电机组的益处有哪些?

1)合理利用能源,减少环境污染
1) Rational utilization of energy and reduction of environmental pollution
对于难动用储晕油田来说,一般情况下,气鼍不是很丰富,不足以进行规模化开采和利用,以往多采用放空的做法。利用天然气进行发电,不仅保护了环境,更为重要的是节约了能源。
For the difficult to produce reservoir halo oilfield, generally speaking, the gas alligator is not rich enough to carry out large-scale exploitation and utilization. In the past, the method of venting is often used. The use of natural gas for power generation not only protects the environment, but also saves energy.
2)技术成熟,设备可靠
2) Mature technology and reliable equipment
利用天然气进行发电,在欧洲的法国和英国等国家已经有五六十年的历史,单机容量已达7000kW。在国内,已有近20年的成功运行经验,国产的燃气发电机组投放市场也十多年了。对于单机容量在iOOOkW以下的小型燃气发电站,国产的发电机组完全可以替代进口机组,并且在机组的检修、维护和售后服务等方面,国产机组更具有优越性。
The use of natural gas for power generation has a history of 50-60 years in France, Britain and other countries in Europe, and the maximum single unit capacity has reached 7000kw. In China, there have been nearly 20 years of successful operation experience, and the domestic gas generator set has been put into the market for more than ten years. For small gas-fired power stations with single unit capacity below iookw, domestic generating units can completely replace imported units, and domestic units have more advantages in terms of unit maintenance, maintenance and after-sales service.
燃气发电机组电子点火系统由点火信号发生器、点火放大模块、点火线圈、高压阻尼线、火花塞组成。按照发动机各缸的工作需要,信号发生器产生与曲轴位置相对应的电压脉冲信号,点火放大模块根据电压脉冲信号及时接通秘断开点火线圈初级回路,使点火线圈次级产生高压,经高压阻尼线,火花塞在燃烧室内产生火花,点燃混合气。
The electronic ignition system of gas generator set consists of ignition signal generator, ignition amplifier module, ignition coil, high voltage damping wire and spark plug. According to the working needs of each cylinder of the engine, the signal generator generates voltage pulse signal corresponding to the position of the crankshaft. The ignition amplification module switches on and off the primary circuit of the ignition coil in time according to the voltage pulse signal, so that the secondary ignition coil generates high voltage. Through the high-voltage damping line, the spark plug generates sparks in the combustion chamber and ignites the mixture.
燃气发电机组安装检查:
Installation inspection of gas generator set:
信号发生器安装时,信号发生传感器底部与测速盘之间的间隙为0.5mm±0.12mm,安装时可先将传感器旋至测速盘端面,然后退出约1/2圈,再锁紧紧固螺母即可。
When the signal generator is installed, the gap between the bottom of the signal generator sensor and the speed plate is 0.5 mm ± 0.12 mm. During the installation, the sensor can be rotated to the end face of the speed plate, then withdraw about 1 / 2 turn, and then lock the fastening nut.
点火单元(四缸机)输出线A、B、C、D分别接第1、3、4、2缸点火线圈正极,输出线E接各个点火圈负极,差在1、4缸线圈负极处接至机体。点火单 元(6缸机)输出线A、B、C、D、E、F分别接1、5、3、6、2、4缸点火线圈正极,输出线J接各个点火线圈负极,并在1、6缸线圈负极处接至机体。
The output lines a, B, C and D of the ignition unit (four cylinder engine) are respectively connected to the positive pole of the ignition coil of cylinders 1, 3, 4 and 2, and the output line e is connected to the negative pole of each ignition coil, and the difference is that the negative pole of cylinder 1 and cylinder 4 is connected to the engine block. The output lines a, B, C, D, e and F of the ignition unit (6-cylinder engine) are respectively connected with the positive pole of the ignition coil of cylinders 1, 5, 3, 6, 2 and 4, and the output line j is connected to the negative pole of each ignition coil, and connected to the body at the negative pole of the coil of cylinder 1 and 6.