The biogas cogeneration unit uses biogas as engine fuel. At the same time of generating electricity, the waste heat of exhaust gas and cylinder liner water are recovered to generate hot water or steam, which can be used to provide hot water for daily use or to heat water for anaerobic fermentation tank to further improve biogas production.

沼气热电联产机组由沼气发动机、交流发电机、余热回收系统、控制系统、公共底座等几部分组成。发出的电既可自用，也可并入电网；沼气发动机排出的550~ 600℃的高温尾气及80~90℃缸套水，经过板式换热器和尾气余热锅炉等回收系统产生85-90℃热水，用于生活用热水、冬季供热或厌氧发酵罐的保温。

The biogas cogeneration unit is composed of biogas engine, alternator, waste heat recovery system, control system and common base. The electricity generated can be used for both self-use and power grid. The high-temperature exhaust gas from the biogas engine at 550-600 C and the cylinder liner water at 80-90 C can generate 85-90 C hot water through plate heat exchangers and waste heat boilers for domestic hot water, winter heating or anaerobic fermentation tank.

1、提高能源综合利用率，降低能源成本

1. Improving the comprehensive utilization rate of energy and reducing the cost of energy

热电联产系统发电和产热效率更高且能显着降低费用。产生的热可以完全用于生活热水或供热，发出的电可以用于相关工程现场，多余的电力还可以送到电网，这样一来，既可以有额外的收益，又可以在波动的能源市场上有高度的独立性。

Cogeneration systems are more efficient in generating electricity and heat and can significantly reduce costs. The heat generated can be used entirely for domestic hot water or heating, the electricity generated can be used for relevant engineering sites, and the surplus electricity can also be sent to the power grid, which can provide additional benefits and high independence in the volatile energy market.

2、降低碳排放，减少环境污染

2. Reducing Carbon Emission and Environmental Pollution

热电联产机组可以节约高达40%的一次能源，比传统发电方式降低60%的二氧化碳排放。与其他化石燃料相比，燃烧时的二氧化碳排放量更低。

Cogeneration units can save up to 40% of primary energy and reduce carbon dioxide emissions by 60% compared with traditional power generation methods. Compared with other fossil fuels, carbon dioxide emissions from combustion are lower.

3、结构紧凑，空间占用少

3. Compact structure, less space occupation

紧凑的结构让发动机的动力和燃烧的热量高效的转化为电能和热能。集成化设计，结构紧凑，布局合理，机组在建筑物中所占的空间也做到小化，同时降低了机组安装和连接的开支。

The compact structure allows the most efficient conversion of engine power and combustion heat into electrical and thermal energy. Integrated design, compact structure, reasonable layout, the space occupied by units in the building is minimized, while reducing the cost of installation and connection of units.

4、智能控制，操作维护简单，

4. Intelligent control, simple operation and maintenance.

供热量和电力输出可以自动调节，智能化控制技术。并可以与电网同步供电，自动追踪电网的频率，确保供电安全。

Heating and power output can be automatically adjusted, intelligent control technology. It can supply power synchronously with the power grid and automatically track the frequency of the power grid to ensure the safety of power supply.

本文由yl6809永利厂家进行编写，想要了解更多的产品及更详细的精彩内容，请关注我们的官方网站：！您的惠顾是对我们很大的支持。

This article is written by the biogas desulfurization manufacturer. For more products and more details, please pay attention to our official website: ! Your patronage is a great support to us.