• Gas distributed combined
• Landfill gas power generation
• Biogas power generation
• Residual pressure and heat power
• Island multi-energy complementary

Gas distributed combined

What is distributed energy?

Combined cooling, heating and power (CCHP) system refers to convert the fuel into three kinds of products at the same time: electricity, heat or steam and cold water.

Specifically, arrange the small and modular power generation system in the vicinity of the user, use urban pipeline natural gas as fuel to generate power for the user to use, and, at the same time, use the heat exchanger to recover the cooling water produced by the generator unit in power generation process and the waste heat in exhaust gas to produce hot water or steam for the user's heating, bathing or cooling. A typical combined cooling, heating and power (CCHP) system generally includes: power and generator system, waste heat recovery system, refrigeration system and centralized control system, etc.

Distributed combined cooling, heating and power (CCHP) system is the most suitable for hotels, hospitals, shopping malls, bathing beaches, colleges and universities and the industrial enterprises which have stable thermal demand, etc. For the owners concerned, the investment income is mainly derived from the energy cost saved from self-supply power and heat energy. This technology is suitable for both the construction of new buildings and the transformation of old buildings.

Why to select the natural gas distributed combined cooling, heating and power (CCHP) system?

Economical efficiency
The user can save costs from various aspects -- the investment cost is low; maintenance is more convenient; and more space is saved. The saved costs of comprehensive energy exceed 30%

High energy efficiency
Energy utilization rate reaches over 70%, while the energy utilization rate of the conventional power plant is only 30%-40%

Environmental protection
Clean emissions，a significant reduction in CO2 emissions，and can participate in CO2 emissions trading

Flexible power supply
Various parties achieve multi-win results. The unbalanced use of power and gas is effectively solved. Users, electric power companies and gas companies achieve multi-win results

System principle diagram



Natural gas distributed energy project development mode

Industry influence of MicroPowers Ltd.

Co-compiled Shanghai Technical Specification for Distributed Energy Supply System Engineering (the first professional code in China)
Co-compiled Shanghai Distributed Energy Supply System Engineering Commissioning Procedures
Co-compiled Shanghai “12th-Five-Year Distributed Energy Development Plan”
Participate in the formulation of a new round of special support measures of Shanghai for the distributed power system, responsible for the cost estimation of the Internet pricing
Attended the special discussion on grid-connected distributed energy supply organized by State Grid and National Energy Administration

Won Honors

Huaxia Hotel distributed energy project won "Shanghai distributed energy system ten-year review demonstration project" (a total of 5 projects)

Social activities

Participated in the formulation or review of the distributed energy development plans of Shanghai, Guangzhou, Chongqing and other cities.