Gas generator sets help achieve dual carbon goals

Against the backdrop of global energy structure transformation and the promotion of the "dual carbon" strategy, gas-fired power generation units are becoming an important solution for energy conservation and emission reduction in the industrial sector due to their unique environmental advantages and technological characteristics. As a leading enterprise in the field of clean energy equipment in China, Supermaly is reshaping the new landscape of the gas power generation industry through continuous technological innovation and efficient energy utilization.

Efficient and clean, with significant emission reduction effects

Gas generator sets use natural gas as fuel, reducing carbon dioxide emissions by more than 50% and nitrogen oxide emissions by 80% during combustion compared to coal-fired power plants. Its advanced lean combustion technology can increase thermal efficiency to 42% -50%, and when combined with a waste heat recovery system, the comprehensive energy utilization rate can reach over 85%.

Flexible and reliable, adaptable to new energy systems

Modular designed gas turbines have fast start stop characteristics and can effectively cooperate with the volatility of renewable energy sources such as wind power and photovoltaics, playing a "stabilizer" role in power grid peak shaving. The distributed energy station adopts the mode of gas power generation+waste heat energy supply, realizing the triple supply of electricity, heat and cooling, and increasing the regional energy utilization rate by more than 30%.

Dual breakthroughs in economy and technology

With the acceleration of the localization process of gas turbines, equipment procurement costs have decreased by 40% compared to five years ago. Coupled with the optimization of fuel costs brought about by the natural gas marketization reform, the project investment payback period has been shortened to 5-8 years. More noteworthy is the breakthrough in hydrogen blending combustion technology, which allows existing gas turbines to mix 15% -20% hydrogen, reserving technical interfaces for future large-scale applications of hydrogen energy.

Under the guidance of the "dual carbon" target, Shandong Supermaly Power Generation Equipment Co., Ltd. is promoting the iteration and upgrading of gas-fired power generation technology with an average annual R&D investment growth rate of 30%. From photovoltaic peak shaving power stations in the northwest desert to comprehensive energy supply in industrial parks in coastal cities, Supermaly uses innovative technology to fulfill its commitment to green development and provide global customers with "cleaner, smarter, and more economical" energy solutions. Choosing Supermaly is not only a reliable partner for low-carbon transformation, but also a wise decision to embrace a green future.