"Strive to reach the peak of carbon dioxide emissions by 2030, strive to achieve carbon neutrality by 2060." at the United Nations General Assembly in September last year, China promised to achieve the goal of carbon neutrality by 2060, which aroused a lot of attention“ Under the hot words of "carbon peak" and "carbon neutral", it not only reflects China's role as a big country in global climate change, but also contains a profound economic and social systematic change under high-quality development.
In this change, how to use intelligent and digital transformation to become the engine of change, and how to turn the development of information technology into the driving force of green and efficient transformation, has also become an important proposition whether enterprises can meet the "carbon neutral" and realize green transformation.
Electric power industry becomes the main force of carbon reduction
According to the world energy statistical yearbook 2020, China's GDP accounts for about 17% of the world, energy consumption accounts for about 24.27% of the world, carbon dioxide emissions account for about 28.76% of the world, and the carbon emission intensity per unit GDP is about three times of the world average.
Based on China's existing economic structure and carbon stock, it is urgent to transform the energy structure in order to achieve the carbon emission target on schedule. According to statistics, the electric power industry accounts for about 40% of the carbon dioxide emissions from China's energy activities. Therefore, promoting the green transformation of the electric power industry is undoubtedly an important starting point to achieve the carbon reduction goal on schedule.
Industry experts pointed out that there are two important paths to promote the green transformation of power system. One is to adjust the energy structure at the power supply end and increase the proportion of clean energy power generation; The second is to improve energy efficiency and reduce carbon emissions at the power end. The two paths have driven the rapid growth of power production and consumption industry, energy structure adjustment, energy saving and efficiency, and also brought new development opportunities for power related service system.
As an innovative laser absorption spectroscopy technology application technology service company, Hanhai optoelectronics has found new demand growth points and development opportunities under the goal of "carbon reaching peak and carbon neutralization". In this regard, chairman Li Shuguang said: "under the dual carbon goal, all walks of life are facing opportunities and challenges. In the growth space brought by carbon peak and carbon neutralization, how to improve products, technology, services and other aspects to meet the new needs of energy conservation and efficiency is a more critical issue."
The in-situ laser gas analyzer produced by Hanhai optoelectronics adopts the most advanced gas detection technology in the world, laser absorption spectroscopy technology, which can monitor the gas concentration in the pipeline of power plant emission and denitration process. The product is installed in situ, without gas sampling direct detection, real-time reflect the real situation of the scene. It is suitable for monitoring ammonia escape in denitration process. With high sensitivity and millisecond response speed, it can detect the tiny gas concentration change in the first time, avoid missing report and achieve timely warning The monitoring accuracy is high, "fingerprint" detection, no false alarm, which provides reliable and effective guidance for monitoring denitration process; There is no need for regular calibration, the product adopts non-contact detection, and there is almost no loss of the equipment itself, so there is no need for frequent calibration, and the service life is long, saving a lot of later maintenance and equipment replacement costs. Through the intelligent monitoring of in-situ laser gas analyzer in denitration process, it can help power plants improve energy efficiency, reduce carbon emissions and help carbon neutralization.
