By JIANG NAN, People’s Daily
China is making great efforts to coordinate the development and reduction of carbon emissions and balance economic growth and environmental protection, trying to turn the enormous challenges of promoting green and low-carbon development into opportunities in taking full advantage of scientific and technological innovation, a key variable in the fast changing world.
The country faces a tight schedule, heavy tasks and strong pressure to promote the transition to green and low-carbon development as it aims to peak carbon dioxide emissions by 2030 and achieve carbon neutrality by 2060, which means that it has only 30 years to go from peak carbon dioxide emissions to carbon neutrality, far less than the time it took developed countries to reach goal.
Since Zhejiang Province in eastern China does not have many advantages on energy resources such as sunshine duration, some companies in the province have taken the initiative to explore innovative development models, in particular a photovoltaic (PV) agriculture project, complementary photovoltaic electricity production using fish light. project, project allowing several energy sources to complement each other, industrial and commercial rooftop PV project, domestic PV project, as well as integrated energy services.
The photovoltaic power generation project built in Yueqing Shoals, Wenzhou City, Zhejiang Province, by CHINT, a smart energy solutions provider in China, not only produces 180 million kWh of electricity per year, which is equivalent to reducing carbon dioxide emissions by 134,000 tons per year, but also succeeded in planting sea rice under photovoltaic panels and in saline-alkaline soil and cultivating agricultural products like wild rice shoots and lotus roots as a test.
With an average annual power generation capacity of nearly 400,000 kWh, a company’s rooftop photovoltaic power generation system can save more than 270,000 yuan ($ 41,850) in electricity costs for CHINT IoT and Sensors industrial park in Yueqing.
An intelligent energy management cloud platform, another example of new application scenarios for science and technology in the industrial park, can monitor energy equipment and energy consumption in real time and makes the electricity grid smarter and electricity more valuable through the use of big data, artificial intelligence (AI) and other technologies.
As one industry insider pointed out, new energy resources are bringing unexpected changes to the world driven by continuous scientific and technological innovation.
As direct participants in market activities, companies have gained in-depth knowledge of market demand. At the 2nd International Conference on Innovation and Internet Development in Industry and Energy held in Wenzhou in July this year, peak carbon and carbon neutrality became topics burning that caught the attention of conference attendees.
In fact, more and more companies have reaped rewards and found business opportunities in promoting green and smart manufacturing, as well as industrial digitization.
By initiating programs to reshape traditional manufacturing industry and facilitate industrial digitization, along with other efforts, Wenzhou has further integrated AI into its manufacturing industry and brought together a good number of outstanding companies and large projects in emerging industries, including photovoltaics, wind power and energy. storage room.
Evidence has shown that by stepping up efforts to boost the endogenous power of enterprises for scientific and technological innovation and help them become truly capable innovators, cities can better promote breakthroughs in key technologies relevant to green development and low-carbon emissions and advance the transition of production methods for energy conservation and carbon reduction.
China’s peak carbon and carbon neutrality goals mean profound changes in development and governance models. In the process of achieving the goals, governments at various levels across the country have also fully played their role in guiding and stimulating market activities. By innovating systems and ensuring political support and improving incentive, guidance, supervision and evaluation mechanisms, they have effectively led to green, low-carbon and high-quality development.
Yueqing’s government, for example, has offered more favorable and differentiated policies in aspects such as finance, taxation, and land use to companies that have performed well in energy conservation and conservation. reducing carbon emissions based on their âenergy billsâ, including energy consumption per unit of value added, carbon emissions per unit of value produced and the proportion of clean energy in their energy mix.
Thus, the city has guided and motivated companies to innovate and exploit their potential for digital transformation and low-carbon development.
As the country accelerates its efforts to conserve energy and reduce carbon emissions, a number of strategic emerging industries will benefit from relevant efforts and experience rapid growth, and the traditional manufacturing industry is also seizing opportunities. huge development opportunities for its green and digital transformation, according to an analysis.
By properly exploiting the key variable of scientific and technological innovation, seizing new opportunities and creating new points of economic growth, the country should achieve âmaximum increaseâ in the pursuit of high-quality development.
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