Industrial energy efficiency improves, and global leaders jointly draw a blueprint for future development
Overview
As the global energy situation continues to change and governments of various countries attach greater importance to sustainable development, improving energy efficiency in the industrial sector has become an important issue. Well-known companies in China, Europe and the world are actively responding to this challenge by formulating policies, optimizing infrastructure and promoting ESG strategies. Recent developments show that industrial energy efficiency can not only reduce environmental pollution and improve resource utilization efficiency, but also bring economic benefits and improve international competitiveness to enterprises.
The Chinese government promotes the transformation of the energy system
In China, the government announced the 15th Five-Year Plan on June 26, 2026, aiming to build a new energy system with the goal of 2030. This plan emphasizes improving energy efficiency through technological innovation and the development of new energy sources, reducing dependence on traditional fossil energy, and striving to achieve clean and low-carbon energy.1
Goals and measures
According to the plan, China will not only increase investment in research and development of new energy technologies, but also promote the transformation and upgrading of existing industrial facilities to achieve higher energy efficiency. It is expected that by 2030, the proportion of new energy in the national energy consumption structure will increase significantly, while the use of traditional energy such as coal will decrease significantly. In addition, the Chinese government also plans to encourage enterprises and individuals to adopt more energy-saving lifestyles and production methods through policy guidance and market mechanisms.
European Commission approves new industrial electricity price policy to promote energy efficiency
In Europe, the European Commission adopted a new policy on industrial electricity prices on April 24, 2026. The policy aims to encourage the industrial sector to adopt more efficient technologies and production processes by adjusting the electricity price structure, thereby reducing overall energy consumption and promoting the development of a green economy.two
policy impact
This new policy is expected to promote energy efficiency improvements in European industry in the coming years. By reducing its reliance on energy-intensive technologies, European industry can not only reduce operating costs, but also respond to EU requirements to reduce carbon emissions and contribute to the goal of carbon neutrality in 2050.
Global companies actively respond and promote ESG strategies
As a well-known electrical appliance manufacturing company in China, TCL is using its ESG (environmental, social and governance) strategy to drive the transformation of the global value chain. By improving energy efficiency, reducing waste emissions and promoting green supply chain management, TCL is committed to building a more sustainable business model.four
On the other hand, international engineering giant Siemens emphasized the construction of sustainable smart infrastructure in its latest market event. By integrating advanced automation and digital technologies, Siemens provides solutions that can significantly improve energy efficiency, reduce operating costs and reduce environmental impact.3
The control valve market is growing rapidly, supporting improvements in industrial energy efficiency
According to a report published exclusively by MarketsandMarkets reported by Moomoo, the global control valve market size is expected to reach US$13.99 billion in 2032. As a key component in the industrial automation process, the advanced performance of control valves is directly related to the energy consumption and efficiency of the production process. The rapid growth of this market reflects the growing demand in industry for more efficient energy management and process optimization.five
Market development trends
- Technological innovation: New materials and designs are constantly being used in the production of control valves to improve their durability and performance.
- Intelligent control: With the development of Internet of Things technology, intelligent control valves are increasingly used in applications, enabling remote monitoring and automatic adjustment to further improve energy efficiency.
- Environmental requirements: Environmental protection laws and regulations are becoming increasingly stringent around the world, driving the demand for high-energy-efficiency control valves.
in conclusion
Through policy guidance, corporate innovation and technological progress, industrial energy efficiency is gradually becoming the focus of global attention. The latest developments in China and Europe show that improving energy efficiency is not only related to environmental protection, but also an important means to promote economic growth and enhance international competitiveness. In this process, the rapid expansion of the control valve market and the application of other smart infrastructure are providing technical support for achieving higher energy efficiency.
📰 Reference source
- China unveils 15th Five-Year Plan for new energy system, targets 2030- Coal Resources Network (2026-06-26)
- Industrial electricity price: Approval by the European Commission (as of April 2026)- Taylor Wessing (2026-04-24)
- Sustainable smart infrastructure- Siemens (2026-02-13)
- [ESG+20 Sustainability Leaders] China's TCL Leverages ESG to Drive Global Value Chain Transformation- Yicai Global (2026-03-20)
- The control valve market size will reach $139.9 billion by 2032 - exclusive report by MarketsandMarkets- Moomoo (2026-06-09)
FAQ
Why has improving energy efficiency in the industrial sector become an important issue?
As the global energy situation continues to evolve and governments around the world place greater emphasis on sustainable development, improving energy efficiency in the industrial sector has become a critical issue. This measure not only reduces environmental pollution and enhances resource utilization efficiency, but also brings economic benefits and boosts international competitiveness for enterprises.
What goals were proposed in China's 15th Five-Year Plan, which was announced in 2026?
The Chinese government aims to build a new energy system in its 15th Five-Year Plan, announced on June 26, 2026, with a target set for 2030. The plan emphasizes improving energy efficiency and reducing reliance on traditional fossil fuels through technological innovation and the development of new energy sources, achieving clean and low-carbon energy.
What is the main content of the new policy on industrial electricity prices adopted by the European Commission?
In Europe, the European Commission adopted a new policy on industrial electricity prices on April 24, 2026. The policy aims to encourage the industrial sector to adopt more efficient technologies and production processes by adjusting the electricity price structure, in order to reduce overall energy consumption and promote the development of a green economy.
How do TCL and Siemens promote industrial energy efficiency through their ESG strategies?
TCL is leveraging its ESG (Environmental, Social, and Governance) strategy to drive the transformation of global value chains, establishing a sustainable business model by improving energy efficiency, reducing waste emissions, and promoting green supply chain management. Siemens emphasizes the construction of sustainable intelligent infrastructure, enhancing energy usage efficiency and reducing operational costs and environmental impact through the integration of advanced automation and digital technologies.
What aspects are included in the development trends of the control valve market?
The development trends of the control valve market mainly include: technological innovation, such as the application of new materials and designs that enhance the durability and performance of control valves; intelligent control, using Internet of Things (IoT) technology to achieve remote monitoring and automated regulation, improving energy efficiency; and environmental requirements, with stricter environmental regulations worldwide driving increased demand for high-efficiency control valves.