1. industrial energy-saving development direction in the future

From the long term, development of industrial energy efficiency to energy saving and energy saving at the end of the production process from the device the primary energy saving mode from a production and advanced mode of production process of energy conservation, energy saving production processes thus formed industrial system. Along with the continuous improvement of industrial equipment, automation and control, information technology, networking technology continues to develop, it will be an inevitable trend. Green plants, lower carbon factories will be established on the basis of the whole production process.

Talking about industrial energy conservation, it will bring energy management center. Center refers to the use of information technology for automation, energy management and centralized management mode of enterprise production, transmission, distribution and consumption of energy systems implementation focused on horizontal dynamic monitoring and digital management, improvement and optimization of energy balance, make systematic integration of management and control systems of energy saving. Energy Management Center, currently in the domestic companies have a wide range of applications. Center for energy management has become an important energy-saving measures. However, current energy management is still a passive energy management system. The future Centre should evolve into active energy-saving energy management centre. The enterprise of the future, intelligent system, intelligent systems will be the direction of development. According to the production process and produce an optimal model of water supply, energy supply, dynamic water supply, energy supply, used in production, is an important measure of green, low-carbon industries.

2. the current discussion on energy saving technology research and development

Currently focus on developing process of energy conservation technology, Kinsuke systems can become the first choice. Kinsuke systems including gas, steam, water, power supply, and energy-saving heat exchanger used in this system and energy-saving equipment, provide energy efficiency is a viable solution. These include Plate And Shell Heat Exchanger, Pillow Plate Heat Exchanger, Pillow Plate Jacket Tank, Flue Gas Heat Exchanger, Sewage-Source Heat Pump, Medium system connected with production line, you can drill down the main line, you can hold back lifeblood of main production, with a connecting role.

In the course of research and development, gas, steam, water and power supply and distribution system in addition to their own areas of expertise to improve the whole flow of energy-saving systems, should also coordinate with each other, resulting in complete integrated auxiliary energy system.

It should be said that development of comprehensive energy-saving auxiliary systems, should be the traditional industrial design or engineering technology company's strengths and advantages.

3. with regard to industrial energy conservation programs

Industrial energy conservation planning is a comprehensive analysis of energy consumption of industrial enterprises existing production processes, analogies and advanced indicators, looking for maximum energy-saving space within the enterprise, and to elaborate and implement programmes and procedures. Industrial energy service company should have the industrial capacity for energy planning, and even industrial energy conservation planning should become a blockbuster industrial energy service company.

Industrial energy conservation programs to analyze from an overall perspective, to analyze the whole process from production, to judge from a multidisciplinary perspective, also of the company's development plan to be considered forward-looking. Local energy conservation does not mean that it must be the overall energy saving, a professional does not mean that the entire production of energy saving and energy saving, today's energy-saving measures cannot talk tomorrow can continue to be used. Energy conservation and production conditions, industrial production processes are closely related, space, time, and energy-saving effect is likely to be different.

Called the largest energy-saving space, space is the highest energy consumption, most serious space can also be a waste of energy, which are the focus of the analysis. Energy conservation planning system should be combined with the short-and the long-term development of the enterprise, considering.

Energy conservation programs are not prepared by a professional or someone, but requires a comprehensive team with a variety of professionals to get the job done. Work team to go out to the site to do a lot of research, and to analyze the data, and refer to the plant's overall planning eventually to complete a qualified industrial enterprises in energy-saving plan.

Energy conservation cannot be judged by an energy-saving equipment suppliers, but rather to the System Integrator is responsible for. Energy-saving equipment suppliers are often from the perspective of its supply of products, seeking to maximize the benefits of their products, systems integrator responsible for the plant's energy consumption as a whole, to reduce the energy consumption of the entire plant as its mission, the two are entirely different. From the long term, a good energy-saving equipment suppliers should have the overall judgment, to provide customers with the best service.

4. industrial energy-saving technology of the imagination-smart energy network construction

Smart energy networks, is the use of modern Internet and communication technology to optimization and industrial systems. Intelligent energy networks in accordance with production needs for industrial users, automatic leveling system from the time and space to meet production requirements and achieve energy saving, water saving, low-carbon, green, green. Smart energy networks, will fundamentally change the country's traditional extensive industrial style, achieving dynamic industrial management.

Smart energy network is the core of digital, will be replaced by digital control conventional manual control mode. Digital control intelligent energy networks includes the production digitalization, management approaches, as well as valuable experience in digital production in the past. Today's times has entered the digital age, meant for the industrial production of this era are more efficient and more accurate. State industrial enterprises have more energy conservation and low carbon and environmental requirements, digital service is an important means to achieve these requirements. Demand for industrial enterprises to reduce costs, demand for industrial upgrading, build smart energy networks coming.