2010-12 Shanghai Action Plan for Promoting Smart Grid Industry Development

Smart grid is a new generation of power system that is formed by the integration of traditional power grids with modern sensing and measurement technologies, communication technologies, computer technologies, control technologies, and new materials technologies. It can realize comprehensive monitoring of power systems and intelligentization of information and power. Unified management. Compared with traditional grids, smart grids are cleaner, more efficient, safer, and more economical. They are important foundations for future smart city construction.

Shanghai is accelerating the development of smart grid-related industries and taking the lead in conducting smart grid demonstrations. It is an important measure to obey the national strategy and implement the scientific concept of development. It is of practical significance to transform the economic development mode, promote the optimization and upgrading of industrial structure, and accelerate the integration of information technology and industrialization. .

According to the national strategic requirements and the needs of Shanghai's economic and social development, the “Shanghai Action Plan for Promoting Smart Grid Industry Development (2010-2012)” is formulated.

I. General ideas and main goals of Shanghai smart grid industry development

(I) General ideas

According to the overall thinking of “giving full play to advantages, advanced layout, demonstration driven, and step-by-step breakthrough”, grasp the future technology and industrial development trend of smart grid, adhere to the combination of high-end guidance and scale expansion, combining key breakthroughs with overall improvement, digestion and absorption and autonomy. Combining innovation, market promotion, and government guidance, based on autonomy and focusing on industrialization, China has built the first three smart grid power grids in China, namely Smart Grid Function Demonstration Application Base, Smart Grid Key Technology R&D Base, and Smart Grid Core Equipment Industry. Base, continuously improve the core competitiveness of the industry.

(b) Development goals

Based on the national strategy, the company will give play to regional advantages, focus on the development direction of high-end guidance and industrial prospects, focus on high-end technologies, attach importance to key infrastructure devices, and focus on layout and advancement, and step-by-step breakthroughs will be achieved. By 2012, we will strive to cultivate 3-5 leading companies in the smart grid industry and form a competitive smart grid industry cluster with an industrial scale of about 50 billion yuan.

The technologies of new energy access and control, power electronics applications, power electronics core devices and other fields are leading domestically, forming domestic leading companies and high-end product manufacturing bases; smart substations strive to obtain the State Grid Corporation of Smart Substation Standard Pilot Phase (2010-2011) The pilot project of key projects has entered the forefront of the domestic industry in the phase of comprehensive construction (2012-2015), and has the capability of smart substation project contracting, participating in the competition in the construction of international intelligent substations, and driving the formation of the smart substation industrial chain; the energy storage technology has gradually matured and entered the country. Demonstration project of power grid, industrialization is gradually launched, energy storage technology and industrial development are accelerated; intelligent distribution network, intelligent user-end and energy management system accumulate technology through demonstration pilots, build intelligent user-end equipment and system detection platform, and initially form an intelligent user-end The industrialization of energy management systems, smart homes, high-end smart appliances, and smart meter core chips; strengthening the development of forward-looking technologies such as high-temperature superconductivity, using superconducting tape as the core, and driving the development of superconducting cables.

Second, the focus of Shanghai's smart grid industry development

(A) New Energy Access and Control, Power Electronics Applications and Core Devices

Focusing on new energy access and control, flexible transmission, and power quality control, we continue to develop and improve high-power converters and controllers, reactive power compensation devices, active filter devices, and flexible DC transmission for the integration of wind power and photovoltaic power generation. Technology and equipment, thyristor controlled series compensator, static synchronous series compensator, unified power flow controller, high power frequency conversion device, etc. Breakthroughs in high-voltage, high-current power electronics core devices.

(B) Smart Substation System and Smart Devices

Smart substations are the key support points for smart grids. Based on the modular design concept, the company develops and develops 110kV and above smart substation systems, promotes the integration of primary and secondary technologies in substations, makes the construction of substations simpler, and makes operations more convenient; integrating digital transformers, etc. on the basic platform of smart substation systems Various types of sensors, driving the development of intelligent ultra (high) transformers, gas-insulated switchgear (GIS), transmission lines and other power transmission and transformation equipment; promoting on-line monitoring technology, regional and wide-area protection technologies, power quality management, etc. The application of high-end technology continues to enhance the functionality and added value of smart substations.

(III) Electricity Storage

Continue to improve the sodium-sulfur battery technology, improve product consistency and safety, speed up the construction of industrialized production lines, gradually reach the level of commercialization, form a large-scale production capacity, and seize the opportunity for the construction of the second and third phases of the Smart Grid of the State Grid Corporation of China. Do large scale quickly. Accelerate the development of electric energy storage technologies such as vanadium batteries and other flow batteries, lithium iron phosphate batteries, and super capacitors, and accelerate the development of electric vehicle charging devices, vehicle-to-grid (V2G) distribution, etc. Energy storage system. The city has become a state-level large-capacity power storage technology research and development center and engineering center, and has become an important base for domestic power storage technology and industrial development.

(IV) Smart Distribution Network and Smart Clients

Focused research and research on intelligent power distribution technology, energy management and smart metering technology, equipment monitoring technology, smart home control technology, automotive charging equipment access technology, smart client equipment and system detection technology, formed for commercial buildings, industrial and mining enterprises and Home smart grid client system solutions. Accelerate the research and development of the next generation of smart appliances and smart meters, organize the development of relevant standards for smart appliances, participate in the development of relevant standards for smart meters, and seize the high-end market for smart meter chips.

(5) High-temperature superconductivity

High-temperature superconducting technology is forward-looking and strategic. It is necessary to continue to improve the key laboratory equipment, establish a pilot base, and support the development of superconducting application technology. With the breakthrough of the second-generation high-temperature superconducting tape preparation technology, we have mastered the complete core production technology for superconducting tape production, and driven the industrialization of superconducting current limiters, superconducting cables, superconducting transformers, and superconducting electric machines.

III. Promotion Measures for the Development of Shanghai Smart Grid Industry

(I) Improve the smart grid industry development promotion mechanism

The smart grid will be included in the new energy industry in Shanghai for high-tech industrialization and enjoy the new energy industry policy. The establishment of the smart grid industry alliance will be supported by the R&D, manufacturing, consulting, and other entities in the power and information industries to form a smart grid information publication. The carriers and platforms for communication, consulting, and standard research promote the joint production, learning, research, and use of smart grids.

(B) to promote the smart grid industry base construction

Focusing on key areas, we will introduce competitive enterprises at home and abroad to build a competitive smart grid industry cluster. Focusing on areas such as Pudong Lingang, Fengxian, Minhang, Songjiang, and other areas where transmission and distribution and new energy companies are concentrated, we will focus on the relevant fields of smart grids, and related industries such as communications, software, and control to form R&D, manufacturing, talent, information, and support. Such as agglomeration, build a smart grid industry base or industrial park.

(III) Accelerating the construction of demonstration projects and demonstration projects

Accelerate the construction of electric vehicle charging stations and demonstration operations, drive breakthroughs in energy storage technologies such as sodium-sulfur batteries, and V2G energy conversion systems; demonstrate the intelligent integrated power management system for buildings, and gradually promote the application after it matures; create conditions to promote industrial and mining enterprises and intelligent use Electric community and smart home control system research and demonstration applications; build a national-level smart grid user-end equipment detection platform to promote demonstration applications and industrialization development; promote the construction of other smart grid demonstration and pilot projects.

(d) Promoting the integration of smart grids with communications, inspection, network security, software and information services

Focusing on the construction and application of smart grids, promote the integration of supporting technologies and industries such as smart grids, communications, networks, and information security; develop system software and terminal service software required for smart grids; and derivative services such as demand-side energy services and inspection services. industry. Promote relevant manufacturing companies to expand the production service industry, from equipment manufacturing to system integration, and provide integrated solutions.

(V) Promote the breakthrough of the first (set) performance

Establish a corporate, government, society and other parties to jointly strive for a major coordination mechanism of engineering projects, and provide necessary support for enterprises to strive for breakthroughs in major projects and major equipment. The user units, manufacturing companies and insurance companies are encouraged to jointly carry out the first (set) major equipment insurance business, and a certain percentage of risk subsidy will be given to users of this city for the first time to order or use the first (set) major technical equipment.

(6) Form an open development industrial structure

In accordance with the concept of market-oriented operation and open development, support enterprises to innovate institutional mechanisms; attract government capital, financial capital, social capital, and venture capital investment through government policy guidance; intensify investment promotion and attract leading domestic and foreign companies to Shanghai Develop smart grid-related industries; support qualified companies in acquiring domestic and international companies with R&D strength, core technology, and key capabilities.

(VII) Speeding up the introduction and training of leading talents

Support the introduction of leading talents and technical teams in the relevant fields of smart grids, and actively implement various talent policies in the city; prioritize leading talents in the field of smart grids to enter the national “Thousand Persons Program” and implement relevant policies; and support Shanghai universities and colleges in strengthening related disciplines Build and train a group of outstanding talents to form a talented team.

(VIII) Actively expanding overseas markets

We will expand overseas markets and engineering general contracting businesses in areas such as new energy access, smart substations, energy management systems, and smart meters, and encourage financial institutions to increase the supply of export credit funds, support enterprises in contracting overseas contracted projects, and drive equipment exports. Enterprises that undertake overseas construction projects shall be supported in accordance with the relevant provisions of this Municipality.