Xuzhou Jiangsu Thirteen Five new energy development planning by 2020 new PV

Polaris solar PV net news: chapter development

First quarter results

Xuzhou Municipal Government attaches great importance to renewable energy use and the development of related industries. According to Xuzhou can renewable energy resources and the distribution situation, around Xuzhou ecological civilization of construction, speed up implementation, vigorously promoted can renewable energy development, its using volume folding standard coal 1.4 million tons, “Twelve-Five” to annual 30% of speed increments, accounted for energy consumption share by 2010 of not to 1% upgrade to currently of 4% (which urban accounted for than 7% around), rendering growth, and share “double upgrade” of good situation.

First, solar energy utilization features

“Twelve-Five”, the city’s 20,000-kilowatt of PV power installed capacity by the end of 2010, rapid growth to the present 364,700 kilowatts, annual growth as high as 178.72%, total installed capacity of 60% new energy power generation, renewable energy generation the main applications. Standard specification for the integration of solar energy into green building design, the 12-story residential design and construction of solar hot water systems, combined with the construction of new countryside, encouraging the construction of solar water heaters, greenhouse, greenhouses and other end of 2015 total utilization of solar energy in the city area of more than 4 million square meters, effective collector area of nearly 1 million square meters, the annual saving 200,000 tons of standard coal.

Second, energy conservation, green building begins to take shape

In Xuzhou city in the province took the lead in promoting renewable energy use as the core of green building propulsion systems, solar thermal building take shape and ground-source heat pumps applications, solar energy and hybrid ground source heat pump air conditioning new use patterns also form a demonstration effect, effective collector area of over 5 million square meters, the geothermal area of over 1 million square meters.

Three, biomass utilization highlights highlights

Biomass utilization by power generation, gradually forming fuels such as biogas, bio-ethanol expansion and diversification, in 2015, the biomass utilization volume exceeded 1 million tons of standard coal, average annual growth of 37.3% and comprehensive utilization of straw burning ban and strengthen urban refuse storage rate increased from 2010 in 95%, build garbage incineration power plant 2, Capacity of 36,000 kW, MA Zhuang Cun, jiawang district became the country’s first straw solar and biogas demonstration village of centralized gas supply projects, advanced models and technology in the province to promote

Four, the realization of wind-dispersed development

Xuzhou city, low wind speed wind use mode. In 2015, jiawang, Xuzhou, China power investment Jiang Zhuang 74MW low wind grid-connected wind farm demonstration projects built, achieve scale wind energy breakthrough.

Five, the renewable energy industry development

Xuzhou insisted “leading type led, Shang downstream extends, and chain group type development” of mode, advance can renewable energy industry cluster of development grow, currently has formed to in the can silicon industry, and luoteaide, and strong Mau electronic, and burning control technology, backbone Enterprise for support, to polysilicon, and efficient solar component, and wind electric Rotary supports, and new energy power equipment, and environmental energy-saving equipment, products for led, solar PV, and wind electric manufacturing, and clean technology, and biological energy for development direction of features industry pattern, Industry chains continue to complete, high-end advantage increasing, industrial clusters take shape.

Section II: problems and challenges

Low, renewable energy accounted for more than

In recent years, relies on a new energy model city creating in Xuzhou city, in consolidating energy advantages on the basis of traditional coal-fired power, photovoltaic power, biomass power generation, such as developing renewable energy as a main direction, how can complement each other, multiple sources simultaneously, comprehensive utilization of energy development. The city’s renewable energy industry development, but because of the volume of energy consumption greater reliance on coal, economic development and high, high cost of renewable energy and other issues, the city’s renewable energy percentage is still low, from the national, provincial, there is still a wide gap.

Second, distributed PV roof extension

Distributed PV is the country in the East pushed the main types of photovoltaic applications, and I am roofing resources are difficult to implement and is not stable, less financing and project income is not high, led the city distributed PV development is slow, up to now, the city’s only distributed PV 20 MW, less than 10% of total PV installed capacity.

Third, renewable energy utilization and ecological protection needs to be convergence

In recent years the city’s developing centralized PV, wind, and biomass power generation and achieved certain results, but land use efficiency is not high, great influence on the surrounding original ecology environment, available resources mapping is not clear, resulting in renewable energy application appears with economic, social, environmental, and other incongruous phenomenon. Few projects affect the surrounding area’s development, limiting the use of land and other resources are occupied.

New challenges faced by four, large scale use of renewable

“Thirteen-Five” period is Xuzhou economic social development of industrialization transformation period, and urbanization expansion period and economic international upgrade period, City economic still will keep smooth growth situation, GDP total stable climbed, energy consumption total also will corresponding growth, “to coal mainly” of energy structure to make out larger of can renewable energy using space, also, in existing technology and industry based Shang, can renewable energy industry also in development of growth stage, utilization cost partial high, resources dispersed, using scale small, Production discontinuity problem is obvious. Significantly improving the scale application of renewable energy, promote alternative more difficult.

Section III opportunities

First, increasing policy support

In recent years, intensive and a series of policy measures, clear the way for the development of renewable energy, clear “Thirteen-Five” strategy of renewable energy development, promote renewable energy subsidies, also developed by 2050 renewable energy 60% of the ratio of long-term development objectives. Province and the city have issued the corresponding policies and measures, supporting a special fund for renewable energy development, provides a favorable policy environment for renewable energy development.

Second, resource-rich advantages

Xuzhou in solar, and biological quality can and wind, aspects are has good of resources endowment, Xuzhou solar resources rich, is Jiangsu Province highest sunshine value distribution, heat than North, light is better than Sunan, I city is province of agricultural big city, annual straw stable in 5 million tons around, suitable mass utilization; for development distributed PV aspects, Xuzhou has over 200 million square meters of building, near hundreds of industry agglomeration district, roof resources compared rich; also, I city has built large PV, and Biomass utilization projects, accumulated a great deal of practical experience in the use of renewable, provides a good basis for the next step in the development of renewable security.

Third, the reform opportunities

In recent years, national continued deepening energy system mechanism reform, vigorously advance “Internet + energy”, and new energy micro-grid, and carbon quota trading, platform construction, currently, national has model established has more than 20 more than intelligent micro-grid engineering, made has good of effectiveness, individual focus engineering has achieved no carbon energy supply, also, national requirements to 2017, full spread carbon quota trading system, for can renewable energy development brings has new opportunities.

Chapter development

In-depth implement party of 18 big and 18 session v plenary spirit, full implementation Central, and State of the decision deployment, to construction “advance energy revolution, speed up energy technology innovation, construction clean low carbon, and security efficient of modern energy system” for core, according to dispersed using and concentrated development phase combined, and market mechanism and policy support phase combined, and scale development and industry upgrade phase combined of principles, to advance PV lead who plans, and distributed PV advance engineering, and new energy car application promotion engineering, and Complementary use of renewable projects, smart microgrid demonstration project. Continue to optimize the structure of energy consumption in Xuzhou, increase the proportion of renewable energy in total energy consumption, reduce the consumption of fossil fuels, promote Xuzhou economic society and the harmonious development of environment and ecology.

By 2020, the city’s substantial increase in the scale of renewable energy, green energy an effective complementary low-carbon energy supply system, capacity of 2.8 million tons of standard coal, energy consumption accounted for about 7%.

1, photovoltaic power generation. 1.5 million-kilowatt new PV by 2020, which distributed PV installed above 200,000-kilowatt, leader in PV projects have been completed.

2, solar thermal applications. By 2020, solar thermal utilization area of more than 15 million square meters in the city; the city’s decentralized solar hot water collectors to reach 1.2 million square meters, a 12-story building solar thermal utilization in popularity.

3, bio-energy. Speed up the straw to energy, electricity, gas and other diversified uses. By 2020, the city’s energy efficiency more than 40% of straw to achieve additional annual output of 80 million cubic metres of biogas, biomass added (spam) power generation project 150,000-kilowatt.

4, other renewable energy: in accordance with regional demand for natural resources and energy, environmental protection, ecological protection, and the orderly development of renewable energy such as wind power, geothermal. Chapter priorities

Section I accelerate solar energy application

A, focus on large-scale distributed PV applications

Existing power users are encouraged in particular the key energy-consuming enterprises should take advantage of existing roof construction of distributed PV; new project of comprehensive energy consumption of more than 3000 tons of standard coal in particular projects, without special reasons shall be set aside for construction of distributed PV space industrial area to strengthen guidance, making full use of existing contiguous roof, first promoting the model of distributed PV applications. Supports PPP, contract energy management market, using the existing party and Government organs, schools, hospitals, research institutes and other public buildings roof construction of distributed solar power projects lead residents to participate in the roof PV power station construction, promoting the construction of low-density residential area planning, photovoltaics for household use, demonstration zone construction of new countryside construction and accurate poverty alleviation, promoting the construction of distributed PV project for farmers. By 2020, built 3-5-level distributed PV demonstration district, strive to build national demonstration zone of distributed PV.

Second, strengthening the construction of photovoltaic power stations on the ground management.

In accordance with the “regional restrictions, the relative concentration of scientific planning, and appropriate capacity” principle, combining indicators of construction scale of the available facts and provincial control of land resources, rational distribution of terrestrial photovoltaic power plant. Classification management of terrestrial PV power station construction site, has had a reasonable use of unused land, may not change the land-use photovoltaic power station construction. Competition mechanism and implementation of photovoltaic power stations on the ground access distributed quotas for PV, relying on photovoltaic leader plans to improve the ground level PV power station construction, reduce the cost of PV power station installed capacity.

Three, the large-scale development of solar thermal building integration

Strict implementation of the 12-story building and rebuilding, and residential projects, forcing have solar water heating project under construction, promote solar-ground source heat pump heating technology coupled to actively encourage the dispersion of urban residents to install solar water heaters. Government investment in new public construction projects (such as schools, hospitals, institutions, etc), there is heating demand or more than 10,000 square meters of public buildings (shopping malls, hotels, and so on) hot water consumption, such as centralized architecture, supporting the implementation of solar central heating water.

Four and accelerating solar lighting applications

Guide in the new urban public green areas, squares, parks, scenic spots and urban road lighting, traffic lights, billboards, signage, as well as new residential quarters in the street lights, lawn lights, garden lighting, as well as government agencies, hospitals, hotels and other public uses solar photovoltaic lighting system in the field of architectural lighting.

Section II investing in diversified use of biomass energy levels

First, focus on straw utilization of energy

Curing of actively promoting straw fuel projects in urban and rural areas such as cooking and heating fuel, speed up the promotion of biomass energy-saving stoves in private, by 2020, the city’s new straw curing project 500, handling more than 1 million tons of straw. Combined with straw weight distribution, according to each district a biomass power station, with a focus on promoting the construction of a biomass power generation project, strengthening the advance, straw straw site collection storage and transportation system of construction, ensure the safe and stable operation. By 2020, the full coverage to County straw power generation.

Second, speed up the implementation of biogas supply project

Step by step development of industrialization of biogas, and vigorously promote the large and middle scale biogas engineering, in the course of new countryside construction to achieve biogas Central gas supply, speeding up biogas biogas utilization of breed complementary project, actively promoting household biogas projects, orderly gas to generate electricity. By 2020, the completion of large and middle scale biogas engineering 25, complementary farming biogas project 800, household biogas 120,000 households, year serving more than 70 million cubic meters of biogas.

Third, the orderly utilization of waste energy

In order to achieve waste “Nissan day” as the focus, combined with the waste storage and transportation, such as a RADIUS, refuse to dissolve, fully taking into account factors such as wind direction, the city environmental protection, scientific layout, in order to promote garbage power generation projects. Speed up the application of advanced and applicable technology, advancing the sludge, kitchen waste and other municipal solid waste energy. By 2020, the city’s waste energy utilization than 70%, all regional waste “Nissan day” demonstration to promote 1-2 of kitchen waste to energy, bio-fuels to produce biomass energy diversification, energy utilization projects.

Section III of new energy vehicles

Advance the charging infrastructure construction, classification

In accordance with the “demand priority, moderate lead, guanghui relative concentration of resources,” the principles of classification, a number of charging infrastructure in the subregion. To Government, and station, and community, and attractions, and parking, and hotel, and supermarkets, people intensive places for focus, scale layout construction a charging facilities; combined bus, and rental, public traffic new energy car continued promotion situation, relies on refueling (gas) site, in guarantees security of premise Xia, construction can meet needs of charging facilities; around logistics, and law enforcement, and sanitation, priority promotion field, full combined vehicles using time, and run RADIUS,, reasonable layout a charging facilities. By 2020, post 700 built, meet the city’s demand for new-energy cars.

Second, optimize the charging infrastructure construction environment.

Increasing the construction of space, in the new architectural design, existing building renovation, urban and rural planning, urban construction, and so on, charging facilities layout space to be reserved, encourages a unified planning and construction; fully open the market, Enterprise and the market as the main body, active introduction of PPP, the chips, the group charged, Wireless charging, mobile power investment new mode of operation, charging infrastructure, such as new technologies and boost the vitality of the market. Encourage new energy operation and charging for services business, develop new energy vehicles charging for services and other commercial operations.

Third, speed up the promotion of new energy vehicles

Continue to strengthen the field application of new energy vehicles in buses, taxis and other expanded in logistics, sanitation, airports, public security patrols, business commuter, tourist areas such as promotion of new energy vehicles, size of new energy vehicles in the city’s outreach work to cultivate the private car market in new energy vehicles. By 2020, the city’s aim to promote new energy cars 1500 vehicles.

Fourth quarter accelerating new energy micro-grid construction

In accordance with the “adjust measures to local conditions, more complementary, flexible, cost-effective” principle, implementation of the smart grid, networking and storage technologies to support, new energy played an important role in the network’s new energy micro-grid demonstration projects. In an autonomous manner addressing specific areas of electricity, full use of the new energy power generation and grid system supports new power supply mode, form households develop new sources of energy, as well as “spontaneous Internet access, personal use, allowance transfers power” a new situation. By 2020, the built network of 1-2 Micro-renewable energy demonstration projects.

Chapter fourth safeguard

Section to strengthen organizational leadership

Clear responsibility for implementation. In accordance with the principle of Division of power and responsibility, collaboration, clear the tasks of responsibility. Departments concerned should strengthen guidance to the planning, implementation, and creating the conditions for planning and effective implementation. Give full play to enterprises, social organizations and the public’s role in the planning and implementation.

Strengthen follow-up assessments. Build up the scientific assessment mechanism, perfect planning implementation evaluation index system, development of monitoring and evaluation approaches, planning implementation evaluation, adjusted according to the assessment results, and promoting the planning and successful realization of tasks and goals, and, as appropriate, make adjustments to the plan amendment.

Section II strengthening policy support

Active towards and implementation superior in can renewable energy application field of related support policy, perfect place supporting policy support; will technology advanced, and advantage obviously, and led and support role strong, and promotion meaning big, and practical strong of can renewable energy project, into city focus project planning and annual implementation plans, priority give land, and credit, support and for subsidies; established can renewable energy project approval green channel, further simplified program, and improve efficiency, speed up can renewable energy project advance pace Actively build the docking platform of cooperation between banks and enterprises, encouraging capital market financing, broadening financing channels, setting up renewable energy industry Fund.

Section III, vigorously implement the innovation development

In-depth implement national “new town, and new energy, and new life” action plans, effective grasp solar, and biological quality can, focus field scale application; will energy consumption total control, and can renewable energy quota management, and carbon trading, and industrial and building energy-saving target responsibility assessment, work phase combined, expanded can renewable energy development space; active promoted can renewable energy and Internet phase combined, improve can renewable energy elimination na capacity and using efficiency; active carried out health material heating, and distributed PV application, and “Internet + energy”, and ” Smart microgrid “model; an active market, explore package contractors, all the chips and other new business investment.

Fourth section to build renewable energy information management platform

Improve the renewable energy statistics system to standardize the statistical standards, and timely dissemination of statistical information. Started can renewable energy information management platform construction, platform cover joint the members units, and focus can renewable energy production application enterprise and related service units, using cloud computing, and real networking, and data warehouse and mobile Internet, information technology means, achieved resources data dynamic query function, and can renewable energy utilization data filled, and summary and Statistics analysis function, and focus can renewable energy project integrated management function and can renewable energy using status, and monitoring, and regulatory information released, function.

Fifth Festival service and optimization capability

Implemented Government and enterprise linkage, strengthening can renewable energy technology development institutions construction, established major technology special, focus support can renewable energy technology of development and industrialization, determine needed focus conquer of technology problem, carried out and of related of major technology difficulties of research, established to enterprise and research institutions for subject, market for oriented, produced, and learn, and Institute phase combined of technology innovation system; through project delegate and part-time, and short-term service, and cooperation research, and technology shares, flexible introduced form, active absorb both at home and abroad new energy field talent. Strengthening cooperation with universities and research institutes at home and abroad, focus on training a group of high level of renewable energy technologies in the field of talent, management talent and the high quality of industrial workers, provide talent support for the development of the renewable energy industry.

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