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Distributed photovoltaic power generation is a clean energy model that disperses solar photovoltaic power generation systems near users (such as roofs, factories, open spaces, etc.), generates electricity nearby, and utilizes it nearby. It is different from traditional centralized large-scale photovoltaic power plants in that it has the characteristics of flexible scale, on-site consumption, outstanding economy, significant environmental benefits, and good grid synergy. Therefore, distributed photovoltaics, as an important component of clean energy, have been included in the "14th Five Year Plan" for the development of renewable energy.
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In recent years, the National Energy Administration has proposed the "Thousand Household Sunshine Action" to promote the integration of distributed photovoltaics with multiple scenarios such as construction, transportation, and agriculture. One is to promote pilot projects throughout the county: 676 county (city, district) rooftop distributed photovoltaic development pilot projects will be launched in 2021, covering industrial and commercial areas, public buildings, rural rooftops, etc. The second is subsidies and electricity price support: local governments provide electricity subsidies (such as Zhejiang and Guangdong), and the country implements a "self use, surplus electricity grid connection" electricity price policy. The third is green finance support: the central bank has launched carbon reduction support tools to encourage banks to provide low interest loans for distributed photovoltaic projects.
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Photovoltaic power generation equipment is distributed near various electricity demand places such as cities, rural areas, and industrial parks, and generates electricity by connecting with the distribution network to meet local electricity demand. This power generation method is different from the traditional centralized power generation method. In the centralized power generation method, power plants are usually built in remote areas and transmit electricity to cities or key areas of electricity consumption through transmission lines. Not only is the transmission loss large, but there may also be power quality problems generated during the transmission process.
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Distributed photovoltaic power generation technology includes multiple components such as photovoltaic modules, batteries, inverters, etc. By using photovoltaic modules to convert solar energy into direct current energy, and then using inverters to convert direct current energy into alternating current energy, local electricity demand can be met. Distributed photovoltaic power generation has the advantages of strong flexibility, good interactivity, environmental protection and economy, which can provide clean energy and reduce environmental pollution for the local area more practically.
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What are the five characteristics of distributed photovoltaic power generation?
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1. Distributed photovoltaic power generation can achieve nearby power supply without the need for long-distance transmission, avoiding losses on long-distance transmission lines.
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2. Solar energy does not require fuel and has low operating costs.
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3. Solar power generation has no moving parts, is not easy to use or damage, is easy to maintain, and is particularly suitable for use in unmanned situations.
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4. Solar power generation does not generate any waste, has no pollution, noise or other public hazards, and has no adverse impact on the environment. It is an ideal clean energy source.
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5. The construction period of solar power generation system is short, convenient and flexible, and it can add or reduce the capacity of solar arrays according to the increase or decrease of load, avoiding waste. These advantages make distributed photovoltaic power generation less difficult and dangerous to operate, ensuring safety and providing practical feasibility for widespread promotion.
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