工業應用

Industrial applications

特別是在用電量比較大、網購電比較高的工廠，通常廠房屋頂面積很大，屋頂開闊平整，適合安裝光伏陣列；同時由于用電負荷較大，分布式光伏發電可以做到就地消納，抵消一部分網購電量，從而節省用戶的電費。

Especially in factories with high electricity consumption and high online electricity purchases, the roof area of the factory is usually large, and the roof is open and flat, suitable for installing photovoltaic arrays; At the same time, due to the high electricity load, distributed photovoltaic power generation can achieve on-site consumption, offsetting a portion of online purchased electricity, thereby saving users' electricity bills.

2.商業應用

2. Commercial applications

與工業區的作用效果雷士，不同之處在于商業建筑多為水泥屋頂，更有利于安裝光伏陣列，但是往往對建筑美觀性有要求，按照商廈、寫字樓、酒店、會議中心等服務業的特點進行安裝。用戶負荷性一般表現為白天較高、夜間較低，能夠較好的匹配光伏發電的特性。

The difference between commercial buildings and industrial areas lies in the fact that they mostly have cement roofs, which are more conducive to installing photovoltaic arrays. However, there are often requirements for the aesthetics of the buildings, which are installed according to the characteristics of service industries such as commercial buildings, office buildings, hotels, and conference centers. The user load capacity is generally higher during the day and lower at night, which can better match the characteristics of photovoltaic power generation.

3.居民應用

3. Residential applications

居民區有大量的可用屋頂，包括自有住宅屋頂、蔬菜大棚、魚塘等，居民區往往處在公共電網的末梢，電能質量較差，在居民區建設分布式光伏系統可提高用電保障率和電能質量。

There are a large number of available roofs in residential areas, including self owned residential roofs, vegetable greenhouses, fish ponds, etc. Residential areas are often located at the end of the public power grid, with poor electricity quality. Building distributed photovoltaic systems in residential areas can improve electricity security and quality.

分布式光伏發電特指在用戶場地附近建設，運行方式以用戶側自發自用、多余電量上網，且在配電系統平衡調節為特征的光伏發電設施。

Distributed photovoltaic power generation specifically refers to the construction of photovoltaic power generation facilities near user sites, with the operation mode being self consumption on the user side, excess electricity connected to the grid, and characterized by balanced adjustment in the distribution system.

分布式光伏發電遵循因地制宜、清潔高效、分散布局、就近利用的原則，充分利用當地太陽能資源，替代和減少化石能源消費。

Distributed photovoltaic power generation follows the principles of adapting to local conditions, clean and efficient, decentralized layout, and nearby utilization, fully utilizing local solar energy resources to replace and reduce fossil energy consumption.

分布式光伏發電是一種新型的、具有廣闊發展前景的發電和能源綜合利用方式，它倡導就近發電，就近并網，就近轉換，就近使用的原則，不僅能夠有效提高同等規模光伏電站的發電量，同時還有效解決了電力在升壓及長途運輸中的損耗問題。

Distributed photovoltaic power generation is a new and promising way of power generation and energy comprehensive utilization. It advocates the principles of nearby power generation, nearby grid connection, nearby conversion, and nearby use. It can not only effectively increase the power generation of photovoltaic power stations of the same scale, but also effectively solve the problem of power loss in boosting and long-distance transportation.

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