光伏发电

它们包括可以减少石油消费量的电动汽车、控制并限制能源使用的智能电表、碳捕获和储存、洁净煤技术、先进电池和其他存储技术、光伏发电和先进材料。

That includes electric vehicles which would reduce oil consumption , smart meters which would control and limit energy use , carbon capture and storage , clean coal technology , advanced batteries and other storage technologies , photovoltaics and advanced materials .

德国在可再生能源（RES）领域的先锋作用体现于它在风力发电和光伏发电装机能力的世界领先地位中，而且德国的生物燃料生产位居欧洲第一，安装的太阳能集热面积也很可观。

Germany 's pioneering role in the field of renewable energies ( RES ) can best be observed by its world leading position in installed wind power and photovoltaics . Also its first European rank in the production of biofuels and installed solar thermal collector space is remarkable .

天和家园43kWp屋顶并网光伏发电系统设计

Design of 43kW_p Rooftop Grid-connected Photovoltaic Generating Electricity System at Tianhe Housing District

基于DSP的光伏发电系统并网技术的仿真研究

Simulation and Research of Technology in PV-connected System Based on DSP

采用Boost的两级式光伏发电并网逆变系统

Boost-based Two-level Grid-connected Photovoltaic Inverter System

基于Z源逆变器的光伏发电系统研究

Study of Z-source Inverter for Grid-connected PV Systems

Z源逆变器光伏发电系统变量调制范围随动的两级控制研究

Two-Stage Control Strategy with Variable Shoot-Through Duty Cycle Maximum Range on Z-Source Inverter PV System

基于数值方法的光伏发电系统MPPT控制算法研究

Research on MPPT Control Algorithm Based on Numerical Method for PV Generation Systems

基于粒子群算法的局部遮阴光伏发电系统MPPT控制的研究

Research on MPPT Control of Partially Shaded PV System Based on PSO Algorithm

提出了一种适用于光伏发电系统或大容量UPS系统的高性能逆变器并联的控制方案。

A control scheme of two parallel high-performance inverters is proposed , suitable for photovoltaic generation system and large scale UPS system .

太阳能热光伏发电（SolarThermophotovoltaic，STPV）是目前对太阳光热综合利用的又一种途径。

Solar thermophotovoltaic ( STPV ) is another way of solar energy utilization .

新型光伏发电用Buck-Boost逆变器的研究

Study on Novel Photovaltaic Buck-Boost Inverter

将无源无损软开关单元和Boost电路相结合，组成了光伏发电DC/DC环节，分析该电路的工作过程，说明该电路理论上的可行性。

The passive lossless soft-switching unit and Boost Circuit combined to form a photovoltaic DC / DC link circuit , analyze its work process , indicating the feasibility of the circuit in theory .

基于固定电压法的太阳能电池MPPT控制芯片固定电压法结合扰动观察法在光伏发电最大功率点跟踪控制中应用

A Photovoltaic System with Voltage-Based Maximum Power Point Tracking ; MPPT control of photovoltaic generation system combining constant voltage method with perturb-observe method

以聚光型光伏发电为出发点，通过对光伏电池的输出特性和其影响因素的分析，得出普通光伏电池的最佳入射光强Em为额定光强的5～6倍。

It can be concluded that the best ray intensity of average photovoltaic battery is as five to six times as the rating by analyzing the output characteristics and other relative elements .

DC-DC储能变换技术在光伏发电，风能发电，不间断电源（UPS），新能源汽车和可再生能源发电等领域都得到了广泛的应用。

DC-DC stored energy converter technique is widely applied in photovoltaic power generation , wind power generation uninterrupted power supply , new energy vehicles and renewable energy field and so on .

一种新型太阳能电池染料敏化太阳能电池（DSSC）就是利用太阳能光伏发电，具有十分广阔的研究前景。

Dye-sensitized solar cells ( DSSC ) which is known as the third generation of new solar cells has extensive application prospect .

在拓扑研究方面，分析研究了Buck、Boost和全桥电路应用于光伏发电中的优缺点以及适用的最佳功率等级，并对这三种电路的功率损耗进行分析，通过仿真进行验证。

On the topology research , this article analyzed the advantages and disadvantages of the Buck and Boost and full-bridge circuits when they were applied in the photovoltaic power generation and summarized their best applicable power rating .

给出了基于DSP控制的光伏发电系统的整体设计，包括MPPT控制和逆变器并网控制两部分，并给出控制系统具体工作流程。

General design of PV generation system based on DSP control is given , in which MPPT control and grid-connected control of inverter are conclude . Concrete working flow of the control system . 3 .

为了在建筑中充分发挥光伏发电的生态性，提出了BIPV设计理念。

In order to give full play to the construction of the ecological nature of photovoltaic power generation is proposed BIPV design .

并网仿真采用两级式逆变系统，将MPPT集成到DC/DCboost环节，，第二级DC/AC环节使并网电流跟踪电网电压相位，并以此模型为基础讨论光伏发电并网对电网的影响。

Grid-connected simulation uses the two-stage inverter system , integrate the MPPT to the DC / DC boost stage , the second stage of DC / AC make the grid-connected current track the grid voltage phase .

分析了光伏发电系统的主电路结构和工作特性、原理，在此基础上对DC/DC变换器进行了详细的分析，在几种常用的拓扑结构中选出最合适的拓扑结构boost变换器。

The structure and work principle , characteristics of the main circuit of photovoltaic power system are analyzed . And based it , DC / DC converter is analyzed in detail , and the most appropriate topology structure boost converter is chosen from some commonly used topological structures .

本文针对可独立运行和并网运行的光伏发电逆变电源，分析了其DC-AC部分的拓扑结构，设计了相应的控制方法，并最终完成了试验样机。

This paper presented analysis and study on topology and control of DC-AC link of PV inverter , which can operate independently and grid-connected . Finally , the experimental prototype was implemented .

我们对DC-DC开关变换器电路中的倍周期分岔、切分岔、阵发混沌、混沌等非线性现象以及光伏发电MPPT中交错并联boost变换器进行了较全面的实验研究。

The experiments of the nonlinear behaviors such as period-doubling bifurcation , tangential bifurcation , chaos and intermittent chaos in DC-DC switching converters have been done . In addition , the experiments of the interleaved boost converter in MPPT for PV power system are performed .

介绍了VRLA蓄电池工作原理及其充放电特性，分析了光伏发电系统常用充电控制的优缺点，为兼顾充电效率和蓄电池使用寿命，采用了基于最大功率跟踪的三段式充电控制方法。

And simulation in MATLAB proves the correctness of this control method . ( 2 ) Introduction of the VRLA battery working principle and the characteristics of the charging and discharging , the advantages and disadvantages of commonly used charging control are analyzed in PV power generation system .

BIPV将光伏发电系统与建筑物有机集成为一体，能有效降低光伏发电系统成本，缩短能量回收期，提高建筑物能效，是解决世界能源与环境问题，实现可持续发展的关键策略之一。

The BIPV , as an important policy to mitigate energy and environmental issues and implement sustainable development , integrates organically photovoltaic power system into buildings , and can reduce the investment costs , shorten energy pay-back time , and improve the energy efficiency of buildings .

同时，介绍了在光伏发电系统中的孤岛保护效应。4.设计了4Kw小型光伏并网发电系统，包括发电形式、阵列设计等，并对系统需要的设备：逆变器、光伏电池等进行了选择。

Meanwhile , introducing the islanding protection effect of photovoltaic power generation system . 4.4 KW solar photovoltaic system was designed : system power form , array design etc ; inverter , solar photovoltaic panels , etc were chosen in this system . 5 .

太阳能光伏发电应用于公共建筑的探讨

Discussion on the Application of Solar Photovoltage Generator to Public Building

利用光伏发电系统抑制电网功率振荡的研究

A Study on Damping Power System Oscillations Based on Photovoltaic System

光伏发电系统及其孤岛效应的仿真与实验研究

Simulation and Experiment Research of Photovoltaic Generation System and Its Islanding