并网

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的光伏并网逆变器的设计

Design of Photovoltaic Grid-connected Inverter Based on DSP

PLC控制的船舶电站准同期并网合闸控制

Switch-On Control of Automatic Synchronization in Marine Power Station Based on PLC

光伏并网发电系统的DSP控制与实现

DSP Control and Realization in PV Grid - Connected System

能量回馈式PWM整流器并网的工程设计方法

Engineering Design Techniques of Energy-Fed PWM Rectifier Connected to AC Mains

研究了Z源光伏逆变器并网逆变侧的控制技术。

The z-source PV grid-connected control technology of AC side is studied .

分布式电源中并网三相PWM整流器的智能滑模控制

Intelligent Sliding Mode Control of Three Phase PWM Converter in Distributed Power System

叙述了应用DSP控制光伏并网发电系统的原理和方法。

The principle of applying DSP to control the PV grid-connected system is proposed in this paper .

实验结果验证了用DSP控制的光伏并网发电系统是有效的和可行的。

The experiment result proves that the PV grid-connected system controlled by DSP is effective and feasible .

对Z源网络的电感、电容以及并网电感的设计原理进行了分析，并给出了相关的参数设计公式。

The paper also analyzes the designing principle of inductance , capacitance and grid-connected inductance .

接入IPC的联络线并网启动分析

Merging Start-up Analysis of the Tie-line Equipped with IPC

基于最优梯度法MPPT的三相光伏并网逆变器

Three-phase Photovoltaic Grid-connected Inverter of MPPT based on Optimal Gradient Method

50kWp并网光伏示范电站系统设计及运行数据分析

Design and analysis of 50 kw_p grid-connected PV station

最后针对DG并网后对馈线自动化中重合闸的影响，给出了一定的改进措施。

Some improvements are given out to reduce the impact of DG on feeder automation .

并网运行的风力发电系统（WindPowerGeneration，WPG）对电网的影响从电能质量扩展到暂态稳定、调频调压等诸多问题。

The grid-connected wind power generation impacts the power system on power quality , transient stability , voltage regulation , frequency regulation , and many other issues .

基于VSC-HVDC的风力发电场交直流混合并网技术

AC / DC hybrid wind farm integration technology based on VSC-HVDC

详细分析了基于三相SPWM电压型并网逆变器的数学模型，为微型电网的控制策略打下理论基础。

The mathematical model of the grid-connected inverter controlled by voltage based on the three-phase SPWM was analyzed .

基于LCL滤波器的并网逆变器双环控制设计

Design of Two Loop Controller in Grid-connected Inverter With LCL Filter

详细分析比较了选取不同IPC参数时，对并网前串联谐振问题的抑制程度，提出了一种并网运行的方案。

A new scheme of merging start-up operation is presented by comparing the restraining levels of resonance with different IPC parameters .

本文对并网光伏电站进行深入的理论研究和实验分析，建立了MW级光伏电站整体统一的静态模型与动态模型。

This paper provides in-depth theoretical study and experimental analysis of photovoltaic power plant , and has established the MW PV power station static and dynamic overall model .

对于非并网风力发电系统，高输入电压DC-DC变换器的研究是其关键技术之一。

For non-grid-connection wind power , high input voltage DC-DC converter is one of main technologies to the realization of wind power system .

但是，并网运行模式所带来的孤岛现象（Islanding）对负载、逆变电源和人生安全构成了危险。

But the islanding phenomenon grid-connected run mode brings has hazards to load , inverter and life safety .

300MW机组并网控制逻辑的分析及改进

Analysis and improvement on synchronizing and closing logic of 300 MW units

光伏建筑一体化（BIPV）并网电站的应用与发展

Application and development of grid-connected building - integrated photovoltaic ( BIPV ) system

500W光伏并网逆变器设计

Design of grid-connected photovoltaic inverter with 500W rating

为了实现并网电流的跟踪控制，本文在旋转dq坐标系下提出了电流重复预测无差拍控制方案。

To actualize the gird-connected current tracking control , this paper presents a deadbeat repetitive predictive current control scheme in dq two-phase rotating coordinate .

发电机并网模型在APROS仿真平台上的实现

Realization of generator parallel-in model on APROS simulation platform

太阳能电池板的最大功率点跟踪（MPPT）控制和光伏并网逆变控制是光伏并网发电系统的两大核心部分。

Solar array maximum power point tracking ( MPPT ) control and photovoltaic grid connected inverter control are the two core part of PV grid connected system .

分析了CCHP系统的环境效益，最后提出了CCHP系统与大电网的并网交易模式和电价政策。

This paper also estimates the environmental benefits of CCHP . Finally , suggestions for pricing policies and trading mechanism of CCHP are given .

DG主要以并网运行和孤岛运行这两种模式经配电网接入电力系统，并将对配电系统原有运行方式产生较大影响。

DG is mainly connected to the power system in grid mode or island mode through distribution networks , which has great influence on the original mode of distribution networks .