New energy generation

With the growing worldwide energy crisis , people are gradually turning to new energy generation .

随着全世界范围内的能源危机日益严重，人们逐渐将目光转向了新能源发电。

With the requirement and development of low carbon economy construction , new energy generation technology became the present hot study issue .

随着低碳经济建设的要求和发展，新能源发电成为研究的热点。

Wind power is currently the most mature technologically and the greatest potential of new energy generation technologies .

风力发电是目前技术最成熟、发展潜力最大的新能源发电技术。

The percentage of new energy generation capacity in energy generation capacity was increasing year by year . The structure of the world energy was beginning to be changed .

新能源发电量在能源总发电量中所占比例逐年增加，世界能源结构开始发生变化。

In order to better paly the role of energy storage system , the new energy generation must be combined with the demand for the load and be controlled .

为了更好地发挥储能系统的作用，必须结合新能源发电和负载的需求对储能系统进行控制，本文即针对应用于新能源发电中的储能系统开展了控制技术研究。

With the rapid development in the fields of new energy generation , distributed generation , hybrid electric vehicle and aerospace , the energy storage technology has becoming a world-wide research topic .

随着新能源发电、分布式电源系统、混合动力车辆、航空航天等领域的发展，储能技术己成为世界性的研究课题。

And according to the developing tendency of power electronics , the isolated step-up DC-DC converter will become one of the key technology in fields like new energy generation and new energy vehicle .

并且就目前电力电子领域的发展形势来看，隔离升压DC-DC功率变换将成为新能源发电以及新能源汽车等领域的关键技术之一。

Wind energy , as a kind of renewable energy , has a promising future of being developed in the globe . Wind power has already become a new energy generation technology which is worth of exploiting in scale and an expecting future in commerce .

风能作为全球发展最快的可再生能源，风力发电已成为目前最具规模化开发和商业化发展前景的新能源发电技术。

The Development of New Energy Power Generation

新能源发电技术的最新进展

Study on Evaluation of New Energy Power Generation Equipment Manufacturing Enterprises ' Technological Innovation Ability

新能源发电制造企业技术创新能力评价研究

High-voltage power electronic devices are the core components of new energy power generation and the Smart Grid .

高压电力电子装置是新能源发电、智能电网中的核心设备。

The new energy power generation technology which solved the problems of power systems in developed countries has be-come an important aid .

论述现代车辆动力新技术的发展情况，主要介绍了现代车辆动力的新能源技术和汽车发动机的节能环保新技术。

In recent years , the rapid development of new energy power generation is a great help in solving the energy crisis and environmental pollution .

近年来，新能源发电快速发展，这在解决能源危机和环境污染上有很大的帮助。

This paper discusses the development and several hotspots of new energy power generation at home and abroad In addition , its trends are prospected

介绍了国内外新能源发电技术的最新发展，分析了新能源发电的有关热点问题，对新能源发电的发展趋势进行了展望

As the most important compound of smart grid construction , new energy power generation , especially wind power generation has got more and more attention .

作为智能电网建设的重要组成部分，新能源发电特别是风力发电受到了越来越多的关注。

Nowadays , Photovoltaic ( PV ) grid-connected generating technology becomes a very important research area in the field of new energy power generation .

目前，光伏并网发电技术是新能源发电领域中的一个非常重要的研究方向。

This stage , China 's power industry in large-scale new energy power generation and high voltage long distance power transmission technology keeps a world-leading position .

现阶段，我国电力工业在新能源发电和特高压远距离输电技术方面均居世界前列。

The contradiction between society Energy demand and environmental problems caused by the excessive use of fossil energy , so that new energy power generation is increasing attention .

社会对能源的需求和因化石能源过度使用引起的环境问题之间的矛盾，使得新能源发电被日益重视。

In recent years , interconnection of new energy power generation system plays an important role in easing pressure on the traditional power grid and changing the energy structure .

近年来，新能源发电系统迅速发展，它的并网运行对于缓解传统电网的供电压力，改善能源结构具有重要作用。

With the rapid development of new energy power generation technology in China , the photovoltaic power generation has been widely applied because it is reliable , stable , convenient maintenance , and other advantages .

随着中国在新能源发电技术领域日新月异的发展，光伏发电因为其可靠稳定、维护方便等特有优势得到了广泛应用。

With the development of new energy power generation and microgrid technology , as well as the urgent requirement of building a harmonious environmental friendly society , more and more new energy power are connected into microgrid .

随着新能源发电和微电网技术的发展，以及构建环境友好型和谐社会的迫切需求，越来越多的新能源发电接入到微电网当中。

In the trend of global environment increasing deterioration , In order to implement the strategy goal that reduce 20 % energy consumption in eleventh five-year plan , A new energy saving generation dispatch will be carry out in power generation step .

目前，在全球环境日益恶化的趋势下，能源节约和污染物减排得到各国的高度重视。为落实国家十一五规划提出的单位GDP能耗降低20%的战略目标，发电环节将实行新的节能发电调度方式。

Technologies at home and abroad of using renewable energy source in energy saving for buildings are presented . It involves new energy power generation , space heating , refrigeration and air conditioning , hot water supply , biochemical industry and so on .

介绍了可再生能源在国内外建筑节能方面的技术利用，涉及新能源发电、采暖、制冷空调、热水供应、生物化工等方面。

This thesis based on the new energy wind power generation system , researched on power tracking and control method of micro wind power generation system .

本文以新能源风力发电为背景，分析了微型风力发电系统的功率跟踪及控制方法，并设计了风力发电系统功率控制级样机。

As a method of using new energy , distributed generation technology is flexible , dispersed and can rationally utilize renewable energy . It has been developed a lot .

作为可再生能源和新型能源的一种利用方式，分布式发电技术以其灵活、分散和合理使用清洁能源等特点得到迅速发展。

In prospect , the paper suggests to develop the works in the field of electrical superconductivity , electrical traffic facilities , new energy electrical power generation and national defence as the key projects .

展望未来，建议近期内以超导电工、电气化交通、新能源发电与国防科研的电工新技术为重点，继续努力团结奋斗。

New investments have targeted energy generation and privatized distribution .

新增投资将专项用于能源发电和私有化配电服务。

As a sustainable development of new energy , wind power generation has caused more and more concern recently .

风力发电作为一种可持续能源的产生方式，已经成为当今重要的发电形式。

Exploration on the Utilization of a New Energy & the Electricity Generation by Crop Straws

探索新能源的利用&秸秆发电

The development of Distributed generation and smart grid has provided a new opportunity for renewable energy generation .

分布式发电及智能电网相关技术研究的发展，为可再生能源发电提供了崭新的机会。